Occurr_ID	Res_class	Name	Orig_ID	NTS_250K	Lat_NAD83	Long_NAD83	Elev_masl	Location	Exposure	Dev_stage	Site_type1	Site_type2	Dep_type	Occ_note	Commodity	Host_mat	Geo_age	Geo_unit	Geo_note	Hole_ID	UWI	Econ_use	Size_class	Benef_stud	Recoverab	Ind_note	Min_analys	Phys_tests	Samp_type	Int_top_m	Int_bot_m	Analyte1	Unit1	Grade1	Analyte2	Unit2	Grade2	Samp_note	Short_ref	Publisher
084D 0008	Metallic mineral	Boundary Lake	84D-M-02 (OFR 1994-08); METID_0615 (DIG 2019-0026)	84D	56.494775	-119.929368	-9999	About 3.7 km east of the Alberta/B.C. border and 17.5 km north-northeast of Boundary Lake in northwest Alberta.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Silver	Shale, sandstone	Early Cretaceous	Gething Formation	Sandstone/shale and shale/siltstone; Mineralization was noted at a depth of 1182.6m-1194.8m in the well Pan-Am #10E A-3 Willow. The Gething Fm. Comprises dark grey silty shale and brownish-grey, silty, fine to medium grained sandstone. The Fernie Fm. Comprises dark brown shale and grey, medium; Two samples both assayed <0.03 oz/ton Ag (<1.03 g Ag/t)Native Ag and pyrite are finely disseminated and as clusters. Low assay results indicate that pyrite may have been misidentified as native Ag; Gangue: Pyrite; Structure: Faulted - The Boundary Lake fault cuts the mineralized beds at this drill hole. The NW. It strikes about N45 E and dips about 60-70 to the NW. It is a normal fault with a throw of about 15m, NW side down. It is believed to cut basement rocks and act as the conduit; <0.03 oz/ton Native Ag is reported to occur Pan-Am drill hole 10E A-3 Willow. However, the low assay results indicate that pyrite may have been misidentified as native Ag.	Pan-Am 10E A-3 Willow 11-35-086-13W6	100/11-35-086-13W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1182.6	1194.8	Ag	g/t	1.03	-9999	-9999	-9999	-9999	MAR 19680009, AGS GEO 2000-02	Alberta Geological Survey
082P 0001	Metallic mineral	-9999	82P-M-03 (OFR 1994-08); METID_0274 (DIG 2019-0026)	82P	51.245172	-112.455239	-9999	About 11.3 km southwest of the town of Dorothy.	Surface	Showing	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Pliocene	Hand Hills Formation	Gravel; Alluvial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.05	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083H 0008	Metallic mineral	-9999	83H-M-12 (OFR 1994-08); METID_0319 (DIG 2019-0026)	83H	53.696143	-113.865930	-9999	At the Canadian Concrete pit about 4.8 km north-northwest of the town of Villeneuve (NTS 83H/12).	Surface	Showing	Sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel; Preglacial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.07	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083J 0002	Metallic mineral	-9999	83J-M-02 (OFR 1994-08); METID_0340 (DIG 2019-0026)	83J	54.041305	-115.721615	-9999	About 6.4 km west of the town of McLeod River and about 11.2 km south of the town of Whitecourt (NTS 83J/4).	Surface	Showing	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel; Preglacial sand and gravel; One assay done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.06	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083J 0003	Metallic mineral	-9999	83J-M-03 (OFR 1994-08); METID_0356 (DIG 2019-0026)	83J	54.739799	-115.783410	1326	About 24 km west of the town of Swan Hills (NTS 83J/12).	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel; Preglacial sand and gravel; One geochemical analysis done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.025	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083L 0003	Metallic mineral	-9999	83L-M-03 (OFR 1994-08); METID_0344 (DIG 2019-0026)	83L	54.400172	-118.273179	-9999	About 9.0 km south-southeast of the town of Amundson (NTS 83L/8).	Surface	Showing	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	preglacial; Preglacial sand and gravel; One geochemical analysis done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.07	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083G 0002	Metallic mineral	-9999	83G-M-05 (OFR 1994-08); METID_0313 (DIG 2019-0026)	83G	53.577109	-114.987340	-9999	About 0.8 km south of the town of Entwistle (NTS 83G/10).	Surface	Showing	Sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Preglacial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.07	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083G 0003	Metallic mineral	-9999	83G-M-06 (OFR 1994-08); METID_0314 (DIG 2019-0026)	83G	53.605054	-114.860517	-9999	At the County pit about 0.8 km south of the town of Magnolia (NTS 83G/10).	Surface	Showing	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Preglacial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.03	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083G 0004	Metallic mineral	-9999	83G-M-04 (OFR 1994-08); METID_0316 (DIG 2019-0026)	83G	53.642123	-114.150918	-9999	In the TBG gravel pit (formerly Steel Brothers) about 23 km west of the town of Villeneuve and about 6.4 south-southeast of the town of Onoway (NTS 83G/9).	Surface	Showing	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Preglacial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.07	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
084C 0002	Metallic mineral	Grimshaw Sand and Gravel	84C-M-03 (OFR 1994-08); METID_0566 (DIG 2019-0026)	84C	56.232059	-117.594162	-9999	About 3.2-4.8 km north-northeast of the town of Grimshaw in the Wald Brothers gravel pit (formerly the KTL Pit NTS 84C/4).	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Cenozoic	Grimshaw gravels	Sand and gravel; Preglacial sand and gravel. Thickness is 10m; Six geochemical tests and one assay done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.55	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082O 0014	Metallic mineral	-9999	82O-M-33 (OFR 1994-08); METID_0268 (DIG 2019-0026)	82O	51.150539	-114.186987	-9999	About 0.6 km northeast of Bearspaw along the Bow River.	Surface	Showing	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Preglacial sand and gravel; One assay done. Three geochemical analyses showed nil ppb Au. Three mineral analyses done - best one showed 20 colours in two pans.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.07	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
084E 0026	Metallic mineral	-9999	9DPB-308 (GEO 2005-05); METID_0794 (DIG 2019-0026)	84E	57.568416	-118.394207	-9999	Chinchaga	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Gold	-9999	Late Cretaceous	Bad Heart Formation	rock grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.12	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084E 0027	Metallic mineral	-9999	9DPB-309 (GEO 2005-05); METID_0795 (DIG 2019-0026)	84E	57.570406	-118.394849	-9999	Chinchaga	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Gold	-9999	Late Cretaceous	Bad Heart Formation	rock grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.18	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084E 0025	Metallic mineral	-9999	9DPB-311 (GEO 2005-05); METID_0787 (DIG 2019-0026)	84E	57.559272	-118.377157	-9999	Chinchaga	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Gold	Oolitic ironstone	Late Cretaceous	Bad Heart Formation	rock grab, oolitic Ironstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.41	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083J 0004	Metallic mineral	Swan Hills 3	1 Swan Hills 3 (Leckie and Craw, 1997); METID_0349 (DIG 2019-0026)	83J	54.731657	-115.704281	-9999	Swan Hills	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Miocene, Pliocene	Swan Hills gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gravel	-9999	-9999	Au	g/t	0.011	-9999	-9999	-9999	-9999	Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta	Alberta Geological Survey
083J 0005	Metallic mineral	Swan Hills 7	1 - Swan Hills 7 (Leckie and Craw, 1997); METID_0357 (DIG 2019-0026)	83J	54.749973	-115.401009	-9999	Swan Hills	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Miocene, Pliocene	Swan Hills gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gravel	-9999	-9999	Au	g/t	0.016	-9999	-9999	-9999	-9999	Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta	Alberta Geological Survey
083J 0006	Metallic mineral	Swan Hills 9	1 - Swan Hills 9 (Leckie and Craw, 1997); METID_0358 (DIG 2019-0026)	83J	54.760820	-115.340383	-9999	Swan Hills	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Miocene, Pliocene	Swan Hills gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gravel	-9999	-9999	Au	g/t	0.019	-9999	-9999	-9999	-9999	Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta	Alberta Geological Survey
083J 0007	Metallic mineral	Swan Hills 10	1 - Swan Hills 10 (Leckie and Craw, 1997); METID_0359 (DIG 2019-0026)	83J	54.769709	-115.299237	-9999	Swan Hills	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Miocene, Pliocene	Swan Hills gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gravel	-9999	-9999	Au	g/t	0.015	-9999	-9999	-9999	-9999	Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta	Alberta Geological Survey
083J 0008	Metallic mineral	Deer Mountain	1 - Deer Mountain (Leckie and Craw, 1997); METID_0364 (DIG 2019-0026)	83J	54.917797	-115.156620	-9999	Deer Mountains Swan Hills.	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Miocene, Pliocene	Swan Hills gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gravel	-9999	-9999	Au	g/t	0.021	-9999	-9999	-9999	-9999	Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta	Alberta Geological Survey
082G 0074	Metallic mineral	-9999	82G-M-57 (OFR 1994-08); METID_0094 (DIG 2019-0026)	82G	49.306965	-114.467648	-9999	Syncline Mountain area about 1500 m west of Gravenstafel Ridge and about 600 m northeast of the B.C. border.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold, Copper	Sand, gravel	Mesoproterozoic	Waterton Formation	Fossil River Channel; No description was given except that this placer deposit contains Gold and Copper; No description of mineralization is given; Structure: Undeformed - Old River Channel, likely undeformed. Gold is paleoplacer in nature ?; 0.01 oz/ton Mineralization is low grade and likely confined to fossil river channel?	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gravel	-9999	-9999	Au	g/t	0.343	Cu	per cent	0.1	-9999	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
073E 0006	Metallic mineral	-9999	73E-M-03 (OFR 1994-08); METID_0326 (DIG 2019-0026)	73E	53.824606	-111.733897	-9999	About 12 km north of the town of Two Hills and about 13.7 km southeast of the town of Shalka (NTS 73E/13).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Alluvial deposit; Alluvial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.05	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
073E 0005	Metallic mineral	-9999	73E-M-04 (OFR 1994-08); METID_0325 (DIG 2019-0026)	73E	53.793354	-111.703700	-9999	About 3.2 km northwest of the town of Duvernay and about 9.6 km north of the town of Two Hills (NTS 73E/13).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Alluvial deposit; Alluvial sand and gravel; Three assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.05	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
073E 0009	Metallic mineral	-9999	73E-M-02 (OFR 1994-08); METID_0329 (DIG 2019-0026)	73E	53.863304	-111.720257	-9999	About 4.8 km south of the confluence of Saddlelake Creek and the North Saskatchewan River and about 9.6 km southwest of Foisy (NTS 73E/13).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	River Alluvium; Alluvial sand and gravel; Two assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.02	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082H 0019	Metallic mineral	-9999	82H-M-31 (OFR 1994-08); METID_0114 (DIG 2019-0026)	82H	49.354927	-112.831343	-9999	About 6.4 km southeast of the town of Magrath.	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Preglacial sand and gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.07	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082H 0018	Metallic mineral	-9999	82H-M-32 (OFR 1994-08); METID_0003 (DIG 2019-0026)	82H	49.038883	-112.794126	-9999	Near the town of Del Bonita and near Shank Creek.	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Preglacial sand and gravel; Another chemical analysis showed 0 ppb Au. Mineral analysis showed one colour in three pans.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.07	-9999	-9999	-9999	-9999	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0028	Metallic mineral	-9999	82G-M-26 (OFR 1994-08); METID_0063 (DIG 2019-0026)	82G	49.233895	-114.314579	-9999	About 500 m southeast of Ruby Lake (the head of Grizzly Lake).	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Argillite	Mesoproterozoic	Gateway Formation	Green-grey argillite; "Chalcopyrite, bornite, and possibly chalcocite are present along planes of fissility in a green-grey argillite. Malachite stains were found at the contact of a green-grey argillite pebble in a green siltstone in the Gateway"; Mineralization occurs along planes of fissility in green-grey argillite. - No structural information; No information on extent of mineralization.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Cu	per cent	0.7	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0035	Metallic mineral	-9999	82G-M-23 (OFR 1994-08); METID_0078 (DIG 2019-0026)	82G	49.269176	-114.316530	-9999	About 700 m east of Grizzly Creek and about 3400 m north of Ruby Lake (head of Grizzly Creek).	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Argillite, andesite lava flow	Mesoproterozoic	Purcell Lava, Gateway Formation	(grey argillite) (andesitic Lava Flows); "Malachite and very fine copper sulphides were found in a 1.2m thick grey argillite bed". "Chalcopyrite was found in vesicles and disseminated in andesitic Lava. This is a minor occurrence". (this occurrence is about 300m WSW of the one mentioned above); Malachite with very fine copper sulphides (?) in a 4' thick argillite bed. - No structural information; No information as to continuity and extent of mineralization	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.31	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0066	Metallic mineral	-9999	82G-M-55 (OFR 1994-08); METID_0064 (DIG 2019-0026)	82G	49.237513	-114.102897	-9999	On the southeast slope of Drywood Mountain about 2000 m northeast of Bovin Lake and about 600 m northwest of South Drywood Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Siltstone, quartzite	Mesoproterozoic	Sheppard Formation, Gateway Formation	(Siltstone and dirty quartzite)(siltstone); Three closely spaced occurrences in the upper Gateway were located.1) A 30 cm bed of siltstone containing chalcocite replacing argillite pebbles. 2) A 2.1m thick bed of siltstone containing disseminated chalcopyrite and bornite, and lies 38m stratigraphy - No structural information; The occurrences in the Gateway Formation are considered to be minor as stated. The bed at the top of the Sheppard Formation, while remarkably continuous, is too thin to be of economic interest.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.5	-9999	-9999	-9999	-9999	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
082G 0045	Metallic mineral	-9999	82G-M-17 (OFR 1994-08); METID_0105 (DIG 2019-0026)	82G	49.319465	-114.102895	-9999	About 1600 m north-northwest of Pincher Creek and about 500 m west of the surface expression of the Lewis Thrust.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Dolomite	Mesoproterozoic	Sheppard Formation, Gateway Formation	Pinkish dolomite; "Malachite stains and hematite are present but primary copper minerals were not observed. Specimens available are pinkish dolomite with small amounts of a disseminated steel grey mineral. The samples seem to have a higher than normal density. A grab sample; Malachite stains and hematite in pinkish dolomite. A steel grey mineral is present. No primary upper minerals were observed. - No structural information; This occurrence does not appear to warrant more attention.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.01	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0068	Metallic mineral	Drywood	82G-M-08A (OFR 1994-08); METID_0080 (DIG 2019-0026)	82G	49.270294	-114.057343	-9999	Drywood Mountain area; along the northeast slope of Drywood Mountain about 1600 m southeast of North Drywood Creek near the head of a seasonal stream flowing NE.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Quartzite, argillite, sandstone	Mesoproterozoic	Grinnell Formation	Quartzite and argillite beds; quartzite beds 0.9m to 1.2m thick, and argillite beds, 2.1m to 2.5m thick, are exposed for about 105m on the west side of a valley on Drywood Mtn. Mineralization comprises bornite and chalcocite; quartzite beds up to 1.2m thick. Argillite beds up to 2.5m thick. Samples may or may not be representative of mineralized zones; Structure: Faulted - Mineralization is spatially associated with diorite intrusions which also contain up to 1.0% Cu; Reported samples assay between 0.75% and 3.0% Cu and may or may not be representative of mineralized zones. Mineralization is spatially associated with diorite intrusions. Mineralization occurs in white sandstone or quartzite beds near the top of the Grinnell formation at an elevation of about 1767 metres. Mineralization comprises considerable malachite staining with chalcocite, bornite, and chalcopyrite.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	3	-9999	-9999	-9999	-9999	MAR 19700002, MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
082G 0084	Metallic mineral	Sage Creek; Phillips Bed	82G-M-69 (OFR 1994-08); METID_0071 (DIG 2019-0026)	82G	49.248616	-114.311530	-9999	Exposed for about 7.5 km on the west and east sides of Lys Ridge in the vicinity of Ruby Lake then striking south to B.C. border and east to the Castle River.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Siltstone	Mesoproterozoic	Phillips Formation	Siltstone bed; The "Phillips bed" is a siltstone bed lying near the middle of the Phillips Formation. It varies from about 1.37m to 2.44m thick and is exposed for about 7.5km strike length in the permit area. The bed is exposed again for about 4.0 km strike length on the; Mineralization is apparently continuous across the bed (from 1.3m to 2.5m thick) and along the strike length of the bed. Mineralization varies from bornite-covellite-chalcocite in the S (best grades) to chalcopyrite-pyrite-bornite in the N (around 0.38% C; Gangue: Pyrite; Structure: Folded - The bed is apparently synclinally folded on Lys Ridge as it is exposed on the East and West sides of the ridge. It is also apparently folded several times along its exposed strike length to the East and the South of Lys Ridge; Varies from 0.38% Cu to 1.6% Cu bed varies from 1.3m to 2.5m thick, along a strike length of several km (minimum 7.5 km) and is apparently continuously Cu-mineralized.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.6	-9999	-9999	-9999	-9999	MAR 19740003, AGS OFR 1994-08	Alberta Geological Survey
074M 0171	Metallic mineral	-9999	57 (DIG 2009-21); METID_1117 (DIG 2019-0026)	74M	59.812885	-110.297160	-9999	In big bend of west arm of Andrew Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Iron, Vanadium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	29.2	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
084D 0012	Metallic mineral	Swift Creek North	84D-M-04 (OFR 1994-08); METID_0730 (DIG 2019-0026)	84D	56.885457	-118.692286	-9999	Along Rambling Creek about 16 km southwest of the confluence with Notikewan River.	Surface and subsurface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Oolitic sandstone; Interbeds of hard sideritic Ironstone and greenish-grey Mudstone. Outcrop up to 130 ft, Overburden is Wapiti Formation and Upper part of Smoky Group. Low grade, highly silicious iron ore; Gangue: Opal, Silica, Clay; Structure: Undeformed; 201,000,000 tons proven reserves	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	34	V2O5	per cent	0.22	-9999	AGS INF 075, AGS GEO 2000-02	Alberta Geological Survey
083M 0041	Metallic mineral	-9999	SROR4061 (site ASR2A (Kafle 2011, OFR 2009-01); METID_0381 (DIG 2019-0026)	83M	55.505484	-118.142046	474	Smoky River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	31.44	V	per cent	0.1401	-9999	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083M 0064	Metallic mineral	-9999	SRROP5024 (site ASR3C, Kafle 2011); METID_0406 (DIG 2019-0026)	83M	55.551037	-118.198262	-9999	Smoky River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	37.55	V	per cent	0.0326	-9999	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083M 0044	Metallic mineral	-9999	CHROR4058 (site WanHam Rdcut, Kafle 2011, OFR 2009-01); METID_0487 (DIG 2019-0026)	83M	55.725743	-118.466255	614	Wanham	Surface	Geochemical anomaly	Roadcut	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	26.85	V	per cent	0.05	-9999	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0144	Metallic mineral	-9999	CHROR4042 (site C17, Kafle 2011); METID_0585 (DIG 2019-0026)	84D	56.465294	-118.502978	813	Southern Clear Hills.	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	34.14	V	per cent	0.1128	-9999	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
082J 0001	Metallic mineral	Zep	82J-M-49 (OFR 1994-08); METID_0242 (DIG 2019-0026)	82J	50.382421	-114.575804	-9999	Along the west bank of Zephyr Creek 500-1200 m south of the Highwood River and about 5500 m east of the Forestry Trunk Road (Secondary Highway 940).	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Limestone, dolostone	Jurassic, Early Cretaceous	Fernie Formation, Kootenay Group	Dolomitic Limestone; This bed has a possible strike length of up to 650m and an average thickness of about 3m. It is dark grey to black, relatively soft, fine-grained and uniform in texture and colour. It gives a brown streak when scratched and has a brown weathering colour; No assays in this report; Gangue: Apatite, Chlorite, carbonate, Pyrite; Structure: Faulted - A thrust fault is present in the valley, but it is believed to lie below the bed in question. The structure may be more complicated at depth; A preliminary estimate gives about 2000 tons per vertical ft. The bed has estimated thickness of 10 ft (3m) and has been traced for 2100 ft (650m) along strike	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	36.3	-9999	-9999	-9999	-9999	MAR 19570011, AGS OFR 1994-08	Alberta Geological Survey
084E 0028	Metallic mineral	-9999	2817 (DIG 2006-0021); METID_0779 (DIG 2019-0026)	84E	57.501135	-118.447228	-9999	Botha River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Silver, Gold, Zinc	Ironstone	Late Cretaceous	Bad Heart Formation	Ironstone(?); Clay-rich; oolitic; rusty brown fresh, rusty brown weathered; very fine to medium; 30% soft, pale yellow-brown (altered) ooids in Fe-oxide-rich and Clay-rich matrix; possible Clay rip-up clasts to 9 mm across; 1% yellow-brown, oval Clay granules to 4 mm across; 0.5% gypsum (veinlets); trace Mn (?) stain along fractures.

Bad Heart Formation and Kaskapau Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	42.52	V	per cent	0.1422	-9999	AGS DIG 2006-0021, MAR 20120014, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, AGS GEO 2005-05	Alberta Geological Survey
084D 0006	Metallic mineral	White Mud River	84D-M-06 (OFR 1994-08); METID_0683 (DIG 2019-0026)	84D	56.647133	-118.479350	-9999	White Mud River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Oolitic sandstone; Interbedded hard sideritic Ironstone and greenish-grey Mudstone. Up to 200 ft. Overburden is Wapiti Formation and Upper part of Smoky Group. Low grade, highly silicious iron ore; Gangue: Opal, Silica, Clay; Structure: Undeformed; 205,000,000 tons possible reserves	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	46	-9999	-9999	-9999	-9999	AGS ESR 1959-03, AGS INF 075, AGS OFR 1994-08, AGS GEO 2000-02	Alberta Geological Survey
082J 0002	Metallic mineral	Big Valley	82J-M-01 (OFR 1994-08); METID_0229 (DIG 2019-0026)	82J	50.072847	-114.657942	-9999	Headwaters of Oldman River on the northeast slope of Beehive Mountain about 1600 m northeast of Windy Pass (on the Alberta-B.C. border) and about 100-200 m southeast of a tributary of Soda Creek (location is approximate).	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Lead	Limestone	Late Devonian	Big Valley Formation	Unknown; No lithological description was provided. The formation may be upper Cretaceous Brazeau Formation; No Description of Mineralization, it is presumably it is an occurrence of massive galena, owing to the high Pb content (no assay certificate)According to its corresponding location on the ARC compilation map, this occurrence should be within the Upper Cr - No Information; One sample was taken, assaying 47% Pb, no description of setting or extent of mineralized occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	47	-9999	-9999	-9999	-9999	MAR 19700025, AGS OFR 1994-08	Alberta Geological Survey
083J 0011	Metallic mineral	-9999	11177 (DIG 2016-0001); METID_0346 (DIG 2019-0026)	83J	54.427635	-115.141978	-9999	South of the Freeman River, near its confluence with the Athabasca River.	Subsurface	Geochemical anomaly	Drillhole	oil or gas well	Polymetallic black shale	-9999	Rare-earth elements, Uranium	Shale	Late Cretaceous	Fish Scales Formation	-9999	Trident Expl WX GERE 16-4-63-8	100/16-04-063-08W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1076.8	1076.8	REE	ppm	1021.02	-9999	-9999	-9999	-9999	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
074M 0250	Metallic mineral	Bonny Fault	37721 (MAR 20070025); METID_1076 (DIG 2019-0026)	74M	59.781652	-110.197936	-9999	Off the south top of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.036	-9999	-9999	-9999	-9999	MAR 20070025	Alberta Geological Survey
074M 0243	Metallic mineral	Bonny Fault	37832 (MAR 20070025); METID_1044 (DIG 2019-0026)	74M	59.762330	-110.081719	-9999	East side of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.028	-9999	-9999	-9999	-9999	MAR 20070025	Alberta Geological Survey
074M 0264	Metallic mineral	Bonny Fault	37822 (MAR 20070025); METID_1205 (DIG 2019-0026)	74M	59.945804	-110.265860	-9999	West side of Andrew Lake.	Surface	Geochemical anomaly	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U	per cent	0.045	-9999	-9999	-9999	-9999	MAR 20070025	Alberta Geological Survey
084N 0011	Metallic mineral	-9999	17937, 17940 (DIG 2019-0021); METID_1248 (DIG 2019-0026)	84N	59.590829	-117.190210	-9999	Steen River	Subsurface	Geochemical anomaly	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Limestone	-9999	Fort Simpson Formation	-9999	BEARSPAW DIZZY 4-15-122-19	100/04-15-122-19W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	293.35	293.35	Zn	per cent	0.2355	-9999	-9999	-9999	-9999	AGS DIG 2019-0021	Alberta Geological Survey
084D 0013	Metallic mineral	-9999	84D-M-01 (OFR 1994-08); METID_0565 (DIG 2019-0026)	84D	56.186301	-118.902628	-9999	Approximately 25 km northwest of Fairview.	Subsurface	Showing	Drillhole	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Limestone	Devonian	Wabamun Group	Limestone; Sphalerite was located at depth in the Devonian Wabamun formation; No Assays	PCL Dome Oak 11-8-83-6W6	100/11-08-083-06W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2220	2227	Zn	per cent	0.1433	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS GEO 2000-02	Alberta Geological Survey
083M 0009	Metallic mineral	Grande Prairie	83M-M-02 (OFR 1994-08); METID_0555 (DIG 2019-0026)	83M	55.967034	-119.696194	-9999	About 8.5 km northeast of the hamlet of Bonanza.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Zinc	Shale, limestone	Mississippian	Banff Formation	Limestone-shale Transition; Sphalerite was identified at the Mississippian/Devonian contact at depth; No Assays	BP Ethyl Whitburn 7-3 7-30-80-11W6	100/07-30-080-11W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	3206	3206	Zn	per cent	0.1601	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083M 0008	Metallic mineral	Grande Prairie	83M-M-01 (OFR 1994-08); METID_0476 (DIG 2019-0026)	83M	55.596069	-119.274887	-9999	About 34 km southwest of the town of Spirit River.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Zinc	Sandstone, shale	-9999	-9999	Sandstone/shale contact; This occurrence was listed at the "Belly River/Spray River contact" which does not make any sense since the Cretaceous Belly River should be a few hundred meters above the Triassic Spray River; No Assays	B.ASaddle River 11-23-76-9W6	100/11-23-076-09W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	-9999	-9999	Zn	per cent	0.032	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083N 0002	Metallic mineral	South of Peace River	83N-M-02 (OFR 1994-08); METID_0485 (DIG 2019-0026)	83N	55.705534	-117.951531	-9999	About 3.2 km south of highway #49 and about 21 km west of the town of Watino.	Subsurface	Showing	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	-9999	Late Devonian	Wabamun Group	No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Zn	per cent	0.1425	-9999	-9999	-9999	-9999	AGS ESR 1959-03, AGS GEO 2000-02	Alberta Geological Survey
083N 0003	Metallic mineral	Grande Prairie, Taupent Field	83N-M-03 (OFR 1994-08); METID_0554 (DIG 2019-0026)	83N	55.945542	-117.666056	-9999	About 17.6 km north of the town of Tangent between the Peace and Smoky rivers.	Subsurface	Showing	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Carbonate	Late Devonian	Wabamun Group	vugs and fractures in nodular carbonates and breccias; Light to dark yellow subsequent crystal masses occupying fractures and vugs in the carbonates and breccias near the Exshaw contact; No Assays - The strata was reported to be "deformed".	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Zn	per cent	0.1178	-9999	-9999	-9999	-9999	Packard and Pellegrin (1989) Diagenesis and dolomitization associated with hydrothermal karst in Famennian Upper Wabamun ramp sediments, northwest Alberta, AGS GEO 2000-02	Alberta Geological Survey
082G 0064	Metallic mineral	-9999	82G-M-61 (OFR 1994-08); METID_0047 (DIG 2019-0026)	82G	49.218622	-114.044283	-9999	About 600 m southeast of Spionkop Creek and about 5800 m ESE of Bovin Lake.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Zinc	Limestone	Mesoproterozoic	Siyeh Formation	argillaceous Limestone (shatter zone); The sample comes from a shatter zone in the Siyeh Limestone; Shatter zone in Limestone; Gangue: Wolframite; Structure: Faulted - The shatter zone appears to trend NW-SE as occurrence 82G-M-59B appears to be located in the same area.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.91	-9999	-9999	-9999	-9999	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
083O 0001	Metallic mineral	South of Peace River	83O-M-01 (OFR 1994-08); METID_0372 (DIG 2019-0026)	83O	55.146503	-115.516641	-9999	About 20 km south of the town of Faust.	Subsurface	Showing	Drillhole	-9999	Oolitic ironstone	No information in OFR1994-08 database. Likely well location error in AGS ESR 1959-03 (published as 9-4-71-11W5).	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	-9999	Sun Faust Well #1 ?	100/09-14-071-11W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	432.8	432.8	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1959-03, AGS GEO 2000-02	Alberta Geological Survey
083J 0001	Metallic mineral	-9999	83J-M-01 (OFR 1994-08); METID_0362 (DIG 2019-0026)	83J	54.855941	-114.256908	-9999	One well about 9.0 km southwest of the hamlet of Chisholm.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Lead, Zinc	Carbonate	Devonian	Winterburn Group (lower)	Dolomite; Sphalerite and Galena were located at depth in the Lower er Winterburn Group; No Assays	Home KCL Chisholm 10-5-68-2 W5	100/10-05-068-02W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	1043.6	1133.9	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083A 0003	Metallic mineral	-9999	83A-M-02a (OFR 1994-08); METID_0295 (DIG 2019-0026)	83A	52.914325	-113.018487	-9999	About 3.5 km west of the hamlet of Duhamel.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Dolomite	Late Devonian	Leduc Formation, Ireton Formation, Nisku Formation	Dolomite, shale; Sphalerite was identified in drill cuttings at the top of the Nisku and Leduc reef complexes as well as in the Ireton shales; No Assays	Socony-Duhamel #29-14 14-29-45-21 W4	100/14-29-045-21W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1371	1371	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Haites (1960) Transcurrent faults in western Canada, AGS OFR 1994-08	Alberta Geological Survey
083A 0002	Metallic mineral	-9999	83A-M-02b (OFR 1994-08); METID_0294 (DIG 2019-0026)	83A	52.911010	-113.019233	-9999	About 3.5 km west of the hamlet of Duhamel.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Dolomite	Late Devonian	Leduc Formation, Ireton Formation, Nisku Formation	Dolomite, shale; Sphalerite was identified in drill cuttings at the top of the Nisku and Leduc reef complexes as well as in the Ireton shales; No Assays	Socony-Duhamel #29-11 11-29-45-21 W4	100/11-29-045-21W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1445.1	1445.1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Haites (1960) Transcurrent faults in western Canada, AGS OFR 1994-08	Alberta Geological Survey
083A 0001	Metallic mineral	-9999	83A-M-03 (OFR 1994-08); METID_0293 (DIG 2019-0026)	83A	52.882092	-113.009184	-9999	About 5.0 km west of the village of New Norway.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Dolomite	Late Devonian	Leduc Formation	Dolomite; Sphalerite was identified in drill cuttings at the top of the Leduc reef complex; No Assays	Socony Flint #1 13-17-45-21 W4	100/13-17-045-21W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1478.3	1478.3	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Haites (1960) Transcurrent faults in western Canada, AGS OFR 1994-08, AGS DIG 2024-0009	Alberta Geological Survey
083H 0013	Metallic mineral	Imperial Golden Spike #8	83H-M-04 (OFR 1994-08); METID_0308 (DIG 2019-0026)	83H	53.437113	-113.855070	-9999	About 4.0 km northeast of the hamlet of Golden Spike.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Lead	Dolomite, shale	Devonian	Woodbend Group	Dolomite, shale; Sphalerite and galena were found in the Leduc and Nisku reef complexes as well as in the Ireton shales; No Assays5204 to 5254 ft Traces of galena and pyrite; Gangue: Pyrite	Imperial Golden Spike #8 11-26-51-27 W4	100/11-26-051-27W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1586.2	1601.4	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS OFR 1994-08	Alberta Geological Survey
084L 0002	Metallic mineral	-9999	84L-M-03 (OFR 1994-08); METID_0907 (DIG 2019-0026)	84L	58.852682	-119.110204	-9999	About 11.0 km northeast of the Zama Lake First Nation reserve.	Subsurface	Showing	Drillhole	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Dolomite	Middle Devonian	Keg River Formation	Dolomite; Sphalerite was found at depth in the Devonian Keg River formation; No Assays	B.A. Zama Lake A 06-33-113-07W6	100/06-33-113-07W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1633	1640	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083H 0001	Metallic mineral	-9999	83H-M-01 (OFR 1994-08); METID_0299 (DIG 2019-0026)	83H	53.148036	-113.865175	-9999	About 4.5 km north of the centre of Wizard Lake.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Limestone	Late Devonian	Winterburn Group	Limestone; Sphalerite was identified in drill cuttings at the top of Nisku reefs complexes; No Assays	Texaco Wizard Lake #B-2 5-22-48-27 W4	100/05-22-048-27W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1734	1734.9	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
084L 0004	Metallic mineral	-9999	84L-M-01 (OFR 1994-08); METID_0837 (DIG 2019-0026)	84L	58.499985	-119.290727	-9999	About 6.0 km east of the town of Rainbow Lake.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Limestone	Middle Devonian	Muskeg Formation	gypsum/ Limestone (?); Sphalerite was located at depth in the Devonian-Muskeg formation; No Assays. Minor amounts of sphalerite associated with Limestone.	Banff Aquitaine 7-32-109-8W6	100/07-32-109-08W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1766	1766	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083H 0002	Metallic mineral	-9999	83H-M-02 (OFR 1994-08); METID_0304 (DIG 2019-0026)	83H	53.317770	-113.806803	-9999	About 5.5 km north of the town of Calmar.	Subsurface	Showing	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Dolomite	Devonian	Leduc Formation	Dolomite; Sphalerite was identified at depth in the Leduc reef complex; No Assays	Imperial Leduc #253	100/09-13-050-27W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1792.5	1800.1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083H 0003	Metallic mineral	-9999	83H-M-03 (OFR 1994-08); METID_0307 (DIG 2019-0026)	83H	53.422824	-113.851332	-9999	One well about 3.0 km east of the hamlet of Golden Spike and about northwest of the town of Devon.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Copper	Limestone	Devonian	Beaverhill Lake Group	Limestone; Chalcopyrite was located at depth in the Middle Devonian; No Assays; Gangue: Pyrite	Imperial Golden Spike #11 11-23-51-27 W4	100/11-23-051-27W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1940.4	1955.6	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
074L 0008	Metallic mineral	-9999	74L-M-19 (OFR 1994-08); METID_0831 (DIG 2019-0026)	74L	58.315021	-110.278043	-9999	East of Archer Lake.	Surface	Showing	Float	-9999	Unconformity-related uranium	-9999	Uranium	Conglomerate	Paleoproterozoic	Athabasca Group	45cm hematite stained, pebble conglomerate boulder.Radioactive granite boulders were found in clusters in the end moraine ridges and hills east of the Keane fire tower and in crevasse filling complexes south of Helen Lake.Overburden 100% glacial till. B; Boulders 45cm diameterIn a detailed search around the surrounding area, no other conglomerate boulders were found.3 fluorimetric assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19760008, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
083M 0007	Metallic mineral	Grande Prairie	83M-M-03 (OFR 1994-08); METID_0377 (DIG 2019-0026)	83M	55.402694	-119.549489	-9999	About 8.5 km north of the village of Hythe.	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Zinc	Sandstone	Late Cretaceous	Wapiti Formation	Sandstone?; No description was provided; No Assays No description of mineral occurrence. A supplement to the report indicates that samples may have been contaminated during preparation. - No structural information; Likely a minor occurrence of sphalerite observed in drill cuttings.	CGGS KNOPCIK 4-13-74-11	100/04-13-074-11W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19700024, AGS OFR 1994-08	Alberta Geological Survey
083L 0002	Metallic mineral	-9999	83L-M-02 (OFR 1994-08); METID_0363 (DIG 2019-0026)	83L	54.866623	-118.116976	-9999	About 12.5 km southwest of the confluence of the Simonette and the Latornell rivers.	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Lead, Copper	Sandstone, siltstone, shale	Late Cretaceous	Wapiti Formation	Sandstone (?); No description was provided; No description of mineral occurrence. A supplement to the report indicates that samples may have been contaminated during preparation. - No information; Likely a minor occurrence of galena and chalcopyrite observed in drill cuttings.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19700024, AGS OFR 1994-08	Alberta Geological Survey
084L 0001	Metallic mineral	-9999	84L-M-04 (OFR 1994-08); METID_0830 (DIG 2019-0026)	84L	58.303632	-119.468733	-9999	About 19.5 km south-southwest of the town of Rainbow Lake.	Subsurface	Geological anomaly	Bedrock	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Dolomite	Middle Devonian	Keg River Formation	Dolomite; Sphalerite was located at depth in the Devonian Keg River formation; No Assays	IOE Rainbow 13-20-107-09W6	100/13-20-107-09W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083K 0001	Metallic mineral	South of Peace River	83K-M-01 (OFR 1994-08); METID_0361 (DIG 2019-0026)	83K	54.829551	-117.256930	-9999	Gulf Little Smoky well #12 about 30 km south of Valleyview along Highway 43.	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Iron	Sandstone	Late Cretaceous	-9999	Sandstone; Ironstone concretions; No Assays - No information was provided. ??? Not sure if 2 page belongs to this occurrence ????	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1959-03, AGS OFR 1994-08	Alberta Geological Survey
074M 0121	Metallic mineral	-9999	112b (DIG 2009-21); METID_1023 (DIG 2019-0026)	74M	59.735378	-110.164676	-9999	West of Cherry Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0122	Metallic mineral	-9999	112 (DIG 2009-21); METID_1025 (DIG 2019-0026)	74M	59.739169	-110.167784	-9999	West of Cherry Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0123	Metallic mineral	-9999	113d (DIG 2009-21); METID_1028 (DIG 2019-0026)	74M	59.751385	-110.154223	-9999	Between Spider and Cherry Lakes.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0126	Metallic mineral	-9999	113e (DIG 2009-21); METID_1033 (DIG 2019-0026)	74M	59.754837	-110.132690	-9999	Between Spider and Cherry Lakes.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0127	Metallic mineral	-9999	113 (DIG 2009-21); METID_1045 (DIG 2019-0026)	74M	59.762799	-110.155661	-9999	Between Spider and Cherry Lakes.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0129	Metallic mineral	-9999	113b (DIG 2009-21); METID_1056 (DIG 2019-0026)	74M	59.773559	-110.139416	-9999	Between Spider and Cherry Lakes.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0130	Metallic mineral	-9999	98 (DIG 2009-21); METID_1061 (DIG 2019-0026)	74M	59.775452	-110.175518	-9999	East of Spider Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Unknown	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0131	Metallic mineral	-9999	111 (DIG 2009-21); METID_1070 (DIG 2019-0026)	74M	59.778775	-110.212302	-9999	North of Spider Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0132	Metallic mineral	-9999	111b (DIG 2009-21); METID_1074 (DIG 2019-0026)	74M	59.780384	-110.226156	-9999	North of Spider Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0133	Metallic mineral	-9999	113a (DIG 2009-21); METID_1077 (DIG 2019-0026)	74M	59.782301	-110.144178	-9999	Between Spider and Cherry Lakes.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0135	Metallic mineral	-9999	93 (DIG 2009-21); METID_1081 (DIG 2019-0026)	74M	59.787304	-110.267859	-9999	South of west arm of Andrew Lake.	Surface	Showing	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0136	Metallic mineral	-9999	114 (DIG 2009-21); METID_1086 (DIG 2019-0026)	74M	59.791411	-110.178687	-9999	South of Andrew Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0138	Metallic mineral	-9999	94 (DIG 2009-21); METID_1088 (DIG 2019-0026)	74M	59.793370	-110.012934	-9999	Southeast of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Unknown	Granite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0051	Metallic mineral	-9999	21 (DIG 2009-21); METID_1019 (DIG 2019-0026)	74M	59.713972	-110.426237	-9999	Southeast of Potts Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0125	Metallic mineral	-9999	99c (DIG 2009-21); METID_1031 (DIG 2019-0026)	74M	59.753456	-110.228114	-9999	Spider Lake	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0128	Metallic mineral	-9999	99 (DIG 2009-21); METID_1050 (DIG 2019-0026)	74M	59.766858	-110.216677	-9999	Spider Lake	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0134	Metallic mineral	-9999	99a (DIG 2009-21); METID_1078 (DIG 2019-0026)	74M	59.782760	-110.188340	-9999	Spider Lake	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0061	Metallic mineral	-9999	81 (DIG 2009-21); METID_1144 (DIG 2019-0026)	74M	59.827790	-110.313915	-9999	Near centre of west arm of Andrew Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Gold, Zinc, Molybdenum	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0139	Metallic mineral	-9999	115 (DIG 2009-21); METID_1098 (DIG 2019-0026)	74M	59.800410	-110.125893	-9999	South of Andrew Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0089	Metallic mineral	-9999	80b (DIG 2009-21); METID_1084 (DIG 2019-0026)	74M	59.789006	-110.125924	-9999	West of Carrot Lake (south of Andrew Lake).	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710001, AGS DIG 2009-0021	Alberta Geological Survey
074M 0090	Metallic mineral	-9999	80a (DIG 2009-21); METID_1085 (DIG 2019-0026)	74M	59.790947	-110.127566	-9999	West of Carrot Lake (south of Andrew Lake). TR-10+10S from AGS BUL 064	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710001, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0095	Metallic mineral	-9999	52 (DIG 2009-21); METID_1132 (DIG 2019-0026)	74M	59.818781	-110.006655	-9999	East of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Zinc, Chromium	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710001, AGS DIG 2009-0021	Alberta Geological Survey
074M 0096	Metallic mineral	-9999	51 (DIG 2009-21); METID_1133 (DIG 2019-0026)	74M	59.819859	-110.006712	-9999	East of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710001, AGS DIG 2009-0021	Alberta Geological Survey
074M 0098	Metallic mineral	-9999	39 (DIG 2009-21); METID_1137 (DIG 2019-0026)	74M	59.824346	-110.006311	-9999	Northeast of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Copper, Zinc	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710001, AGS DIG 2009-0021	Alberta Geological Survey
083M 0027	Metallic mineral	-9999	Liddle-Site-3 (GEO 2005-05); METID_0513 (DIG 2019-0026)	83M	55.777657	-119.906103	-9999	About 5 km south of Baytree.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Conglomerate	Late Cretaceous	Bad Heart Formation	BH Conglomerate (45ft cliff-former)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0021	Metallic mineral	-9999	Liddle-Site-6 (GEO 2005-05); METID_0489 (DIG 2019-0026)	83M	55.734071	-119.957771	838.2	About 5 km south of Baytree.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	BH sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0026	Metallic mineral	-9999	Liddle-O/C-2 (GEO 2005-05); METID_0512 (DIG 2019-0026)	83M	55.774049	-119.899615	-9999	About 5 km south of Baytree.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Conglomerate	Late Cretaceous	Bad Heart Formation	Conglomerate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0031	Metallic mineral	-9999	Liddle-Site-1 (GEO 2005-05); METID_0517 (DIG 2019-0026)	83M	55.792271	-119.828429	807.72	About 5 km south of Baytree.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Gravel pit, exposure of BH sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0030	Metallic mineral	Moxley Pit	Liddle-Site-8 (GEO 2005-05); METID_0516 (DIG 2019-0026)	83M	55.792253	-119.880199	838.2	About 5 km south of Baytree.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron	Sandstone, conglomerate	Late Cretaceous	Bad Heart Formation	Moxley Pit, BH sandstone/Conglomerate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
082O 0057	Industrial mineral	Lac des Arcs	T97088; INDID_0707 (DIG 2019-0027)	82O	51.070764	-115.180530	-9999	Along the southern slopes of Gap Peak.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Shale	Limestone, shale	Mississippian	Banff Formation	-9999	-9999	-9999	Rock wool	Small	-9999	Fair	Impure shaly limestone and shale, in places dolomitic, across outcrop from limestone quarry to west end of Lac des Arcs.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	#28 (Sample 63), AGS ECO 4	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, AGS ECO 4, Fox (1981) Industrial minerals tour of the Canmore Corridor, Alberta	Alberta Geological Survey
074D 0015	Industrial mineral	Clearwater River F	C96363; INDID_0232 (DIG 2019-0027)	74D	56.749750	-111.376620	-9999	Within the community of Fort McMurray, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	Small	-9999	Good	Moderate quality limestone. Calcium carbonate grades affected in places by abundance of silica and alumina.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4), p. 32, 83. Seven analyses range from 86% - 91% CaCO3 with <5% MgCO3 (analyses nos. 104 - 109 and 112; samples 595, 601 - 605, and 608). Silica contents average 4%	AGS MEM 01	Alberta Geological Survey
074D 0031	Industrial mineral	Athabasca River N	C99255; INDID_0234 (DIG 2019-0027)	74D	56.738739	-111.390020	-9999	Within the community of Fort McMurray, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Moberley Member, 60 m thick, thin-bedded, medium grey, soft argillaceous limestones, weathering light orange-brown; resistant, light brown fine-grained, fossiliferous limestones. Thick-bedded, resistant, light grey, cryptograined limestones with fragmenta	Holter (1976): sample 595. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Composite sample 595. Chemical analysis #104	AGS ECO 4	Alberta Geological Survey
074D 0030	Industrial mineral	Athabasca River S	C98684; INDID_1353, INDID_0233 (DIG 2019-0027)	74D	56.724282	-111.396640	-9999	Within the community of Fort McMurray, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Moberley Member, 60 m thick, thin-bedded, medium grey, soft argillaceous limestones, weathering light orange-brown; resistant, light brown fine-grained, fossiliferous limestones. Thick-bedded, resistant, light grey, cryptograined limestones with fragmenta	Holter (1976): sample 601	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Composite sample 601. Chem. Analysis #105	AGS ECO 4	Alberta Geological Survey
074D 0028	Industrial mineral	Clearwater River D	C97796; INDID_0230 (DIG 2019-0027)	74D	56.670919	-111.219559	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Thin-bedded, medium grey, soft argillaceous limestones, weathered light orange-brown; resistant, light brown fine-grained, fossiliferous limestones; thick-bedded, resistant, light grey, cryptograined limestones with fragmentary organic remains. and thin-b	Holter (1976): sample 602. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Sample 602. Chem. Anal. #106	AGS ECO 4	Alberta Geological Survey
074D 0032	Industrial mineral	Clearwater River D	C97797; INDID_1249 (DIG 2019-0027)	74D	56.680605	-111.211388	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Norris summarised the Moberley Member as comprising very thin-bedded, medium grey, soft argillaceous limestones, weathering light orange-brown; resistant, light brown fine-grained, fossiliferous limestones. Thick-bedded, resistant, light grey, cryptograin	Holter (1976): sample 603. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Sample 603. Chem. Anal. #107	AGS ECO 4	Alberta Geological Survey
074D 0033	Industrial mineral	Clearwater River C	C96994; INDID_1250 (DIG 2019-0027)	74D	56.680839	-111.139133	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 604 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Sample 604. Chem. Anal. #108	AGS ECO 4	Alberta Geological Survey
074D 0027	Industrial mineral	Clearwater River C	C96993; INDID_0229 (DIG 2019-0027)	74D	56.673377	-111.126076	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Moberley Member, 60 m thick, thin-bedded, medium grey, soft argillaceous limestones, weathering light orange-brown; resistant, light brown fine-grained, fossiliferous limestones. Thick-bedded, resistant, light grey, cryptograined limestones with fragmenta	Holter: sample 605. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Sample 605. Chem. Anal. #109	AGS ECO 4	Alberta Geological Survey
074D 0026	Industrial mineral	Clearwater River B	C95804; INDID_0228 (DIG 2019-0027)	74D	56.648543	-111.024033	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Calumet Member, Christina Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Light grey to light brown argillaceous to sandy limestone.	XRF analysis, Sample 606: 89.5% CaCO3, 2.5% MgCO3.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Sample 606 Chem. Anal. # 110	AGS ECO 4	Alberta Geological Survey
074D 0034	Industrial mineral	Clearwater River B	C95805; INDID_1251 (DIG 2019-0027)	74D	56.655056	-111.012506	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Calumet Member, Christina Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Light grey to light brown argillaceous to sandy limestone.	Holter: XRF analysis: Sample 607: CaCO3: 71.8% MgCO3: 4.4%	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Sample 607. Chem. Anal. # 111	AGS ECO 4	Alberta Geological Survey
074D 0029	Industrial mineral	Clearwater River E	C99067; INDID_0231 (DIG 2019-0027)	74D	56.687945	-111.257250	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Moberley Member, 60 m thick, thin-bedded, medium grey, soft argillaceous limestones, weathering light orange-brown; resistant, light brown fine-grained, fossiliferous limestones. Thick-bedded, resistant, light grey, cryptograined limestones with fragmenta	Holter (1976): sample 608 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 4): Sample 608 Chem. Analysis #112	AGS ECO 4	Alberta Geological Survey
082O 0105	Industrial mineral	-9999	C199877; INDID_0552 (DIG 2019-0027)	82O	51.698463	-114.056860	-9999	Approximately 10 km to the south of the town of Olds, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Wabamun Group	-9999	NAL GARR 7-34-31-1	100/07-34-031-01W5/00	None	-9999	-9999	-9999	Average content of boron is 101 mg/L. Boron contents of up to 920 mg/L have been reported in Alberta formation waters.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Appendix, p.23. Boron 315 mg/L.	AGS ECO 5	Alberta Geological Survey
083K 0016	Industrial mineral	-9999	C200127; INDID_0553 (DIG 2019-0027)	83K	54.208160	-116.461960	-9999	Approximately 30 km to the southeast of the town of Fox Creek, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Woodbend Group	-9999	ALBERTA856 KAYBOBS 10-22-60-17	100/10-22-060-17W5/00	None	-9999	-9999	-9999	Average content of boron is 101 mg/L. Boron contents of up to 920 mg/L have been reported in Alberta formation waters.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Appendix, p.24. Boron 360 mg/L.	AGS ECO 5	Alberta Geological Survey
083K 0017	Industrial mineral	-9999	C200892; INDID_0554 (DIG 2019-0027)	83K	54.418680	-117.211310	-9999	Approximately 25 km to the west of the town of Fox Creek, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Beaverhill Lake Group	-9999	SUN TONY 2-2-63-22	100/02-02-063-22W5/00	None	-9999	-9999	-9999	Average content of boron is 101 mg/L. Boron contents of up to 920 mg/L have been reported in Alberta formation waters.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Appendix, p.24. Boron 512 mg/L.	AGS ECO 5	Alberta Geological Survey
083K 0018	Industrial mineral	-9999	C200260; INDID_0555 (DIG 2019-0027)	83K	54.426280	-117.163480	-9999	Approximately 25 km to the west of the town of Fox Creek, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Beaverhill Lake Group	-9999	SUN HAMILTON TONY 10-6-63-21	100/10-06-063-21W5/00	None	-9999	-9999	-9999	In formation waters from Paleozoic strata the average content of boron is 101 mg/L with one sample from this location containing 920 mg/L. Survey of the literature shows this value to be the maximum boron reported in a formation water. . It seems highly u	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Appendix, p.24. Boron 920 mg/L.	AGS ECO 5	Alberta Geological Survey
083H 0063	Industrial mineral	-9999	C198830; INDID_0551 (DIG 2019-0027)	83H	53.205086	-113.185950	-9999	Approximately 10 km to the west of the village of Hay Lakes, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	CS HAY LAKE 14-5-49-22	100/14-05-049-22W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 45 mg/L; Bromide 290 mg/L.	AGS ECO 5	Alberta Geological Survey
072L 0033	Industrial mineral	-9999	C198197; INDID_0550 (DIG 2019-0027)	72L	50.930500	-111.902410	-9999	Approximately 43 km to the northeast of the town of Bassano, AB along the Red Deer River.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Bow Island Formation	-9999	BANFF ET AL MATZIWIN 11-4-23-14	100/11-04-023-14W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 46 mg/L; Bromide 170 mg/L.	AGS ECO 5	Alberta Geological Survey
072L 0032	Industrial mineral	-9999	C167970; INDID_0549 (DIG 2019-0027)	72L	50.682879	-111.906110	-9999	Approximately 10 km to the north of the town of Brooks, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Bow Island Formation	-9999	KINGSTEVE DUCHESS 10-8-20-14	100/10-08-020-14W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 46 mg/L; Bromide 205 mg/L.	AGS ECO 5	Alberta Geological Survey
083A 0057	Industrial mineral	-9999	C153006; INDID_0548 (DIG 2019-0027)	83A	52.526724	-113.299530	-9999	Approximately 30 km to the northeast of the city of Lacombe, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	AMBASS CHIGWELL 7-18-41-23	100/07-18-041-23W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 46 mg/L; Bromide 230 mg/L.	AGS ECO 5	Alberta Geological Survey
083H 0062	Industrial mineral	-9999	C148654; INDID_0547 (DIG 2019-0027)	83H	53.470194	-113.838420	-9999	Approximately 7 km south of the city of Spruce Grove.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	CS ET AL SPRUCE GROVE 1-12-52-27	100/01-12-052-27W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 46 mg/L; Bromide 310 mg/L.	AGS ECO 5	Alberta Geological Survey
072M 0007	Industrial mineral	-9999	C146170; INDID_0545 (DIG 2019-0027)	72M	51.275976	-110.956250	-9999	Approximately 32 km southeast of the village of Youngstown, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	BAYSEL CEREAL 7-5-27-7	100/07-05-027-07W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 47 mg/L; Bromide 113 mg/L.	AGS ECO 5	Alberta Geological Survey
084D 0163	Industrial mineral	-9999	C145404; INDID_0544 (DIG 2019-0027)	84D	56.023230	-119.894760	-9999	Approximately 90 km to the west of the town of Fairview, AB near Pouce Coup River.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Permian	Belloy Formation	-9999	HUBER BONANZA 10-13-81-13	100/10-13-081-13W6/00	Iodine production	-9999	-9999	-9999	Isolated examples of formation waters with more than 40 mg/L iodide have been discovered in the Permian Belloy Formation and the subjacent Pennsylvanian Kiskatinaw Formation and British Columbia.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 47 mg/L; Bromide 160 mg/L.	AGS ECO 5	Alberta Geological Survey
083M 0106	Industrial mineral	-9999	C145130; INDID_0543 (DIG 2019-0027)	83M	55.921629	-119.789990	-9999	Approximately 90 km to the west of the town of Fairview, AB near Pouce Coup River.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Pennsylvanian	Kiskatinaw Formation	-9999	BIRCHCLIFF PCOUPE 11-10-80-12	100/11-10-080-12W6/00	Iodine production	-9999	-9999	-9999	Isolated examples of formation waters with more than 40 mg/L iodide have been discovered in the Permian Belloy Formation and the subjacent Pennsylvanian Kiskatinaw Formation and British Columbia.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 47 mg/L; Bromide 166 mg/L.	AGS ECO 5	Alberta Geological Survey
073D 0012	Industrial mineral	-9999	C147551; INDID_0546 (DIG 2019-0027)	73D	52.020331	-111.609363	-9999	Approximately 30 km to the southeast of the town of Castor, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	BP CANADA ENERGY GROUP ULC	100/10-23-035-12W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 47 mg/L; Bromide 81 mg/L.	AGS ECO 5	Alberta Geological Survey
083G 0047	Industrial mineral	-9999	C144807; INDID_0542 (DIG 2019-0027)	83G	53.103087	-114.332730	-9999	Approximately 9 km to the east of the village of Breton, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Late Cretaceous	Belly River Group (lower)	-9999	WEST PEMBINA 14-35-47-3	100/14-35-047-03W5/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 49 mg/L; Bromide 143 mg/L.	AGS ECO 5	Alberta Geological Survey
082P 0023	Industrial mineral	-9999	C144588; INDID_0541 (DIG 2019-0027)	82P	51.483109	-112.710978	-9999	On the outskirts of the town of Drumheller, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	RENAISSANCE DRUM 10-14-29-20	100/10-14-029-20W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 49 mg/L; Bromide 180 mg/L.	AGS ECO 5	Alberta Geological Survey
083A 0056	Industrial mineral	-9999	C144374; INDID_0540 (DIG 2019-0027)	83A	52.597180	-113.169440	-9999	Approximately 41 km to the northeast of the city of Lacombe, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	SUPREME BASHAW 4-7-42-22	100/04-07-042-22W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 49 mg/L; Bromide 206 mg/L.	AGS ECO 5	Alberta Geological Survey
083A 0055	Industrial mineral	-9999	C143959; INDID_0539 (DIG 2019-0027)	83A	52.414011	-112.705820	-9999	Approximately 10 km to the north of the town of Stettler, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	ZAPATA ET AL RED WILLOW 11-5-40-19	100/11-05-040-19W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 49 mg/L; Bromide 235 mg/L.	AGS ECO 5	Alberta Geological Survey
082I 0030	Industrial mineral	-9999	C143619; INDID_0538 (DIG 2019-0027)	82I	50.970430	-112.477910	-9999	Approximately 20 km to the north of the town of Bassano, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Viking Formation	-9999	TXNE HUSSAR 7-20-23-18	100/07-20-023-18W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 51 mg/L; Bromide 117 mg/L.	AGS ECO 5	Alberta Geological Survey
083A 0054	Industrial mineral	-9999	C143053; INDID_0536 (DIG 2019-0027)	83A	52.453916	-112.298140	-9999	Approximately 31 km to the northeast of the town of Stettler, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Late Cretaceous	Belly River Group (lower)	-9999	ACL ET AL RED WILLOW 6-19-40-16	100/06-19-040-16W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 53 mg/L; Bromide 105 mg/L.	AGS ECO 5	Alberta Geological Survey
082H 0073	Industrial mineral	-9999	C143604; INDID_0537 (DIG 2019-0027)	82H	49.878827	-112.213120	-9999	Approximately 10 km north of the town of Taber, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Cretaceous	Bow Island Formation	-9999	MERLAND ET AL TURIN 8-2-11-17	100/08-02-011-17W4/00	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 53 mg/L; Bromide 88 mg/L.	AGS ECO 5	Alberta Geological Survey
083G 0046	Industrial mineral	-9999	C142761; INDID_0535 (DIG 2019-0027)	83G	53.155882	-114.427190	-9999	Approximately 6 km to the north of the village of Breton, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Late Cretaceous	Belly River Group (lower)	-9999	-9999	-9999	Iodine production	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 54 mg/L; Bromide 139 mg/L.	AGS ECO 5	Alberta Geological Survey
083N 0103	Industrial mineral	-9999	C142533; INDID_0534 (DIG 2019-0027)	83N	55.428087	-116.703332	-9999	Approximately 12 km to the west of the town of High Prairie, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Early Jurassic	Nordegg Member	-9999	POR UGAS TRIANGLE 10-21-74-18	100/10-21-074-18W5/00	Iodine production	-9999	-9999	-9999	Isolated occurrences of formation waters with more than 40 mg/L iodide are recorded from four stratigraphic units - Medicine Hat Sandstone, Nordegg Member equivalent, Pennsylvanian-Permian strata, and Slave Point Formation. . They are possibly geochemical	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 59 mg/L; Bromide 14 mg/L.	AGS ECO 5	Alberta Geological Survey
072E 0073	Industrial mineral	-9999	C142145; INDID_0533 (DIG 2019-0027)	72E	49.998749	-110.177480	-9999	Approximately 35 km east of the city of Medicine Hat, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Iodine	Formation water	Late Cretaceous	Medicine Hat Member	-9999	ULSTER MEDHAT 11-14-12-2	100/11-14-012-02W4/00	Iodine production	-9999	-9999	-9999	Isolated occurrences of formation waters with more than 40 mg/L iodide are recorded from four stratigraphic units - Medicine Hat Sandstone, Nordegg Member equivalent, Pennsylvanian-Permian strata, and Slave Point Formation. . They are possibly geochemical	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ECO 5), Table 5, p.9. Iodide 62 mg/L; Bromide 87 mg/L.	AGS ECO 5	Alberta Geological Survey
082G 0233	Industrial mineral	Drywood Creek	T31457; INDID_0609 (DIG 2019-0027)	82G	49.267156	-114.075630	-9999	Along the northwestern slopes of Drywood Mountain.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Argillite	Mesoproterozoic	Siyeh Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Argillite, dark gray, weathers grayish orange, noncalcareous, thin bedded. Extrudes poorly, extremely short firing range.	Mineral analysis (Scafe, 1991): Sample "DS 77-62-1" (%): Kao. 10, Ill. 75, Chl. 15, Dol. major.	Ceramic test (Scafe, 1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
074D 0024	Industrial mineral	Suncor (formerly GCOS) plant	M27474; INDID_1236 (DIG 2019-0027)	74D	56.980747	-111.574110	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Producer	By-product from petroleum coke	-9999	Miscellaneous	-9999	Vanadium (fly ash), Nickel (fly ash)	Fly ash	-9999	-9999	-9999	-9999	-9999	Potential mineral resource for vanadium and nickel	Small	-9999	Good	Solids accumulate as fly ash and bottom ash where the coke is burned for boiler fuel at the existing GCOS plant, and represent a potential mineral resource principally for the vanadium and nickel concentrations. According to a press report (Oilweek, April	-9999	-9999	Fly ash	-9999	-9999	V	per cent	3.5	-9999	-9999	-9999	(AGS INF 065), Table 10. (Composition weight %): SiO2 43; Al2O3 27.07; Total iron as Fe2O3 8.6; TiO2 3.7; P2O5 0.11; MnO 0.26; CaO 4.12; MgO 1.43; Na2O 0.99; K2O 2.14; V2O5 6.25*; NiO 1.53*; Total 99.20 (*3.5% metallic vanadium)	AGS INF 065	Alberta Geological Survey
074E 0062	Industrial mineral	Fort McMurray	M47866; INDID_1242 (DIG 2019-0027)	74E	57.009872	-111.494777	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Prospect	Oil sands tailings	-9999	Miscellaneous	-9999	Vanadium (fly ash), Nickel (fly ash)	Fly ash	-9999	-9999	-9999	-9999	-9999	Potential mineral resource for vanadium and nickel	-9999	-9999	-9999	Ni and V occur as trace metals in bitumen component oil sands, captured in residual coke product from thermal cracking of separated bitumen; further concentration in fly ash when coke burned as fuel, to 3.5 weight % and 1.2% metallic V and Ni.	-9999	-9999	Fly ash	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS INF 065), Table 10. (Composition weight %):- SiO2 43; Al2O3 27.07; Total iron as Fe2O3 8.6; TiO2 3.7; P2O5 0.11; MnO 0.26; CaO 4.12; MgO 1.43; Na2O 0.99; K2O 2.14; V2O5 6.25*; NiO 1.53*; Total 99.20 (*3.5% metallic vanadium)	AGS INF 065	Alberta Geological Survey
074E 0063	Industrial mineral	Fort McMurray	M46040; INDID_1243 (DIG 2019-0027)	74E	57.012000	-111.493980	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Prospect	By-product from petroleum coke	-9999	Miscellaneous	-9999	Vanadium (fly ash), Nickel (fly ash)	Fly ash	Cretaceous	McMurray Formation	-9999	-9999	-9999	Potential mineral resource for vanadium and nickel	Small	-9999	Good	Ni and V occur as trace metals in bitumen component oil sands, captured in residual coke product from thermal cracking of separated bitumen; further concentration in fly ash when coke burned as fuel, to 3.5 weight % and 1.2% metallic V and Ni.	(Chemical Analysis continued) : 1.2% metallic nickel (Ni)	-9999	Fly ash	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS INF 065), Table 10. (Composition weight %):- SiO2 43; Al2O3 27.07; Total iron as Fe2O3 8.6; TiO2 3.7; P2O5 0.11; MnO 0.26; CaO 4.12; MgO 1.43; Na2O 0.99; K2O 2.14; V2O5 6.25*; NiO 1.53*; Total 99.20 (*3.5% metallic vanadium)	AGS INF 065	Alberta Geological Survey
074D 0014	Industrial mineral	Clearwater River A	C95112; INDID_0227 (DIG 2019-0027)	74D	56.684339	-110.805520	-9999	Approximately 35 km to the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Calumet Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Very light greyish brown, hard crypto-grained, thin-bedded slightly argillaceous limestone through to olive-green, rubbly bedded, strongly argillaceous limestone. The Calumet Member has an average thickness of 29 m.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS MEM 01), sample 2. 93% CaCO3; <2% MgCO3; >3% SiO2	AGS MEM 01	Alberta Geological Survey
074D 0016	Industrial mineral	Whitemud Falls	C99387; INDID_0317 (DIG 2019-0027)	74D	56.694490	-110.069650	-9999	Approximately 70 km to the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Keg River Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Dolomite, hard, buff-colored and porous. Stromatoporoid, coral, and algal reefs, mostly <1 - 2 feet thick, found in certain beds. Most of porosity attributed to recrystallization, and vugs in the reef facies have been filled with secondary calcite. . Sulf	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS MEM 01); sample 3, p. 29. 59% CaCO3; 34% MgCO3	AGS MEM 01	Alberta Geological Survey
074E 0088	Industrial mineral	UTF - Fort McMurray	C11878; INDID_0235 (DIG 2019-0027)	74E	57.053491	-111.897186	-9999	To the west of oil sand mining operations at Tar Island.	Surface	Prospect	Mine	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, shale	Late Devonian	Mildred Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples from mined out rock at AOSTRA underground test facility northwest of Fort McMurray. In its type section the Mildred Member is composed of 43 m of green-grey and buff argillaceous limestones and calcareous shales.	-9999	Brightness 67.52%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	(AGS OFR 1990-11), sample UTF-89-1	AGS OFR 1990-11	Alberta Geological Survey
083M 0004	Metallic mineral	Grande Prairie	83M-M-06 (OFR 1994-08); METID_0374 (DIG 2019-0026)	83M	55.178860	-118.425044	-9999	About 23.5 km due east of Grande Prairie.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Vanadium, Uranium	Sandstone	Late Cretaceous	Wapiti Formation	Sandstone; Loellingite was observed in an interval of carbonaceous silty sandstone at a depth of 286.51m to 289.61m in drill cuttings; Sulphides are disseminated in drill cuttings. A supplement to the report indicates that the samples may have been contaminated during preparation; Gangue: Pyrite, Marcasite - No structural information; Minor mineral occurrences. The quantities of metals present may not be accurate due to possible contamination.	Plymouth Pan-Am Bezanson (6-29-71-3W6)	100/06-29-071-03W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	286.5	292.6	U	per cent	0.01	V	per cent	0.04	~100 ppm U and 400 ppm V over 6.1 m.	MAR 19700024, AGS OFR 1994-08	Alberta Geological Survey
082G 0151	Metallic mineral	Spionkop Ridge	8266, 8268 (site RM17, OFR 2011-11); METID_0055 (DIG 2019-0026)	82G	49.228761	-114.004744	2046	About 7 km south west of Twin butte.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Gold, Silver	Basalt	Mesoproterozoic	Grinnell Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1	Au	g/t	0.05	>1% Cu, 21.4 g/t Ag and 0.05 g/t Au.; Historical sample ID 8266 (AGS OFR 2011-11)	AGS OFR 2011-11	Alberta Geological Survey
082G 0058	Metallic mineral	-9999	82G-M-60 (OFR 1994-08); METID_0061 (DIG 2019-0026)	82G	49.233345	-114.019560	-9999	Along the south bank of Spionkop Creek and about 1000 m southwest of the surface expression of the Lewis Thrust.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Diabase intrusion	Mesoproterozoic	Appekunny Formation, Grinnell Formation	Diabase intrusion; Copper mineralization was detected in a diabase intrusion at the base of the Grinnell formation. One sample was taken from the diabase sill near the top of the Appekunny Formation where it crosses Spinkop Creek. This sill occupies the same stratigraphic position as the sill in the SH zone (82G-M-07). An additional sample was taken from a small diabase; Structure: Faulted - Faults are hosted in a diabase intrusion; Best assay is 0.76% Cu and 5.14 g Ag/t across 2.44m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.76	Ag	g/t	5.14	5.14 g/t Ag and 0.76% Cu over 2.44 m.; Historical sample ID 82G-M-60 (AGS OFR 1994-08). One sample was taken from the diabase sill near the top of the Appekunny Formation where it crosses Spinkop Creek. This sill occupies the same stratigraphic position a	MAR 19720008, MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
083F 0002	Metallic mineral	-9999	83F-M-03 (OFR 1994-08); METID_0311 (DIG 2019-0026)	83F	53.527789	-116.865578	-9999	Along the McLeod River about 1.6 km southeast of the town of Galloway (NTS 83F/10).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Island bar gravel; Three assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.0046	-9999	-9999	-9999	5.727 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
072L 0001	Metallic mineral	-9999	72L-M-02 (OFR 1994-08); METID_0253 (DIG 2019-0026)	72L	50.633815	-110.180010	-9999	Approximately 11.2 km northeast of the town of Bowell and about 12.8 km north-northeast of the city of Medicine Hat (NTS 72L/9).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Point bar; Alluvial sand and gravel; Three assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.0058	-9999	-9999	-9999	5.981 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
084N 0001	Metallic mineral	Steen River Project Basin Rim project	84N-M-04 (OFR 1994-08); METID_0990 (DIG 2019-0026)	84N	59.476383	-117.174844	-9999	Five wells drilled along the east side of the Mackenzie Hwy. About 17.5 km south of the hamlet of Steen River.	Subsurface	Geochemical anomaly	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc, Copper, Nickel, Lead	Limestone	Late Devonian	Winterburn Group	Limestone; Galena and sphalerite have been located in stylolitic, fossiliferous grey-brown Limestone with minor green-grey shaly interbeds. Pyrite replaces fossils; Pyrite replaces fossils throughout Limestone. A 1/2 inch bleb of galena is present at 583.5 ft (177.85m).Possible sphalerite crystals at 593.5 ft (180.90m); Gangue: Pyrite; Structure: Undeformed - No deformation; 70 ppm across 3.05mInterval from 176.78m to 179.83m in drill core includes observed galena bleb.	Gulfin Anita EV 2-3-121-19W5	100/02-03-121-19W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	61	70	Pb	per cent	0.007	-9999	-9999	-9999	0.007% Pb over 3.05 m.	MAR 19780015, AGS GEO 2000-02	Alberta Geological Survey
074L 0002	Metallic mineral	-9999	74L-M-06 (OFR 1994-08); METID_0884 (DIG 2019-0026)	74L	58.803781	-111.067042	-9999	Near Ft. Chipewyan along western shore of Fourth Lake 700 m North of the southwest corner. Exact location is not certain.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper, Gold	Granitic gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	Fault zone in granitic gneiss?; Occasional chalcopyrite mineralization outcrops and "heavy quartz" in a fault zone in granite gneiss; No Assays. Very little work done. No estimate of extent of mineralization is possible; Gangue: Quartz; Structure: Faulted - Apparent fault trends northeasterly from a small copper outcrop. Some chalcopyrite mineralization is apparently present where the fault line is cut by E-W or NW-SE trending faults. "Occasional mineralization outcrops, heavy quartz" along fault trace; Chalcopyrite was noted in at least three places along the fault trace. It is possible that more mineralization is present. The original showing is described as "not commercial".	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.01	Au	g/t	0.34	0.01% Cu over 18.59 m	MAR 19690042, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
074L 0003	Metallic mineral	-9999	74L-M-04 (OFR 1994-08); METID_0921 (DIG 2019-0026)	74L	58.970179	-110.840375	-9999	East of Loutit Lake about 100 m east of Sandy Cove which is an inlet along the central portion of the lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium	Pegmatite, granitic gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	Pegmatitic lens in granitic gneiss; A radioactive material was observed in "a 3m x 1m pegmatite lens in a granite gneiss". 60% Outcrop, 40% Overburden; Pegmatite lens containing a radioactive mineral (tentatively identified as monazite); Alteration: No description of alteration; Structure: Undeformed; One sample taken, assayed 0.017% U3O8 and 0.5% ThO2.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0144	-9999	-9999	-9999	0.017% U3O8 and 0.5% ThO2.	MAR 19690045, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
082G 0034	Metallic mineral	Clark Range	82G-M-39 (OFR 1994-08); METID_0076 (DIG 2019-0026)	82G	49.264459	-114.120398	-9999	On Pincher Ridge about 500 m WNW of Drywood Creek and about 3200 m north-northeast of the headwaters of Drywood Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Dolomite	Mesoproterozoic	Sheppard Formation	Siliceous dolomite; On Pincher Ridge sparse chalcopyrite was found in a Siliceous dolomite immediately under a diorite sill. The mineralized zone is 7 ft (2.13m) thick, with an average content of 0.02% Cu. Exact location of occurrence is not given. See report CU-AF-025(2); From weakly mineralized dolomite adjacent to a diorite sill. The mineralized zone is 7 feet thick (2.13m) with an average Cu content of 0.02% - No structural information; 0.02% Cu across 2.13mWeakly mineralized zone adjacent to a diorite sill.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.02	-9999	-9999	-9999	0.02% Cu over 2.13 m.	MAR 19710007, AGS OFR 1994-08	Alberta Geological Survey
082G 0013	Metallic mineral	-9999	82G-M-02 (OFR 1994-08); METID_0089 (DIG 2019-0026)	82G	49.289823	-114.184555	-9999	On the west side of Mill Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Dolomite, argillite	Mesoproterozoic	Purcell Supergroup	Thin beds of dolomite or dolomitic argillite; Thin dolomite or dolomitic argillite beds with widths of 0.3m to 2.3m were found with traces of chalcopyrite in the lower and middle Kintla Formation; A sample from a 2.13 dolomite bed on the W side of Mill Creek assayed 0.054% copper. - No information; Average Grade 0.054%Mineralization is confined to thin 0.3m to 2.13m beds of dolomite or dolomitic argillite.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.054	-9999	-9999	-9999	0.054% Cu over 2.13 m.	MAR 19670003, AGS OFR 1994-08	Alberta Geological Survey
074L 0006	Metallic mineral	-9999	74L-M-03 (OFR 1994-08); METID_0925 (DIG 2019-0026)	74L	58.978513	-110.893158	-9999	About 800 m west of Loutit Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium, Thorium	Metasediment	Paleoproterozoic	Rutledge River complex	Shear Zone; rocks include pure and impure quartzites with minor amounts of biotite, and muscovite (with or without garnetiferous zones). This makes up to 80% of the metasediments. Pegmatite lenses, quartz stringers and feldspathic granite lenses comprise the remainder; Alteration: No description of alteration; Structure: Folded, shear zones - "A zone of very high radioactivity (average 10 times background) occurs along a shear zone for approximately 100 feet. The shear zone strikes S into the draw of the Midas Fault. Some yellow staining was found associated with this outcrop. "The rocks in the; One sample taken assayed 0.06% U3O8 radiometric and 0.008% U3O8 chemical.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0509	-9999	-9999	-9999	0.06% U3O8	MAR 19690045, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0029	Metallic mineral	Spider Lake area	74M-M-13 (OFR 1994-08); METID_1073 (DIG 2019-0026)	74M	59.780214	-110.199557	-9999	Within islands along the east shore of the north arm of Spider Lake and centred about 150 m from the tip of the lake along the east shore.	Surface	Showing	Bedrock	-9999	Structurally-controlled uranium	-9999	Uranium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	Auger gneiss with 50% quartz veins, quartzite; Occasional traces of molybdenite, pyrrhotite, pyrite, and chalcopyrite in quartz veins in an auger gneiss in drill core; No Assays for MoS2 or Cu, Trace amounts of pyrrhotite and pyrite, minor amounts of hematite, up to 50% quartz; Gangue: Pyrite, Hematite, Pyrrhotite, Quartz. - trace, minor, trace, major; Structure: Faulted - Several NE and NW trending faults and mylonite zones cut through the area; Strictly a mineral anomaly (trace molybdenite and chalcopyrite in drill core)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0933	-9999	-9999	-9999	0.11% U3O8 over 1.5 m.	AGS ESR 1961-02, MAR 19690002	Alberta Geological Survey
082G 0055	Metallic mineral	-9999	82G-M-40 (OFR 1994-08); METID_0052 (DIG 2019-0026)	82G	49.221957	-114.109847	-9999	Loaf Mountain Section on Loaf Mountain about 1000 m ESE of Bovin Lake (head of Drywood Creek).	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Dolomite	Mesoproterozoic	Gateway Formation	Argillaceous dolomite; Light greenish-grey, very sandy dolomite, green-grey on fresh surfaces. Contains greyish-orange to pale yellowish-brown weathering argillaceous dolomite, greenish-grey on fresh surfaces, beds 1/2 inch to 6 ft thick. Chalcopyrite is widely disseminated and - No structural information; 0.15% Cu across 0.75mMineralization is confined to thin beds	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.15	-9999	-9999	-9999	0.15% Cu over 0.76 m.	MAR 19720004, AGS OFR 1994-08	Alberta Geological Survey
074L 0007	Metallic mineral	Hammer Lake	74L-M-01 (OFR 1994-08); METID_0885 (DIG 2019-0026)	74L	58.803783	-110.945648	-9999	Near Fort Chipewyan about 2300 m northwest of Point Basse on the northern shore of Lake Athabasca along the southeast edge of Hammer Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium	Syenite pegmatite	Paleoproterozoic	Wylie Lake granodiorite	Syenite pegmatites with contorted layers of black biotite floods. A yellowish, crusty mineral coats some of the rocks and is associated with high radiation. Some radiation may be associated with the contorted biotite floods; A yellowish, crusty coating occurs on rocks in the high radiation areas (tentatively identified as autunite). Up to 0.265% uranium in a selected spot sample. - <1%; Structure: Faulted - A NE-SW trending fault system is in the area and is associated with a larger rift zone just west of Hammer Lake (extension of the Allan fault system?). U mineralization appears to be related to this fault system, which is particularly strong in the zone of; Not enough data to estimate tonnage at this grade (but it would be small). These values represent an "average" of several samples in the best areas of mineralization.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.1297	-9999	-9999	-9999	0.153% U3O8 and 0.06% ThO2.	MAR 19700006, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
082H 0014	Metallic mineral	-9999	82H-M-03A (OFR 1994-08); METID_0049 (DIG 2019-0026)	82H	49.219453	-113.999559	-9999	In the Blind Canyon area about 2100 m southeast of Spionkop Creek.	Surface	Showing	Bedrock	-9999	Volcanic-related copper	-9999	Copper	Diabase sill, argillite, sandstone	Mesoproterozoic	Appekunny Formation, Grinnell Formation	Diabase Sill; This is the "main sill" that is also present at the Yarrow Creek and Spionkop Creek occurrences. (See 82H-M01 and 82G-M07). As at the other occurrences, this sill stratigraphically occurs just below the top of the Appekunny Formation; Minerals are disseminated in the chill margins of the sill; Structure: Faulted - The sill is cut by faults in a few places; 0.17% Cu-mineralization is present in chill margins of sill. Mineralization is likely very erratic. Meta-argillite and recrystallized sandstone adjacent to basic sill, as well as within the sill; Disseminated grains of chalcopyrite and bornite in a 15cm zone in the margin of a basic sill, as well as in the adjacent sedimentary rocks. Grains are less than 0.5mm within the sill, and up to 1mm across in the sedimentary rocks; No Assays15cm zone in margin of basic sill, as well as minor amounts in adjacent argillite and quartzite. - No structural information; Mineralization within sill margin may be ore grade, but it is much too thin to be economic.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.17	-9999	-9999	-9999	0.17% Cu over 6.1 m.; Sample 82H-S03 in AGS OFR 1994-08	MAR 19710002, MAR 19720008, AGS OFR 1994-08	Alberta Geological Survey
082H 0036	Metallic mineral	Yarrow Creek	8293 (site RM21, OFR 2011-11); METID_0031 (DIG 2019-0026)	82H	49.199377	-113.992807	1711	West of the northern most part of Waterton Lakes National Park.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper, Zinc, Lead, Silver	Gabbro	Mesoproterozoic	Grinnell Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	0.6	Cu	per cent	0.17	0.17% Cu, 0.6% Pb, 0.4% Zn and 1773 ppb Ag.	AGS OFR 2011-11	Alberta Geological Survey
082G 0078	Metallic mineral	-9999	82G-M-48 (OFR 1994-08); METID_0113 (DIG 2019-0026)	82G	49.347246	-114.271797	-9999	About 1600 m southwest of Table Mountain and about 3000 m southeast of Beaver Mines Lake.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Lead, Copper, Zinc	Siltstone, dolomite	Mesoproterozoic	Sheppard Formation	Siltstones and dolomitic siltstones; 3 mineralized sections were noted within about 800m of this point in the same stratigraphic horizon as for anomaly 82G-M-47Mineralization is zoned in one 4.5m section containing:1) 0.35m of dolomitic siltstone with galena streaks and blebs containing 3; "Streaks and blebs of chalcopyrite and galena in siltstones and dolomitic siltstones".3.0 to 4.5m thick; Gangue: Hydrozincite; Structure: Undeformed - Mineralization is stratiform in nature; The grade of this unit varies somewhat along strike but the same 3.0 to 5.0 thick bed appears to be mineralized continuously for several km strike length. Grades do not appear to be as high as in similar beds in the North Kootenay Pass area to the W.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	2.26	Zn	per cent	0.7	0.23% Cu, 0.7% Zn and 2.26% Pb over 3.05 m.	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
074L 0012	Metallic mineral	-9999	74L-M-79 (OFR 1994-08); METID_0906 (DIG 2019-0026)	74L	58.846185	-110.282607	-9999	Immediately east of Stone Point on Lake Athabasca.	Subsurface	Showing	Drillhole	-9999	Unconformity-related uranium	-9999	Zinc, Lead	Sandstone	Paleoproterozoic	Athabasca Group	Sandstone; Two drill holes did not reach the Precambrian basement. Mineralized white or buff to purple, medium-grained, weakly hematized, poorly cemented sandstone; 1. With sufficient volume it may prove interesting.2. Solution channel may be traced to uranium targets at the Precambrian basement contact; Alteration: None to strong localized hematization throughout. Weak, local chloritization and glauconitization of the shale section. Very weak, local carbonitization of the sandstone. Spotty to local (<20%); Gangue: Pyrite, Chalcopyrite - <1%; Structure: Faulted, shear zone - A steeply dipping fault zone thought to run E-W, contains a strong fracture system at low angles with localized mineralization. This system extends from 366m to 518m in drill hole 78-LAJV-004.	78-LAJV-004	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	547	547	Zn	per cent	0.232	Pb	per cent	0.27	0.232% Zn, 0.27% Pb and 18.7 ppm U.	AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
082G 0031	Metallic mineral	-9999	82G-M-12 (OFR 1994-08); METID_0068 (DIG 2019-0026)	82G	49.246402	-114.050393	-9999	About 550 m southeast of South Drywood Creek and about 6 km ENE of the head of South Drywood Creek (Bovin Lake).	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Zinc, Lead	Sandstone, quartzite	Mesoproterozoic	Grinnell Formation, Siyeh Formation	White sandstone beds with pale green argillite pebbles; "Sparse chalcopyrite and bornite are present in aggregates up to 2mm, parallel to or irregularly cutting green, flattened argillite pebbles (up to 1mm in size) in white sandstone. Sparse chalcopyrite and very sparse galena are present in some of the inter; No Assays "Mineralization here is very much below ore grade"; Gangue: Pyrite - No structural information; "Mineralization here is very much below ore grade".	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.24	Pb	per cent	0.16	0.24% Zn, 0.16% Pb and 0.03% Cu over 0.91 m.; Historical sample ID 82G-M-12 (AGS OFR 1994-08)	MAR 19710002, AGS OFR 1994-08, AGS OFR 2011-11	Alberta Geological Survey
074M 0112	Metallic mineral	Turtle Lake	Turtle Lake; METID_0981 (DIG 2019-0026)	74M	59.395900	-110.077300	-9999	About 5.5 km northeast of Burstall Lake north of Ness Creek.	Surface	Showing	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium, Molybdenum	Pegmatite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U	per cent	0.279	-9999	-9999	-9999	0.329% U3O8 (sample #53).	MAR 19760011	Alberta Geological Survey
084D 0001	Metallic mineral	Clear Hills, Dunvegan	84D-M-10 (OFR 1994-08); METID_0560 (DIG 2019-0026)	84D	56.024480	-118.818061	-9999	Along the Peace River.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Dunvegan Formation	Oolitic Iron sandstone; Reddish-brown, oolitic, ferriferous sandstone; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	0.3-3 m thickness discontinuously for 24 km.	AGS GEO 2000-02, AGS ESR 1959-03, AGS OFR 1994-08	Alberta Geological Survey
074M 0100	Metallic mineral	Carrot Lake Anomaly	74M-M-08 (OFR 1994-08); METID_1093 (DIG 2019-0026)	74M	59.797532	-110.134789	-9999	About 2000 m south-southeast of Andrew Lake and about 800 m northwest of Carrot Lake. Historic trench.	Surface	Showing	Bedrock	-9999	Structurally-controlled uranium	-9999	Uranium, Silver	Granite, granitic gneisses, pegmatite, schist, metasediment, amphibolite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	No main host; "Predominant rocks types are pink and grey granites, and granitic gneisses with lesser amounts of pegmatite, migmatized schists, metasediments, and amphibolite. Mineralization occurs in most rocks types and appears to be controlled by features such as fractures; Several types of occurrences: 1. discontinuous, narrow, short, isolated veinlets and irregular pods bearing pitchblende and/or thucholite. 2. thin, long (up to 30m) biotitic salvages in granite, in which the uranium bearing mineral is unknown. 3. yellow stain; Gangue: Biotite; Structure: Shear zones - mineralization appears to be controlled mainly by features such as fractures and shear planes; Best assays were 0.180% U3O8 across 0.61m and 0.33 oz Ag/t	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U3O8	per cent	0.18	Ag	oz/t	0.33	0.33 ounce/t Ag and 0.18% U3O8.	MAR 19710001, AGS OFR 1994-08	Alberta Geological Survey
074M 0101	Metallic mineral	-9999	74M-M-06 (OFR 1994-08); METID_1141 (DIG 2019-0026)	74M	59.825775	-110.007048	-9999	About 300 m west of the Alberta/Saskatchewan border on the east shore of Waugh Lake about 1000 m from the north end of centre Waugh Lake	Surface	Showing	Bedrock	-9999	Structurally-controlled copper-gold	-9999	Silver, Gold, Copper, Nickel	Phyllitic schist	Paleoproterozoic	Waugh Lake complex	Phyllitic schist; A North-striking 6400m long electromagnetic anomaly is coincident with a graphitic fault or shear zone cutting metasedimentary rocks. In the southern part of the conductor, near center pond, the conductor is coincident with a magnetic anomaly and a gossan; Considerable pyrite and pyrrhotite. Trace arsenopyrite. A number of trenches were sunk into the gossanous zone. Minor chalcopyrite was noted in most trenches and arsenopyrite was noted in one trench; Gangue: pyrite, pyrrhotite, arsenopyrite; Structure: Shear zones - Graphitic fault or shear zone cuts through a magnetically high gossan; 0.010% cross 18.59m	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Au	g/t	0.34	Ag	g/t	20.57	0.343 g/t Au, 20.57 g/t Ag and 0.01% Cu over 18.59 m.; 74M-M-06	MAR 19710001, AGS OFR 1994-08	Alberta Geological Survey
082G 0067	Metallic mineral	-9999	82G-M-56 (OFR 1994-08); METID_0065 (DIG 2019-0026)	82G	49.240012	-114.149849	-9999	In the vicinity of Victoria Ridge between Drywood Creek and Mill Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Siltstone, conglomerate	Mesoproterozoic	Roosville Formation	Siltstone, Conglomerate; Two siltstone beds are exposed on the East side of Victoria Ridge. One is about 2.0m thick, is exposed for about 100m and contains disseminated and veined chalcopyrite. The other bed is about 1.2m thick, is exposed for 120m along strike, and contains simi; Disseminated and veined chalcopyrite in siltstone2.0 m thick x 100m strike length - No structural information; The report considers these occurrences are considered to be minor.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.68	-9999	-9999	-9999	0.39% Cu over 1.98 m and 0.68% Cu over 0.45 m.	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
082G 0073	Metallic mineral	-9999	82G-M-49 (OFR 1994-08); METID_0093 (DIG 2019-0026)	82G	49.297794	-114.321801	-9999	Lys Ridge area along Lys Ridge about 1000 m east of Grizzly Creek and about 1500 m north-northwest of West Castle Mountain.	Surface	Showing	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Lead, Zinc	Shale, siltstone, dolostone	Mesoproterozoic	Sheppard Formation	Shale, siltstones, and dolomitic siltstones; A 24 ft (7.3m) thick section, mineralized with chalcopyrite and galena (and sphalerite) is exposed for about 180m on top of the ridge. This is the same bed as for anomalies 82G-M-47 and 82G-M-48.About 400m to the SSW, near that top of the Sheppard Format; "Streaks and blebs of chalcopyrite and galena in siltstone"; Gangue: Hydrozincite; Structure: Undeformed - Mineralization is stratiform in nature; The grade of this unit varies somewhat along strike but the same 3.0 to 5.0 thick bed appears to be mineralized continuously for several km strike length. Grades do not appear to be as high as in similar beds in the North Kootenay Pass area to the W. Mine	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	2.18	Zn	per cent	0.44	0.44% Zn and 2.18% Pb over 7.32 m.	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
082J 0006	Metallic mineral	Dry Creek	82J-M-45 (OFR 1994-08); METID_0234 (DIG 2019-0026)	82J	50.180122	-114.514398	-9999	In the valley of Dry Creek south of Plateau Mountain near Savanna Creek gas pipeline.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Gold, Silver	Limestone	Mississippian	Exshaw Formation, Livingstone Formation	Limestone; A hole was drilled by Elgin Exploration looking for the Lost Lemon Mine in the valley of Dry Creek. A core was cut and was comprised of Limestone and shale; No Assays No description	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	-9999	-9999	Au	g/t	0.45	Ag	g/t	10.3	0.45 g/t Au from drill cuttings and 10.3 g/t Ag through spectrographic analysis.	L. Halferdahl, pers. comm., 1993, AGS OFR 1994-08	Alberta Geological Survey
083G 0001	Metallic mineral	-9999	83G-M-03 (OFR 1994-08); METID_0306 (DIG 2019-0026)	83G	53.399656	-114.364663	-9999	Along the North Saskatchewan River about 6.4 km north of the town of Genesee (NTS 83G/8).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Point bar gravel; Alluvial sand gravel; Three assays alone. 60 mesh Pt noted.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.0004	-9999	-9999	-9999	0.527 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0075	Metallic mineral	-9999	82G-M-47 (OFR 1994-08); METID_0098 (DIG 2019-0026)	82G	49.311129	-114.274578	-9999	Mount Gladstone area about 4500 m northwest of Castle Peak and about 1600 m northeast of the South Castle River.	Surface	Showing	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Lead, Copper, Zinc	Shale, siltstone, dolostone	Mesoproterozoic	Sheppard Formation	Interbedded shale and siltstone, with argillaceous Dolostone; A 3.66 meter thick bed of interbedded shale and siltstone contains chalcopyrite and galena in streaks and blebs and is exposed for about 45m along a ridge. A similar section was encountered about 400m to the NW, in the same stratigraphic horizon. A 0.9m s; "Streaks and blebs of chalcopyrite and galena in shale and siltstone"; Gangue: Hydrozincite; Structure: Undeformed - Mineralization is stratiform; The grade of this unit varies somewhat along strike but the same 3.0 to 5.0 thick bed appears to be mineralized continuously for several km strike length. Grades do not appear to be as high as in similar beds in the North Kootenay Pass area to the W.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	3.66	Cu	per cent	0.72	0.72% Cu, 0.4% Zn and 1.26% Pb over 3.66 m as well as 0.8% Zn and 3.25% Pb over 0.91 m.	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
083O 0003	Metallic mineral	Sandswamp	Sandswamp; METID_0373 (DIG 2019-0026)	83O	55.150528	-114.063299	-9999	Near the town of Smith ESE of Lesser Slave Lake.	Surface and subsurface	Showing	Till	-9999	Unknown	-9999	Gold	-9999	Quaternary	Empress Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	0.75 g/m3; KIMs found.
Gold grain concentrates: up to 0.75 g Au/m3	MAR 20030001	Alberta Geological Survey
082G 0076	Metallic mineral	-9999	82G-M-52 (OFR 1994-08); METID_0106 (DIG 2019-0026)	82G	49.320857	-114.430149	-9999	Gravenstafel Ridge area along Gravenstafel Ridge about 3000 m northeast of the B.C. border.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Quartzite	Mesoproterozoic	Grinnell Formation	Quartzite bed; A 2.5m thick section of quartzite is exposed for a strike length of about 25 metres. It contains 0.91% Cu and trace Ag. About 800m to the NW, in the same horizon, a 4.3m thick quartzite bed is exposed in a gulley and assays 0.8% Cu. Both location contain; Veins of chalcocite and bornite in a quartzite bed - No structural Information; quartzite bed is up to 4.3m thick and a 25m strike length has been traced on surface. Samples assay up to 0.91% Cu across 2.44m, but may or may not be representative of mineralization within entire bed.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.91	-9999	-9999	-9999	0.8% Cu over 4.27 m and nearby 0.91% Cu over 2.44 m.	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
074E 0002	Metallic mineral	Northeast	Northeast; METID_0765 (DIG 2019-0026)	74E	57.304450	-111.673862	-9999	Near Athabasca River north of Fort Mackay.	Subsurface	Showing	Bedrock	-9999	Unknown	-9999	Gold, Silver	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Au	g/t	1.097	Ag	g/t	7.5	1.097 g/t Au, 7.5 g/t Ag and 2677 ppm As.	MAR 19930001	Alberta Geological Survey
082G 0069	Metallic mineral	-9999	82G-M-04 (OFR 1994-08); METID_0082 (DIG 2019-0026)	82G	49.277517	-114.077625	-9999	Pincher Ridge about 400 m north of Drywood Creek and about 6200 m northeast of the headwaters of the creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Quartzite, sandstone, argillite	Mesoproterozoic	Grinnell Formation	Quartzite beds; A 1.2m to 1.4m thick quartzite bed contains bornite and chalcocite either disseminated or in veins. The bed was traced continuously for about 55m; Up to 1.4m thick, was traced along strike for 55mSamples may or may not be representative of mineralized zones. In this report, three occurrences of chalcocite with bornite, malachite, and chalcopyrite were noted 500m to 1000m N of this location. - No Structural information; quartzite bed is 1.2 to 1.4m thick and reported sample assays between 0.6% and 1.25% Cu. The bed has been traced for 55m along strike. The rock samples may or may not be representative of mineralized zones.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.25	-9999	-9999	-9999	1.25% Cu over 1.4 m.	MAR 19710002, MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
082G 0051	Metallic mineral	North Lost Creek	82G-M-46 (OFR 1994-08); METID_0130 (DIG 2019-0026)	82G	49.444478	-114.575699	-9999	Along North Lost Creek about 6500 m north of the North Kootenay Pass and about 1700 m east of the B.C. border.	Surface	Showing	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Zinc, Lead, Silver	Siltstone, dolostone	Mesoproterozoic	Sheppard Formation	Black siltstone, grey dolomite; The best mineralization is in the lower 0.6m of a black siltstone and the upper 1.8m of an underlying grey dolomite about 25m above the lower contact of the Sheppard with the Purcell Lavas. The total thickness of the mineralized zone varies from about 3.0; Sphalerite and galena occur within thin, discontinuous lenses and laminae which are rarely more than 4 cm thick. Sphalerite is pale grey, brown or white occurring as spots and disseminations, along stringers or rarely in fractures. Galena is intergrown wi; Gangue: Pyrite - 10%; Structure: Faulted - Mineralization appears to be stratiform, but it is cut and displaced by thrust faults in places; 0.33% across 4.27mNo estimate is given for tonnage or extent of mineralization.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	1.28	Pb	per cent	0.09	1.28% Zn and 0.09% Pb over 0.91 m.; Unknown sample (MAR 19710010)	MAR 19710010, MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
084H 0001	Metallic mineral	Tar River Northern/Western	Tar River Northern/Western; METID_0773 (DIG 2019-0026)	84H	57.412066	-112.007164	-9999	Tar River Birch Mountains.	Surface	Showing	Bedrock	-9999	Polymetallic black shale	-9999	Zinc	Shale	Early Cretaceous, Late Cretaceous	Fish Scales Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.0272	-9999	-9999	-9999	1.3 ppm Ag, 2.3 ppm Cd, 272 ppm Zn, 120 ppm Cr and 80 ppm V.	AGS GEO 2000-02	Alberta Geological Survey
074M 0187	Metallic mineral	-9999	146 (DIG 2009-21); METID_1187 (DIG 2019-0026)	74M	59.898270	-111.001787	-9999	North Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper	Granite	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.0247	-9999	-9999	-9999	10 m long and 1-2 m rusty gossan zone in mylonitic metasedimentary rocks; 16 ppb Au and 247 ppm Cu (sample 22-06A)	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
082G 0072	Metallic mineral	-9999	82G-M-37 (OFR 1994-08); METID_0091 (DIG 2019-0026)	82G	49.295574	-114.106786	-9999	Pincher Ridge area along the northwest slope of Pincher Ridge about 500 m southeast of Pincher Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Argillite, quartzite	Mesoproterozoic	Appekunny Formation	Green argillite and dirty quartzite beds; Three occurrences are located along strike within about 200m of this point. These occurrences are within the same lithological sequence as for anomaly 82G-M-18 and occur along strike about 1200m to the NW; Mineralization is similar to that described for anomaly 82G-M-18. - No structural information; This mineralized bed averages 2.5 to 3m thick and appears to have a minimum strike length of about 2500m. Mineralization is likely quite erratic within the bed.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.55	Ag	g/t	10.286	10.286 g/t Ag and 1.55% Cu over 2.44 m	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
082G 0005	Metallic mineral	Todd Creek	82G-M-93 (OFR 1994-08); METID_0204 (DIG 2019-0026)	82G	49.727765	-114.258171	-9999	About 4.3 km southeast of the hamlet of Todd Creek and about 5.8 km west of the junction of the North Burmis Road and Highway 22.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Magnetite-bearing sandstones crop out along a low, grass-covered ridge south of the valley of Wildcat Creek on the west limb of a narrow North-striking anticline. The outcrop is about 60m long with an iron-rich zone about 2.1m thick and dipping about 50; The average Fe content of 11 samples from this locality is 10.9%.The mean sample results from the Burmis locality were 30.91% Fe2O3 and 3.94% TiO2. The Ti is believed to occur mainly in solid solution in the magnetite grains, rather than as separate grains; Structure: Folded, Faulted - All of the Todd Creek occurrences are complexly folded and faulted; Little value as a potential source of iron ore.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	10.9	-9999	-9999	-9999	10.9% Fe over 2.13 m; locality 297 (AGS BUL 009)	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082G 0147	Metallic mineral	Font Creek	8182 (site RM02, OFR 2011-11); METID_0025 (DIG 2019-0026)	82G	49.182226	-114.215922	2052	Roughly 42 km south-southeast from Burmis on the BC/AB border.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Nickel	Basalt	Mesoproterozoic	Roosville Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	per cent	0.01	-9999	-9999	-9999	102 ppm Ni	AGS OFR 2011-11	Alberta Geological Survey
074M 0254	Metallic mineral	Bonny Fault	37737 (MAR 20070025); METID_1147 (DIG 2019-0026)	74M	59.832586	-110.334839	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Cerium, Thorium, Uranium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1030	Th	ppm	643	1030 ppm Ce; 2800 cps	MAR 20070025	Alberta Geological Survey
074M 0268	Metallic mineral	Bonny Fault	37849 (MAR 20070025); METID_1216 (DIG 2019-0026)	74M	59.966927	-110.204298	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Granite	Paleoproterozoic	Andrew Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1910	La	ppm	1040	1040 ppm La, 1910 ppm Ce, 576 ppm Nd and 63 ppm Sm; Historical sample ID 37849 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0262	Metallic mineral	Bonny Fault	37705 (MAR 20070025); METID_1202 (DIG 2019-0026)	74M	59.937832	-110.282518	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	2010	La	ppm	1040	1040 ppm La, 2010 ppm Ce, 626 ppm Nd, 88.4 ppm Sm and 24.3 ppm Dy; Historical sample ID 37705 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
084D 0002	Metallic mineral	Clear Hills	84D-M-09 (OFR 1994-08); METID_0575 (DIG 2019-0026)	84D	56.459828	-118.242727	-9999	52 km east-southeast of Worsley.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Sandstone; Oolitic, ferriferous sandstone with a calcite and siderite matrix; No Assays - Dipping 40 ft to the mile to the south; 35% Fe average grade136.1 million tons reserve estimate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	10-50% Fe(?)	AGS GEO 2000-02, AGS ESR 1959-03	Alberta Geological Survey
082G 0003	Metallic mineral	Mill Creek	82G-M-115 (OFR 1994-08); METID_0116 (DIG 2019-0026)	82G	49.372755	-114.154057	-9999	Along Mill Creek about 5.2 km southwest of Beauvais Lake.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Magnetite-bearing sandstones outcrop near the top of a 25-40m high exposure of vertically dipping Belly River strata. Large fractured block blocks of sandstone are exposed for up to 100m and are cut by a large number of minor bedding plane faults and join; Structure: Faulted - A large number of minor bedding plane faults occur in the area; Little value as a potential source of iron ore.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	11.4	-9999	-9999	-9999	11.4% Fe over 3.05 m.; locality 364 (AGS BUL 009)	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
083F 0006	Metallic mineral	-9999	11286 (DIG 2016-0001); METID_0331 (DIG 2019-0026)	83F	53.929546	-117.380658	-9999	70 km northwest of Edson.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium	Mudstone	Devonian	Duvernay Formation	-9999	BLUEMOUNT FUTURITY BERLR 10-17-57-23	100/10-17-057-23W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	4006.2	4006.2	Zn	per cent	0.1157	V	per cent	0.0133	1157 ppm Zn, 96 ppm Ni, 133 ppm V	AGS DIG 2016-0001	Alberta Geological Survey
082H 0035	Metallic mineral	Cloudy Ridge	8260, 8261 (site RM15, OFR 2011-11); METID_0027 (DIG 2019-0026)	82H	49.183011	-113.986933	1934	Just inside the Waterton Lakes National Park about 13.5 km due south of the Pecten CP train station.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Nickel	Basalt	Mesoproterozoic	Siyeh Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	119.3	-9999	-9999	-9999	119 ppm Ni; Historical sample ID 8261 (AGS OFR 2011-11)	AGS OFR 2011-11	Alberta Geological Survey
082G 0006	Metallic mineral	Todd Creek	82G-M-94 (OFR 1994-08); METID_0205 (DIG 2019-0026)	82G	49.729962	-114.222862	-9999	About 6.3 km southeast of the hamlet of Todd Creek and about 3.0 km west of the junction of the North Burmis Road and Highway 22.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; An iron-rich zone is exposed for about 200m near the top of a ridge North of Antelope Butte. The beds dip about 30 east and lie on the west limb of an anticline. The bed is up to 2.7m thick, although most of the Fe is in a 30 cm zone near the base of the; The mean sample results from the Burmis locality were 30.91% Fe2O3 and 3.94% TiO2. The Ti is believed to occur mainly in solid solution in the magnetite grains, rather than as separate grains of anatase or ilmenite. Most of the detrital zircon present is; Structure: Folded, Faulted - All of the Todd Creek occurrences are complexly folded and faulted; Little value as a potential source of iron ore.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	12	-9999	-9999	-9999	12% Fe over 12.59 m.	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082G 0071	Metallic mineral	-9999	82G-M-53 (OFR 1994-08); METID_0087 (DIG 2019-0026)	82G	49.288906	-114.388474	-9999	Barnaby Ridge area along the southwest slope of Barnaby Ridge east of the West Castle River about 4500 m east of Mount Haig.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Quartzite, argillite	Mesoproterozoic	Grinnell Formation	Quartzite beds and green argillites; A quartzite bed in a gulley along a distance of 2000m were evaluated on the SW slope of Barnaby Ridge. Four apparent stratigraphically equivalent sections were evaluated, each up to 3.05m thick, however, the entire mineralized bed was not exposed at any of; Minerals are disseminated to massive, in place replacing green argillite pebbles. - No structural information; quartzite bed is a minimum of 3m thick and is exposed in places along a 2000m strike length. Samples assay up to 1.2% Cu across 3.05m but may or may not be representative of mineralization within entire bed.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.68	Ag	g/t	12.686	12.686 g/t Ag and 1.68% Cu over 0.76 m.	MAR 19730001, AGS OFR 1994-08, AGS OFR 2011-11	Alberta Geological Survey
082G 0081	Metallic mineral	South Lost Creek	82G-M-50 (OFR 1994-08); METID_0124 (DIG 2019-0026)	82G	49.421696	-114.577088	-9999	Along South Lost Creek about 1800 m east of the B.C. border.	Surface	Geochemical anomaly	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Silver, Lead, Zinc	Shale, siltstone, dolostone	Mesoproterozoic	Sheppard Formation	Interbedded shale, siltstones, and argillaceous Dolostones; This the same horizon as anomalies 82G-M-46 to 82G-M-49. Mineralization occurs as streaks and blebs of galena and sphalerite in interbedded siltstones, shales, and argillaceous Dolostones. Two sections were measured in this area, about 800m apart. One is; "Streaks and blebs of galena with sphalerite in black shale bands"; Gangue: Hydrozincite; Structure: Faulted - This horizon is generally stratiform, however, in this area it is cut and displaced by thrust faults; 2.96% across 2.5mThe grade of this unit varies somewhat along strike but the same 3.0 to 5.0 thick bed appears to be mineralized continuously for several km strike length. Grades do not appear to be as high as in similar beds in the North Kootenay Pass a	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	g/t	123.429	Pb	per cent	3.02	123.429 g/t Ag, 1% Zn and 3.02% Pb over 2.74 m.	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
074M 0240	Metallic mineral	Bonny Fault	37859 (MAR 20070025); METID_1034 (DIG 2019-0026)	74M	59.755044	-110.107360	-9999	Southeast of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium, Rare-earth elements, Molybdenum	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.129	Mo	ppm	1900	1290 ppm U, 1060 ppm Ce, 33.6 ppm Dy, 1900 ppm Mo.; Historical sample ID 37859 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
083K 0002	Metallic mineral	-9999	8809 (DIG 2016-0001); METID_0342 (DIG 2019-0026)	83K	54.068301	-116.995747	-9999	12 km northwest of junction or Berlin and Athabasca rivers.	Subsurface	Geochemical anomaly	Drillhole	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum, Vanadium, Uranium	Limestone	Jurassic	Nordegg Member	-9999	MOBIL ET AL FIR 4-6-59-20	100/04-06-059-20W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2644.3	2644.3	Zn	per cent	0.1299	Ni	per cent	0.0271	1299 ppm Zn, 271 ppm Ni, 211 ppm Mo, 10 ppb Au and 3 ppb Pt.	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
084L 0003	Metallic mineral	-9999	84L-M-02 (OFR 1994-08); METID_0913 (DIG 2019-0026)	84L	58.872403	-119.300100	-9999	About 8.0 km north of the Zama Lake First Nation reserve.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Dolomite	Middle Devonian	Keg River Formation	Dolomite; Sphalerite was found at depth in the Devonian Keg River formation; No Assays	B.A. Zama Lake 09-05-114-08W6	100/09-05-114-08W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1695	1720	Zn	per cent	0.1435	-9999	-9999	-9999	1435 ppm Zn	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
074M 0253	Metallic mineral	Bonny Fault	37730 (MAR 20070025); METID_1145 (DIG 2019-0026)	74M	59.829220	-110.204124	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Cerium, Thorium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1460	Th	ppm	551	1460 ppm Ce; 2200 cps	MAR 20070025	Alberta Geological Survey
083H 0007	Metallic mineral	-9999	83H-M-11 (OFR 1994-08); METID_0318 (DIG 2019-0026)	83H	53.679134	-113.790197	-9999	At the Consolidated Concrete gravel pit about 2.4 km north-northeast of the town of Villeneuve (NTS 83H/12).	Surface	Showing	Sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel; Preglacial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.015	-9999	-9999	-9999	15 ppb Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083A 0005	Metallic mineral	-9999	83A-M-04 (OFR 1994-08); METID_0288 (DIG 2019-0026)	83A	52.848082	-112.890375	-9999	About 3.5 km southeast of the village of New Norway.	Subsurface	Showing	Well	-9999	Carbonate-hosted lead-zinc	Well UWI, location, and depth could not be determined.	Zinc	Carbonate	Late Devonian	Leduc Formation	Reefal dolomite; Sphalerite was identified in drill cuttings in the Leduc reef complex.	Sun Orr New Norway #2-1-45-21 W4 ?	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1468.8	1490.5	Zn	per cent	15.3	-9999	-9999	-9999	15.3% Zn over 2.29 m	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
083F 0001	Metallic mineral	-9999	83F-M-04 (OFR 1994-08); METID_0309 (DIG 2019-0026)	83F	53.491161	-116.696734	-9999	Along the McLeod River about 9.6 km southeast of the town of Marlboro (NTS 83F/7).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	River point bar; Alluvial sand and gravel; Six assays done	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.008	-9999	-9999	-9999	15.54 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
072E 0001	Metallic mineral	-9999	72E-M-29 (OFR 1994-08); METID_0019 (DIG 2019-0026)	72E	49.098384	-111.990210	-9999	Along the Milk River about 9.6 km southeast of the town of Milk River (NTS 72E/4).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	Island bar gravel; Alluvial sand and gravel; A -120 mesh Pt also noted. Five assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.0127	-9999	-9999	-9999	15.9 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082P 0002	Metallic mineral	-9999	82P-M-02 (OFR 1994-08); METID_0282 (DIG 2019-0026)	82P	51.479006	-112.805732	-9999	Red Deer River about 0.8 km northwest of the town of Nacmine and about 11.3 km southwest of the town of Munson.	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Alluvial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.06	-9999	-9999	-9999	15.958 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
074M 0241	Metallic mineral	Bonny Fault	37838, 37839 (MAR 20070025); METID_1038 (DIG 2019-0026)	74M	59.759609	-110.089580	-9999	East side of Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.15	-9999	-9999	-9999	1500 ppm U	MAR 20070025	Alberta Geological Survey
083H 0009	Metallic mineral	-9999	83H-M-08 (OFR 1994-08); METID_0322 (DIG 2019-0026)	83H	53.754495	-113.158966	-9999	Along the North Saskatchewan River about 4.8 km southeast of the town of Fort Saskatchewan (NTS 83H/11).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel point bar; Preglacial sand and gravel; Six assays done. 60 mesh zone Pt noted.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.013	-9999	-9999	-9999	16.399 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0009	Metallic mineral	Todd Creek	82G-M-97 (OFR 1994-08); METID_0211 (DIG 2019-0026)	82G	49.794694	-114.279359	-9999	About 3.0 km north of the confluence of the North Tod Creek and the South Tod Creek.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Fe-rich rocks outcrop on the West limb of a faulted anticline and are exposed for about 300m along the North slope of a shallow valley. The bed is up to 3.5m thick and dips about 40 West; The NE and SW ends of the outcrop zone average 13.7% and 16.6% Fe, respectively. The mean sample results from the Burmis locality were 30.91% Fe2O3 and 3.94% TiO2. The Ti is believed to occur mainly in solid solution in the magnetite grains, rather than a; Structure: Folded, Faulted - All of the Todd Creek occurrences are complexly folded and faulted; Little value as a potential source of iron ore.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	16.6	-9999	-9999	-9999	16.6% Fe over 3.2 m.	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
074L 0096	Metallic mineral	-9999	DU16-234 (OFR 2018-14); METID_1255 (DIG 2019-0026)	74L	58.087004	-110.743091	-9999	Approximately 4 km east of Larocque Lake.	Surface	Geochemical anomaly	Soil pit	-9999	Unknown	-9999	Gold	Sand	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Heavy mineral concentrate	-9999	-9999	Au	ppb	0.217	-9999	-9999	-9999	16.8kg sample taken from diamict in soil pit, diamict; MMSIM analysis yielded 20 gold grains, reshaped suggesting transport, and 10 pyrite grains.	AGS OFR 2018-14	Alberta Geological Survey
082G 0080	Metallic mineral	Carbondale River	82G-M-51 (OFR 1994-08); METID_0121 (DIG 2019-0026)	82G	49.398083	-114.569868	-9999	Along Carbondale River about 1500 m east of the Alberta/B.C. border and about 1200 m northeast of the North Kootenay Pass.	Surface	Geochemical anomaly	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Silver, Lead, Zinc	Shale, siltstone, dolostone	Mesoproterozoic	Sheppard Formation	Interbedded shales, siltstones, and argillaceous Dolostones; Mineralization occurs as streaks and blebs of galena and sphalerite, with traces of silver in an interbedded section of siltstone, shale, and argillaceous Dolostone. Three sections were measured, from the riverbed and extending about 800m to the N. The se; "Streaks and blebs of galena with minor sphalerite in black shale bands"; Gangue: Hydrozincite; Structure: Faulted - This horizon is generally stratiform, but in this area it is cut by thrust faults; The samples may or may not be representative of the grade of mineralization throughout the zone. If they are, it is reasonable to assume that the grade is consistent along strike since the deposit is stratiform in nature. The strike length of this mineral	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	g/t	162.857	Pb	per cent	1.92	162.857 g/t Ag, 1.43% Zn and 1.92% Pb over 3.35 m.	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
083P 0003	Metallic mineral	-9999	93-11-09-04 (Turner and McPhee, 1994); anomaly 54 (GEO2000-02); METID_0483 (DIG 2019-0026)	83P	55.653431	-113.800088	-9999	Pelican Mountains	Subsurface	Showing	Drillhole	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Carbonate	Late Devonian	Woodbend Group	-9999	IMP Pelican Hills No. 6-10-77-25W4	100/06-10-077-25W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1055.61	1055.61	Zn	per cent	0.162	-9999	-9999	-9999	1620 ppm Zn	AGS GEO 2000-02	Alberta Geological Survey
082G 0154	Metallic mineral	Drywood Creek	8200 (site RM05, OFR 2011-11); METID_0077 (DIG 2019-0026)	82G	49.265911	-114.104215	1696	About 33 km South of Cowley about 3.85 km down creek from the headwaters of Drywood Creek.	Surface	Geochemical anomaly	Bedrock	-9999	Volcanic-related copper	-9999	Copper	Basalt	Mesoproterozoic	Purcell Supergroup	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.0153	-9999	-9999	-9999	164 ppm Zn and 153 ppm Cu.	AGS OFR 2011-11	Alberta Geological Survey
073E 0003	Metallic mineral	-9999	73E-M-06 (OFR 1994-08); METID_0321 (DIG 2019-0026)	73E	53.752855	-111.127501	-9999	About 9.6 km north of the town of Slawa (NTS 73E/14).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	River bed; Alluvial sand and gravel; Six assays done. Pt noted -60 mesh.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.135	-9999	-9999	-9999	168.78 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
074M 0266	Metallic mineral	Bonny Fault	37843 (MAR 20070025); METID_1210 (DIG 2019-0026)	74M	59.960490	-110.212099	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium, Zirconium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	2900	La	ppm	1680	1680 ppm La, 2900 ppm Ce, 288 ppm Pr, 895 ppm Nd, 97 ppm Sm, 18 ppm Dy, 1620 ppm Th and 1980 ppm Zr.; Historical sample ID 37843 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
082H 0031	Metallic mineral	-9999	081015_02 (DIG 2009-17); METID_0213 (DIG 2019-0026)	82H	49.815621	-113.292890	-9999	Waterton River	Surface	Geochemical anomaly	Outcrop	-9999	Sandstone-hosted uranium	-9999	Uranium	Siltstone	Late Cretaceous	Willow Creek Formation	Dark-grey Mudstone, bed ~ 50cm thick	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0169	-9999	-9999	-9999	169, 106, and 84 ppm U (samples 08USA002, 08USA003, 08USA004)	AGS DIG 2009-0017	Alberta Geological Survey
073M 0001	Metallic mineral	-9999	93-11-02-08 (Turner and McPhee, 1994); anomaly 54 (GEO2000-02); METID_0370 (DIG 2019-0026)	73M	55.129944	-111.657393	-9999	12 km northwest of Heart Lake.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Carbonate	Late Devonian	Moberly Member	-9999	PAM AM ARCO A-1 PHILOM No. 7-8-71-11W4	100/07-08-071-11W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	588.8	588.8	Zn	per cent	0.169	-9999	-9999	-9999	1690 ppm Zn.	AGS GEO 2000-02	Alberta Geological Survey
082H 0004	Metallic mineral	-9999	82H-M-13 (OFR 1994-08); METID_0023 (DIG 2019-0026)	82H	49.162527	-113.548844	-9999	About 4.8 km northeast of the hamlet of Mountain View.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Iron-rich rocks are exposed on the West slope of a long grass covered ridge. The beds can be traced for about 200m and strike N30W and dip 40W. The exposed thickness of the beds are up to 2.0m with magnetite concentrated in thin lenses interbedded with; No Assays; Gangue: Chlorite - No structural information; A very low grade, poorly exposed occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	18.8	-9999	-9999	-9999	18.8% Fe2O3	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
074D 0005	Metallic mineral	-9999	93-10-28-19 (Turner and McPhee, 1994); anomaly 52 (GEO2000-02); METID_0690 (DIG 2019-0026)	74D	56.729692	-111.391109	-9999	Fort McMurray	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc, Copper	-9999	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	Bear Rodeo No1 8-20-89-9W4	100/08-20-089-09W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	226.47	226.47	Zn	per cent	0.2816	-9999	-9999	-9999	2 816 ppm Zn at depth 226.47 m (sample 93-10-27-14) and 328 ppm Cu 37 ppm Au at depth 336.19 m (sample 93-10-28-19).	AGS OFR 1994-18, AGS GEO 2000-02	Alberta Geological Survey
082G 0040	Metallic mineral	-9999	82G-M-32 (OFR 1994-08); METID_0095 (DIG 2019-0026)	82G	49.308908	-114.116236	-9999	NE of Victoria Park along two tributaries flowing southeast into Pincher Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Quartzite, andesite lava flow	Mesoproterozoic	Grinnell Formation, Purcell Lava, Sheppard Formation	Quartzite beds, Andesitic Lava Flows; Cu mineralization was found in bands of the middle Grinnell Formation, striking parallel to a creek which has several high Cu in Stream Sediments and high Cu in stream Water values. Sulphides present are bornite, chalcocite, pyrite, and chalcopyrite. Mala; Thin quartzite beds containing finely disseminated sulphides and widespread malachite stain. Grades vary considerably along the strike of beds; Gangue: Pyrite - No structural information; up to 2% across 13 to 18 cm (5 to 7 inches). Additionally, Moderate amounts of chalcopyrite were found in a 30 c; From mineralized thin sandy lenses and calcareous nodules along Appekunny-Grinnell contact. The contact runs parallel to a creek which had anomalous Cu in stream Water values. Cu mineralization is very minor, confined to thin (30cm or less) quartzite or dolomite beds.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	2	-9999	-9999	-9999	2% Cu over 0.15 m.; Historical sample ID 82G-M-32 (AGS OFR 1994-08)	MAR 19710008, MAR 19710007, AGS OFR 1994-08	Alberta Geological Survey
082J 0003	Metallic mineral	Big Valley	82J-M-02 (OFR 1994-08); METID_0233 (DIG 2019-0026)	82J	50.147307	-114.399602	-9999	On the northeast slope of Mount Livingstone about 1200 m northeast of the peak and 0-100 m northeast of the lead of Westrup (?) Creek (location is approximate).	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Limestone	Late Devonian	Big Valley Formation	Unknown, Limestone?; No description was provided; No description of mineralization. Judging by the Cu and Fe contents of the sample, the associated minerals may be chalcopyrite and pyrite; Gangue: Pyrite? - No Information; One sample was taken, assaying 2.62% Cu. No description of setting or extent of mineralized occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	2.62	-9999	-9999	-9999	2.62% Cu and 5.01% Fe.	MAR 19700025, AGS OFR 1994-08	Alberta Geological Survey
074L 0011	Metallic mineral	-9999	74L-M-78 (OFR 1994-08); METID_0920 (DIG 2019-0026)	74L	58.946693	-110.017407	-9999	South shore Lake Athabasca near Saskatchewan border.	Subsurface	Showing	Drillhole	-9999	Unconformity-related uranium	-9999	Gold, Silver, Uranium	Sandstone, migmatite, mylonite	Paleoproterozoic	Athabasca Group	Athabasca sandstone, Precambrian basement regolith; Strongly altered irregular bands of chlorite and hematite with patches of graphite occur at the regolith. Precambrian basement is composed of mylonite in drill hole 78-LAJV-002 and migmatite in drill hole 78-LAJV-003; Results indicate drill holes 78-LAJV-002 and 78-LAJV-003 were drilled in the halo, or along a horizontal solution passageway banding from a deposit of uranium; Alteration: Regolith: widespread chloritization, weak to widespread hematitization Migmatite: weak, localized hematitization and kaolinitization, widespread chloritization, lower greenschist metamorphism - Pervasive (>80%); Structure: Faulted - The NE striking Black Bay Fault forms the border between two sub-basins of the Athabasca Formation. East-West trending fault have been located in anomalies 74L-AI-78 and especially 74L-AI-79.	78-LAJV-003	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	890	890	Au	g/t	2.74	Ag	g/t	6.86	2.74 g/t Au, 6.86 g/t Ag, 292 ppm U and 112 ppm Ni.; Historical sample ID 74L-M-78 (DIG 2009-0021)	AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
072L 0002	Metallic mineral	-9999	72L-M-01 (OFR 1994-08); METID_0256 (DIG 2019-0026)	72L	50.912608	-110.848676	-9999	Along the Red Deer River about 19 km northwest of the town of Buffalo (NTS 72L/15).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	Alluvial sand and gravel; Two assays done. Pt noted - 60 mesh.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.0022	-9999	-9999	-9999	2.754 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0123	Metallic mineral	Northern Milvain (central Burmis)	02BWP001 (Dufresne, 2003); METID_0178 (DIG 2019-0026)	82G	49.644669	-114.315698	-9999	About 10 km north of Burmis.	Surface	Prospect	Float	-9999	Paleoplacer magnetite	-9999	Iron, Titanium	Sandstone	Late Cretaceous	Burmis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	20.85	TiO2	per cent	2.68	20.85% Fe2O3 and 2.68% TiO2. Historical resource of Milvain deposit: 433,300 tonnes at specific gravity of 3.6 km/m3.	MAR 20040005	Alberta Geological Survey
073E 0004	Metallic mineral	-9999	73E-M-05 (OFR 1994-08); METID_0323 (DIG 2019-0026)	73E	53.786608	-111.592568	-9999	About 14.5 km northeast of the town of Two Hills and about 19 km West of the town of Lac Bellevue (NTS 73E/13).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	Island bar; Alluvial sand and gravel; Pt noted -60 mesh.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.167	-9999	-9999	-9999	208.135 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0056	Metallic mineral	Spionkop	82G-M-07 (OFR 1994-08); METID_0056 (DIG 2019-0026)	82G	49.229177	-114.012340	-9999	Along the north side of Spionkop Ridge about 800 m southeast of Spionkop Creek and about 1000 m west of the surface expression of the Lewis Thrust.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Quartzite, diabase dike, diorite dike	Mesoproterozoic	Appekunny Formation, Grinnell Formation	(Quartzite beds), ( Dibasic(?) Sills and Dykes); (SI Zone) A series of 3 to 6 or more diabase dykes occupy the fault planes of south dipping reverse faults in the upper Grinnell Formation. These dykes appear to be splays off of a sill which lies near the upper contact of the Appekunny Formation.(SH zone; (SI zone) 6.4% Cu across 0.61m and 2.32% Cu across 3.66m(SH zone) 0.62% Cu and 0.17oz/ton Ag, 5.83g Ag/Ton) across 3.96m(SY zone) 1.78% Cu and .24 oz/ton Ag (8.23 g Ag/ton) across 2.13m; Structure: Faulted - Mineralization appears to be related to diabase intrusive and has been subsequently cut and displaced by thrust faults in places; Possible tonnage estimates:1) SH zone 225,000 tons; ~ 0.6 Cu, 0.2 oz/ton Ag2) SY zone 315,000 tons; ~ 1.0% Cu; 0.2 oz/ton Ag3) SI zones (all dykes) 460,000 tons; ~ 2.0% Cu; <0.1 oz/ton Ag. Other historic resource estimates include 1.6M tonnes averaging 3.1% Cu and 0.2 oz/ton Ag	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	6.4	Ag	g/t	22.6	22.6 g/t Ag and 4.8%Cu over 1.52 m, 6.4% Cu over 0.61 m 0.62% Cu over 3.96 m 1.78% Cu, and 8.2 g/t Ag over 2.13 m; Historical sample ID 82G-M-07 (AGS OFR 1994-08)	MAR 19680021, MAR 19700002, MAR 19720005, MAR 19720008, AGS OFR 1994-08	Alberta Geological Survey
082G 0115	Metallic mineral	Boutry (South Burmis)	1CPP004 (Dufresne, 2003); METID_0153 (DIG 2019-0026)	82G	49.566985	-114.289395	-9999	About 2 km north of Burmis.	Surface	Prospect	Float	-9999	Paleoplacer magnetite	-9999	Iron, Titanium	Sandstone	Late Cretaceous	Burmis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	Fe2O3	per cent	22.7	TiO2	per cent	2.52	22.7% Fe2O3 and 2.52% TiO2. Historical resource of Boutry deposit: 256,000 tonnes magnetite.; Original sample ID 1CPP004 (MAR 20040005)	MAR 20040005	Alberta Geological Survey
074L 0001	Metallic mineral	-9999	DU16-221 (OFR 2018-14); METID_1254 (DIG 2019-0026)	74L	58.177279	-110.731954	-9999	Approximately 9 km northeast of Larocque Lake.	Surface	Geochemical anomaly	Soil pit	-9999	Unknown	-9999	Gold	Sand	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Heavy mineral concentrate	-9999	-9999	Au	ppb	0.152	-9999	-9999	-9999	22.8kg sample taken from diamict in soil pit; MMSIM analysis yielded 8 gold grains, pristine suggesting proximal source, and no sulphides.	AGS ESR 1958-04	Alberta Geological Survey
083H 0005	Metallic mineral	-9999	83H-M-06 (OFR 1994-08); METID_0310 (DIG 2019-0026)	83H	53.517177	-113.529713	-9999	At the centre of the city of Edmonton along the North Saskatchewan River (NTS 83H/12).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel; Preglacial sand and gravel, river bed; Pt noted. 4 assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.019	-9999	-9999	-9999	23.102 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0008	Metallic mineral	Todd Creek	82G-M-96 (OFR 1994-08); METID_0210 (DIG 2019-0026)	82G	49.772951	-114.276571	-9999	About 600 m north-northeast of the confluence of North Todd Creek and South Todd Creek.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Anomalies 82G-AI-93 to 82G-AI-98 are referred to collectively as the "Todd Creek Occurrence". Iron-rich rocks are exposed along the East ridge of a small anticline, thus forming a low ridge. Magnetite bearing sandstones outcrop sporadically for about 200; The mean sample results from the Burmis locality were 30.91% Fe2O3 and 3.94% TiO2. The Ti is believed to occur mainly in solid solution in the magnetite grains, rather than as separate grains of anatase or ilmenite. Most of the detrital zircon present is; Structure: Folded, Faulted - All of the Todd Creek occurrences are complexly folded and faulted; average grade 16.4% Fe. Little value as a potential source of iron ore.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	23.4	-9999	-9999	-9999	23.4% Fe over 1.52 m	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082H 0002	Metallic mineral	-9999	82H-M-14 (OFR 1994-08); METID_0007 (DIG 2019-0026)	82H	49.058451	-113.502611	-9999	Just to the north of Goose Lake about 6.2 km south-southwest of the hamlet of Beazer.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Iron-rich rocks crop out along the SW margin of a series of hills for a distance of about 275 meters. The beds strike N20W and dip 65W. Only the lower 1.2m-1.8m of the zone is exposed and comprises green chloritic sandstone with magnetite beds up to 0.6; The average Fe content from this area is 24.5%; Gangue: Chlorite; Structure: Folded, Faulted - A series of closely-spaced, imbricate thrust faults cut the sequence. There are minor transverse faults and drag folds towards the North end of the zone; A very low grade, poorly exposed occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	24.5	-9999	-9999	-9999	24.5% Fe; The average Fe content from this area is 24.5%	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
083H 0010	Metallic mineral	-9999	83H-M-10 (OFR 1994-08); METID_0337 (DIG 2019-0026)	83H	53.974009	-112.137846	-9999	About 19 km north of the town of Willingdon and about 19 km west of the town of Hamlin along the North Saskatchewan River (NTS 83H/16).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Point bar gravel; Preglacial sand and gravel; Six assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.198	-9999	-9999	-9999	247.2 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
074E 0007	Metallic mineral	-9999	183 (DIG 2009-21); METID_0796 (DIG 2019-0026)	74E	57.680286	-110.348532	-9999	Marguerite River (North of Johnson Lake).	Surface	Showing	Bedrock	-9999	Unknown	-9999	Unknown	Granite	Paleoproterozoic	Marguerite River complex	Two historical samples described as "quartz-rich granitoid with chlorite and up to 10% pyrite" (090601A [OFR 1994-09]) and "quartz-chlorite-garnet granitoid with 3-5% pyrite" (090601A [OFR 1994-09]).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	25% pyrite; Historical sample ID MD93090601A (AGS OFR 1994-09). Leucocratic alkali-feldspar granite gneiss. Quartz is largely sutured and has undulous extinction. Chlorite +/- biotite included in large K-spar grain in corner of slide	AGS OFR 1994-09	Alberta Geological Survey
082H 0029	Metallic mineral	-9999	070609_02 (DIG 2009-17); METID_0128 (DIG 2019-0026)	82H	49.433610	-113.483835	-9999	Waterton River	Surface	Geochemical anomaly	Outcrop	-9999	Sandstone-hosted uranium	-9999	Uranium	Sandstone	Late Cretaceous	Willow Creek Formation	Black organic or mud patched sandstone, possible plant prints	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0026	-9999	-9999	-9999	26 ppm U (sample 07USA0027).; Historical sample ID 07USA0027 (AGS DIG 2009-0017)	AGS DIG 2009-0017	Alberta Geological Survey
074M 0256	Metallic mineral	Bonny Fault	37795 (MAR 20070025); METID_1178 (DIG 2019-0026)	74M	59.881926	-110.221105	-9999	West side of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment, granite	Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.26	-9999	-9999	-9999	2600 ppm U.	MAR 20070025	Alberta Geological Survey
083C 0127	Metallic mineral	Grave Flats No.1	99E-RC3	83C	52.837759	-116.742064	-9999	85 km SSW of the town of Edson AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	99E-RC	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	11.28	17.37	Au	g/t	2.9	-9999	-9999	-9999	3 samples >1.35 ppm; Historical sample ID DDH 99E-RC6 (MAR 20120003)	MAR 20120003	Alberta Geological Survey
082G 0044	Metallic mineral	-9999	82G-M-10C (OFR 1994-08); METID_0104 (DIG 2019-0026)	82G	49.315021	-114.350974	-9999	On a spur extending east from Barnaby Ridge towards Grizzly Creek and about 2000 m WSW of where Grizzly Creek entered the Castle River.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver, Lead	Sandstone, quartzite, argillite	Mesoproterozoic	Grinnell Formation	Sandstone or quartzite layers in argillite; The grizzly showing was trenched, mapped, and drilled by Cominco in 1969 and 1970.Chalcocite, bornite, and lesser chalcopyrite are present in sandstones or quartzites near the upper contact of the Grinnell Formation for a length of 825 metres. Individual; Results are intersections from drill holes. It appears that there is a correlation between Cu and Ag. For every 1% Cu, there is a corresponding 0.1 oz/ton Ag; Structure: Faulted - It appears that the best mineralization is associated with a southerly-trending fault; Drill holes hit mineralized zone ranging from about 0.9m to about 2.1m thick, grading generally from 0.6% to 0.7% Cu.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	1.19	Cu	per cent	0.95	3.429 g/t Ag 1.22 m, 0.95% Cu 1.22 m and 1.19% Pb 1.52 m.; Historical sample ID 82G-M-10C (AGS OFR 1994-08).Sandstone or quartzite layers in argillite; The grizzly showing was trenched, mapped, and drilled by Cominco in 1969 and 1970.Chalcocite, bornite, 	MAR 19700002, MAR 19710002, Collins and Smith (1977) Genesis of cupriferous quartz arenite cycles in the Grinnell Formation (Spokan equivalent), AGS OFR 1994-08	Alberta Geological Survey
082G 0146	Metallic mineral	Jutland Brook	8192 (site RM03, OFR 2011-11); METID_0024 (DIG 2019-0026)	82G	49.179344	-114.260892	2154	Nearly on the AB/BC border just up past the headwaters of the Jutland Brook between Jutland Mountain and Mount Matkin.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Silver, Gold	Quartzite	Middle Cambrian	Flathead Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	g/t	3.5	-9999	-9999	-9999	3.5 g/t Ag and 20 ppb Au.	AGS OFR 2011-11	Alberta Geological Survey
083I 0001	Metallic mineral	Bellis Bog	83I-M-01 (OFR 1994-08); METID_0341 (DIG 2019-0026)	83I	54.051595	-112.081953	-9999	About 11 km south-southeast of the hamlet of Bellis.	Surface	Showing	Bedrock	-9999	Bog iron	-9999	Iron	Bog	Quaternary	-9999	Postglacial lake bed; Bog iron-ore, composed predominately of limonite, was identified in lake sediments. A large component of organic matter is present. The deposit is thought to-have-formed in a bog created by a temporary lateral moraine dam following glaciation of the area; Some of the "deposit" has been reworked by recent creek and drainage and redeposited downstream; Gangue: Organic matter; Structure: Undeformed - Iron is hosted in unconsolidated sediments; ~ 20% A very small deposit about 100m x 300m x 0.6m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	30.02	-9999	-9999	-9999	30.02% Fe and 2.14% Mn.	MAR 19550004, AGS OFR 1994-08	Alberta Geological Survey
074M 0196	Metallic mineral	-9999	128 (DIG 2009-21); METID_1170 (DIG 2019-0026)	74M	59.859041	-110.005866	-9999	Doze Lake	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.036	-9999	-9999	-9999	30cm by 50cm rusty quartz vein with 36 ppb Au silicified and brecciated mafic host rock.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
084D 0009	Metallic mineral	Worsley Block A, Swift Creek	84D-M-03 (OFR 1994-08); METID_0677 (DIG 2019-0026)	84D	56.601747	-118.974794	-9999	About 10 km north of the town of Worsley in the Clear Hills District.	Surface and subsurface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Gold	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Oolitic sandstone; Interbeds of hard sideritic Ironstone and greenish-grey Mudstone Major overburden is Wapiti Formation and Upper Smoky Group. Low grade, highly silicious iron ore; Gangue: Opal, Silica, Clay; Structure: Undeformed; 25,750,000 tons proven reserves, 82,250,000 tons probable reserves	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	35	-9999	-9999	-9999	32-35% Fe 3.0 to 25.03 g/t Au although most (125/151) assays between 1 to 5 ppm Au.	AGS INF 075, AGS GEO 2000-02	Alberta Geological Survey
074M 0242	Metallic mineral	Bonny Fault	37860 (MAR 20070025); METID_1039 (DIG 2019-0026)	74M	59.759750	-110.087903	-9999	Andrew Lake	Surface	Geochemical anomaly	Bedrock	Drillhole	Intrusion-related REE	-9999	Rare-earth elements, Uranium, Zirconium	-9999	Paleoproterozoic	Colin Lake granitoid	-9999	68-1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	720	La	ppm	329	329 ppm La, 720 ppm Ce, 250 ppm Nd, 42 ppm Sm, 13 ppm Yb, 169 ppm Li, 102 ppm Nb, 1010 ppm Zr and 75 ppm U.; Historical sample ID 37860 (MAR 20070025)	MAR 19690002, MAR 20070025	Alberta Geological Survey
082G 0145	Metallic mineral	-9999	060531_04 (DIG 2009-17); METID_0168 (DIG 2019-0026)	82G	49.634977	-114.538046	-9999	About 9 km north of Coleman.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Copper	Sandstone	Early Cretaceous	Crowsnest Formation	Massive dark-green-black, very coarse lithic pyroclastics with lenses of fine grained massive pyroclastics. Age 96Ma, max thickness 425m	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.033	-9999	-9999	-9999	333 ppm Cu, 86 ppm La, 122 ppm Ce (sample 06USA0010).	AGS DIG 2009-0017	Alberta Geological Survey
083H 0011	Metallic mineral	-9999	83I-M-02 (OFR1994-08); METID_0338 (DIG 2019-0026)	83H	53.994375	-112.840461	-9999	Along the North Saskatchewan River about 9.6 km southeast of the town of Radway (NTS 83I/2).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel river bed; Preglacial sand and gravel; Three assays done.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.028	-9999	-9999	-9999	35.21 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0127	Metallic mineral	South Marasek	02HKC004 (Dufresne, 2003); METID_0182 (DIG 2019-0026)	82G	49.646501	-114.324825	-9999	About 10 km north of Burmis.	Surface	Prospect	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron, Titanium	Sandstone	Late Cretaceous	Burmis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Fe2O3	per cent	35.41	TiO2	per cent	5.44	35.41% Fe2O3 and 5.44% TiO2 for 1 m width.; Historical sample ID 02HKC004 (MAR 20040005)	MAR 20040005	Alberta Geological Survey
074M 0261	Metallic mineral	Bonny Fault	37808 (MAR 20070025); METID_1200 (DIG 2019-0026)	74M	59.936861	-110.261155	-9999	West side of Andrew Lake.	Surface	Geochemical anomaly	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.035	-9999	-9999	-9999	350 ppm U; 5400 cps.	MAR 20070025	Alberta Geological Survey
083M 0001	Metallic mineral	South of Peace River E - 2	83M-M-08 (OFR 1994-08); METID_0488 (DIG 2019-0026)	83M	55.730713	-118.368101	-9999	Along the Peace River near the town of Wanham.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Wapiabi Formation	Sandstone; Oolitic Ironstone; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	4.5 m thickness increases to ESE to 7.6 m.	AGS GEO 2000-02, AGS ESR 1959-03	Alberta Geological Survey
082G 0054	Metallic mineral	Blind Canyon Big Horn	82G-M-79 (OFR 1994-08); METID_0045 (DIG 2019-0026)	82G	49.215286	-114.003730	-9999	Along Blind Canyon Creek about 1800 m north of Yarrow Creek and about 7.5 km ESE of Loaf Mountain.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Quartzite	Mesoproterozoic	Grinnell Formation	White quartzite beds, diabase sills; (BY zone) The "YS" quartzite bed is present here (see also anomaly 82H-M-01), which is a quartzite bed up to 2.4m thick near the top of the Grinnell Formation.(BF zone) There are also a series of mineralized, highly faulted quartzite beds in the upper Gr; Anilite (Cu7S4) has similar properties to chalcocite Cu2S; Structure: Faulted - The quartzite beds are highly faulted in places; "Possible" tonnage estimate: "Y-S" bed = YM and BY combined; 3.4 million tonnes1.0-1.4% Cu; 0.4-0.5 oz/ton Ag(see also anomaly 82H-M-01)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	3.38	Ag	g/t	41.14	41.14 g/t Ag and 3.38% Cu over 2.13m, 1.03% Cu and 5.14 g/t Ag over 2.13 m, 0.65% Cu and 8.23 g/t Ag over 1.22 m.	MAR 19720008, AGS OFR 1994-08	Alberta Geological Survey
083H 0012	Metallic mineral	-9999	83H-M-09 (OFR 1994-08); METID_0339 (DIG 2019-0026)	83H	53.996527	-112.534995	-9999	About 39.4 km north-northeast of the town of Redwater and about 47 km west of the Victoria settlement along the North Saskatchewan River (NTS 83H/15).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Point bar gravel; Preglacial sand and gravel; 4 assays done. 60 mesh Pt noted.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.036	-9999	-9999	-9999	42.443 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083B 0048	Industrial mineral	Baseline Ridge	INDID_1319 (DIG 2019-0027)	83B	52.201985	-115.547583	-9999	Northern part of Clearwater Range, west of Rocky Mountain House. Northwest of Prairie Creek Quarries on NE flank Baseline Ridge.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Turner Valley Formation	-9999	-9999	-9999	Dolime, crushed stone, filler	Small	-9999	Good	NE flank of Baseline Ridge	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	44.35% MgCO3 and 1.41% SiO2 over approximately 2.5 m. The only Turner Valley Formation sample was strongly dolomitic averaging 44,35% MgCO3 and 1.41 % SiO2 over 2.5m.	MAR 20130002	Alberta Geological Survey
082G 0148	Metallic mineral	La Coulotte Ridge	8196 (site RM04, OFR 2011-11); METID_0029 (DIG 2019-0026)	82G	49.189347	-114.294380	2137	Southeast from La Coulotte Peak along the ridge about 2 km. Just on the Alberta side.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Copper, Gold	Siltstone	Mesoproterozoic	Roosville Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.044	Au	g/t	0.05	440 ppm Cu, 50.4 ppb Au, 50 ppm Mo and 120 ppm Pb also anomalous Bi and Te.	AGS OFR 2011-11	Alberta Geological Survey
074M 0260	Metallic mineral	Bonny Fault	37829 (MAR 20070025); METID_1192 (DIG 2019-0026)	74M	59.918778	-110.202947	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	787	La	ppm	440	440 ppm La, 787 ppm Ce, 237 ppm Nd and 30 ppm Sm.; Historical sample ID 37829 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
082G 0149	Metallic mineral	La Coulotte Peak	8275, 8278, 8279 (site RM19, OFR 2011-11); METID_0038 (DIG 2019-0026)	82G	49.204510	-114.315727	2260	About 40 km due south of Burmis just off the BC/AB border.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Nickel, Chromium	Basalt	Mesoproterozoic	Roosville Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	per cent	0.0192	Cr	per cent	0.0445	444.8 ppm Cr, 61 ppm Co and 192 ppm Ni.	AGS OFR 2011-11	Alberta Geological Survey
073E 0008	Metallic mineral	-9999	73E-M-07 (OFR 1994-08); METID_0328 (DIG 2019-0026)	73E	53.856784	-110.873822	-9999	About 4.8 km south of the town of Elk Point (NTS 75E/15).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	Alluvial deposit; Alluvial sand and gravel; Four assays done. Pt noted -60 mesh	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.036	-9999	-9999	-9999	45.24 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
074M 0265	Metallic mineral	Bonny Fault	37903 (MAR 20070025); METID_1208 (DIG 2019-0026)	74M	59.957080	-110.215403	-9999	Andrew Lake	Surface	Geochemical anomaly	Float	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium, Zirconium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	Ce	ppm	809	La	ppm	451	451 ppm La, 809 ppm Ce, 233 ppm Nd, 23 ppm Sm, 798 ppm Th and 1850 ppm Zr; 1800 cps.; Historical sample ID 37903 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0251	Metallic mineral	Bonny Fault	37786 (MAR 20070025); METID_1101 (DIG 2019-0026)	74M	59.805712	-110.192564	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	229	La	ppm	463	463 ppm La, 844 ppm Ce, 229 ppm Nd and 25 ppm Sm.; Historical sample ID 37786 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
084M 0001	Metallic mineral	-9999	93-12-20-05, 93-12-20-06 (Turner and McPhee, 1994); anomaly 51 (GEO2000-02); METID_0984 (DIG 2019-0026)	84M	59.437424	-118.069004	-9999	SE flank of Cameron Hills.	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Lead, Zinc	Carbonate	Middle Devonian	Slave Point Formation	-9999	Can Seab'd Hay River 10-22-120-1W6	100/10-22-120-01W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1233.46	1233.46	Zn	per cent	0.4704	Pb	per cent	0.5187	4704 ppm Zn at 1233.46 m (sample 93-12-20-05) and 5187 ppm Pb at 1236.54 m (sample 93-12-20-06).	AGS GEO 2000-02	Alberta Geological Survey
082G 0125	Metallic mineral	Northern Milvain (central Burmis)	02JTP007 (Dufresne, 2003); METID_0180 (DIG 2019-0026)	82G	49.645881	-114.312112	-9999	About 10 km north of Burmis.	Surface	Prospect	Outcrop	-9999	Paleoplacer magnetite	-9999	Iron, Titanium	Sandstone	Late Cretaceous	Burmis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Fe2O3	per cent	48.01	TiO2	per cent	5.4	48.01% Fe2O3 and 5.4% TiO2 for 1.8 m width. Historical resource of Milvain deposit: 433,300 tonnes at specific gravity of 3.6 km/m3.; Historical sample ID 02JTP007 (MAR 20040005)	MAR 20040005	Alberta Geological Survey
073E 0010	Metallic mineral	-9999	73E-M-01 (OFR 1994-08); METID_0330 (DIG 2019-0026)	73E	53.923313	-111.746522	-9999	About 3.2 km northwest of the confluence of Saddlelake Creek and the North Saskatchewan River and about 24 km north of Two Hills (NTS 73E/13).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	Island bar; Alluvial sand and gravel; 3 assays done.120 mesh Pt noted.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.041	-9999	-9999	-9999	50.862 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082G 0155	Metallic mineral	Pincher Ridge	8269, 8272, 8273, 8274 (site RM18, OFR 2011-11); METID_0081 (DIG 2019-0026)	82G	49.271784	-114.119242	2320	On top of Pincher Ridge between the second and third saddle.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Nickel	Basalt	Mesoproterozoic	Gateway Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	per cent	0.007	-9999	-9999	-9999	50-70 ppm Ni	AGS OFR 2011-11	Alberta Geological Survey
074M 0280	Metallic mineral	Lake Athabasca North Shore	Lake Athabasca North Shore; METID_0927 (DIG 2019-0026)	74M	59.058916	-110.618090	205	50 km northeast up the north shore of Lake Athabasca from Fort Chipewyan.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Zirconium, Rare-earth elements	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zr	per cent	0.535	REE+Y,Sc	ppm	1242.7	5350 ppm Zn and above background levels of numerous other elements including REE and base metals.; Historical sample ID NS13-PR-010 (MAR 20140012)	MAR 20140012	Alberta Geological Survey
083H 0004	Metallic mineral	-9999	83H-M-05 (OFR 1994-08); METID_0305 (DIG 2019-0026)	83H	53.364028	-113.743460	-9999	Along the North Saskatchewan River about 0.8 km northwest of the town of Devon (NTS 83H/5).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Island bar gravel; Preglacial sand and gravel; 3 assays done. A few Pt grains were shown too.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.044	-9999	-9999	-9999	54.72 mg per cubic yard Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
074M 0252	Metallic mineral	Bonny Fault	37745 (MAR 20070025); METID_1134 (DIG 2019-0026)	74M	59.820554	-110.316105	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1040	La	ppm	562	562 ppm La, 1040 ppm Ce, 302 ppm Nd and 38 ppm Sm.; Historical sample ID 37745 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074E 0028	Metallic mineral	-9999	93-10-21-19 (Turner and McPhee, 1994); anomaly 53 (GEO2000-02); METID_0746 (DIG 2019-0026)	74E	57.104361	-111.585380	-9999	About 10 km south of Fort MacKay.	Subsurface	Geochemical anomaly	Well	oil or gas well	Unknown	-9999	Gold	Carbonate	Middle Devonian	Keg River Formation	-9999	Bear Vampire No.2 4-32-93-10W4	100/04-32-093-10W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	196.7	196.7	Au	g/t	0.057	-9999	-9999	-9999	57 ppb Au at 194.16 m.	AGS GEO 2000-02	Alberta Geological Survey
082H 0001	Metallic mineral	Dungarvan Magnetite	82H-M-06A (OFR 1994-08); METID_0032 (DIG 2019-0026)	82H	49.200300	-113.910320	-9999	About 1.8 km north-northeast of where Dungarvan Creek intersects the Waterton Lakes National Park boundary.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite bearing sandstone and underlying sideritic sandstone; Finely disseminated grains of magnetite occur in dune-like or wave-like sandstones of the Belly River formation. Some drill cores show varve-like deposition, with magnetite as increasingly thickening bands in a siderite matrix or groundmass. Overburden: O; No assay average thickness 18 ft (5.5m), ore occurs in pods or ellipsoids averaging 2000 ft long by 500 ft wide (600 x 160m); Structure: Folded, Faulted - The beds are deformed in a series of gently folded anticlines and synclines parallel to the Indian Springs Fault. Many of the folds have been subsequently faulted across their axis. Drag folding along some of the faults has created thickened ore sections; Average Grade 45.0%Estimated reserves of 5,100,000 tons grade 45% Fe+ 4,100,000 tons grading 30-40% Fe and 6,200,000 tons grading 26-30% Fe.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	57	-9999	-9999	-9999	57% Fe2O3; 308 Sec. 12- 3-30 W.4 Dungarvan Cr	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082G 0001	Metallic mineral	Marasek - Windy Ridge	82G-M-83C (OFR 1994-08); METID_0196 (DIG 2019-0026)	82G	49.663957	-114.326917	-9999	Livingston Range	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	Exploration for magnetite in the Marasek region began in the early 1900's. In the 1950's, West Canadian Magnetic Ores Ltd. did extensive exploration in the Marasek zone, including extensive drilling. Occasional exploration occurred over the next 70 years.	Iron, Titanium	Sandstone	Late Cretaceous	Burmis Formation	Magnetite bearing sandstone; Finely disseminate magnetite occurs in dune-like or wave-like sandstones of the Belly River. The ore bed averages 3.6 to 4.0 metres thick and grades laterally from sandstone to "magnetite ore". Some drill cores have shown a varve-like deposit, with magnetite as increasingly thickening bands and intercalations in a sideritic matrix or groundmass. Magnetite is very fine-grained, ranging from about 150 microns in diameter down to 1-2 microns in diameter. Gangue: quartz, calcite, dolomite. Structure: Folded, Faulted - The zone is located between two major thrust faults. The Livingstone thrust is located 1.5 km to the west while the Todd Creek Thrust is located 1.3 km to the east. Subsidiary faults at the Marasek tunnel have produced 5 distinct ore horizons; Historic grade estimate from MAR 19560001 state 4.63 million tons at average 40% iron. OFR1994-08 stated that the mean sample results from the Burmis locality were 30.91% Fe2O3, and 3.94% TiO2. The Ti is believed to occur mainly in solid solution in the magnetite grains, rather than as separate grains of anatase or ilmenite. Most of the detailed zircon present I; Gangue: Zircon, Anatase, Ilmenite - <1%; Structure: Faulted - The magnetite-bearing beds are complexly faulted by thrust faults associated with the Livingstone Thrust; Because of the complex nature of faulting, the amount of "ore" that can be recovered by strip-mining here is estimated to be 1,886,000 short tons, grading 25 to 30% Fe.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Fe2O3	per cent	64.12	TiO2	per cent	6.07	64.12% Fe2O3 and 6.07% TiO2 for 1 m width.; Historical sample ID 02HKC021 (MAR 20040005)	MAR 19560001, MAR 19580001, AGS BUL 009, MAR 19720011, AGS OFR 1994-08, MAR 20040005	Alberta Geological Survey
082G 0144	Metallic mineral	Marasek A-Knob	1DCP305 (Dufresne, 2003); METID_0203 (DIG 2019-0026)	82G	49.671615	-114.327037	-9999	About 10 km north of Burmis.	Surface	Prospect	Outcrop	-9999	Paleoplacer magnetite	The extension of the Marasek deposit to the north, A-Knob.	Iron, Titanium	Sandstone	Late Cretaceous	Burmis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Fe2O3	per cent	65.1	TiO2	per cent	5.7	65.1% Fe2O3 and 5.7% TiO2 for 2 m width.; Historical sample ID 1DCP305 (MAR 20040005)	MAR 20040005	Alberta Geological Survey
082G 0239	Industrial mineral	Phillipps Pass (Site 1B)	C13078; INDID_0125 (DIG 2019-0027)	82G	49.649736	-114.646610	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	Site 1B comprises the upper 110 m (Zone 3) of the formation. It is composed of a 72 m thick section of limestone in a dip slope quarrying position with and overburden-free dip slope. . The formation dips 24-36SW with local jointing N80E, 77SE. Zone 3 is e	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10: DM80 P1-1 to P1-8	AGS OFR 1982-10	Alberta Geological Survey
082G 0238	Industrial mineral	Phillipps Pass (Site 1A)	C12991; INDID_0124 (DIG 2019-0027)	82G	49.649736	-114.646610	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Devonian	Palliser Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Fair (11 m overburden)	Limestone, dark grey, fine-crystalline, commonly mottled with brownish grey, medium crystalline dolomite. Faulting has increased its thickness to 280 m. Three stratigraphic zones of high quality limestone:- 86 m, 23 m and 72 m thick. . Reserves calculated	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10: DM80 P1-9 to P1-26	AGS OFR 1982-10	Alberta Geological Survey
082G 0245	Industrial mineral	Deadman Pass (Site 4B)	C18822; INDID_0131 (DIG 2019-0027)	82G	49.697107	-114.646650	-9999	Within 2 km of Deadman Pass.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	Upper 100 m of the Palliser Formation (Zones 5 and 6). Zone 5 (34 m thick) contains an average of 93% CaCO3 and 2% MgCO3. Quarriable reserves are estimated at 1.5 million tonnes of 91-93% CaCO3 limestone. . Zone 6 (27 m thick) contains an average of 94% C	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10: Samples DM80 D1-15C to D1-24C	AGS OFR 1982-10	Alberta Geological Survey
083F 0043	Industrial mineral	Cadomin (site 1.2)	C56078; INDID_0160 (DIG 2019-0027)	83F	53.007150	-117.336000	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Upper 140 m of formation, across river from active quarry (same thrust block).	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Historical sample IDs: CAD-C2-1 to 19	AGS OFR 1982-11	Alberta Geological Survey
083E 0010	Industrial mineral	South Berland Gap A (Site 4.3)	C88093; INDID_0221 (DIG 2019-0027)	83E	53.641282	-118.634560	-9999	To the west of South Berland River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samp. AL-4-1C to 8C	AGS OFR 1982-11	Alberta Geological Survey
083E 0011	Industrial mineral	South Berland Gap B (Site 4.3)	C88973; INDID_0313, INDID_0222 (DIG 2019-0027)	83E	53.641284	-118.640930	-9999	To the west of South Berland River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Shunda Formation, Turner Valley Formation, Mount Head Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samp. AL-4-9C to 16C, AL-4-17C to 19C	AGS OFR 1982-11	Alberta Geological Survey
083E 0013	Industrial mineral	Smoky River A (Site 5.2.3)	C90942; INDID_0224 (DIG 2019-0027)	83E	53.738472	-119.341750	-9999	Approximately 8 km to the north of Childear Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Agricultural lime	Large	-9999	Poor	260 m of limestone sampled, medium to light gray weathering, micro to finely crystalline (0.05 to 1 mm), medium to massively bedded (0.1 to >1 m ). Three zones show argillaceous partings 1 to 2 cm thick; each of these lower quality zones is ~15 m thick. .	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samp. SR-2-15C to 34C CaCO3: 87 - 96% (Avg. 94%); MgCO3: 1 - 5% (Avg. 2%)	AGS OFR 1982-11	Alberta Geological Survey
083F 0044	Industrial mineral	Brule (Site 2.1A)	C76006; INDID_0211, INDID_0210 (DIG 2019-0027)	83F	53.277723	-117.891160	-9999	On the eastern slopes of Bedson Ridge.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Alexo Formation, Palliser Formation	-9999	-9999	-9999	-9999	Small	-9999	Poor	Basal beds of Palliser Formation, 30 m interval. Beds just below Palliser and immediately above Boule thrust fault, 20 m interval. Dolomitic limestone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: sample BRL-C1-1 (Alexo) & BRL-C1-2 (Palliser)	AGS OFR 1982-11	Alberta Geological Survey
083E 0014	Industrial mineral	Smoky River B (Site 5.2.2)	C91666; INDID_0314, INDID_0225 (DIG 2019-0027)	83E	53.735759	-119.340300	-9999	Approximately 8 km to the north of Childear Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone, Dolomite	Dolostone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Argillaceous and calcareous dolomite.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: sample SR-2-14C, SR-2-12C & 13C	AGS OFR 1982-11	Alberta Geological Survey
083E 0009	Industrial mineral	South Berland Gap (Site 4.1)	C87409; INDID_0220 (DIG 2019-0027)	83E	53.632243	-118.619390	-9999	To the west of South Berland River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Poor / Fair	183 m of upper to middle Palliser Formation measured. Medium to massive bedded (0.1 to >1 m), medium to dark grey, micro to finely crystalline limestones. Middle Palliser folded and faulted. Indicated reserves 7 Mt.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Sample. AL-1-1C to 11C 91 - 100% CaCO3; <4% MgCO3; SiO2 contents <2%	AGS OFR 1982-11	Alberta Geological Survey
083E 0021	Industrial mineral	Berland Gap (Site 4.2.2)	C86697; INDID_0312 (DIG 2019-0027)	83E	53.663134	-118.603920	-9999	Above South Berland River near its mouth.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Turner Valley Formation, Mount Head Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples AL-2-2C & 3C	AGS OFR 1982-11	Alberta Geological Survey
083E 0008	Industrial mineral	Berland Gap B (Site 4.2.3)	C85184; INDID_0219 (DIG 2019-0027)	83E	53.663116	-118.613060	-9999	Above South Berland River near its mouth.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Shunda Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Dolomitic limestone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples AL-3-7C,8C	AGS OFR 1982-11	Alberta Geological Survey
083E 0007	Industrial mineral	Berland Gap A (Site 4.2.3)	C84575; INDID_0218 (DIG 2019-0027)	83E	53.664019	-118.613060	-9999	Above South Berland River near its mouth.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples AL-3-9C, 10C	AGS OFR 1982-11	Alberta Geological Survey
083F 0049	Industrial mineral	Brule (Site 2.5A)	C78087; INDID_0306, INDID_0215 (DIG 2019-0027)	83F	53.339409	-117.964270	-9999	On the eastern slopes of Boule Roche.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation, Turner Valley Formation, Mount Head Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Section of Rundle Group strata on northeast spur of Boule Roche; vertical dip. Basal Pekisko Formation, 30 m thick. Thickness of combined upper Rundle formations is 165 m mainly composed of calcareous and siliceous dolomite.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples BRL-5-1C, 2C, and BRL-5-3C to 15C.	AGS OFR 1982-11	Alberta Geological Survey
074M 0269	Metallic mineral	Bonny Fault	37847 (MAR 20070025); METID_1217 (DIG 2019-0026)	74M	59.968469	-110.203885	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granite	Paleoproterozoic	Andrew Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1340	La	ppm	671	671 ppm La, 1340 ppm Ce, 454 ppm Nd and 67 ppm Sm.; Historical sample ID 37847 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
082G 0077	Metallic mineral	Whistler Mountain	82G-M-09B (OFR 1994-08); METID_0109 (DIG 2019-0026)	82G	49.331690	-114.306801	-9999	Whistler Mountain area on the west extension of Whistler Mountain about 2100 m east of the South Castle River and 3800 m south of Beaver Mines Lake.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Quartzite	Mesoproterozoic	Grinnell Formation	Quartzite beds; A quartzite bed, up to 30 cm thick, in the lower Grinnell Formation assayed up to 7.0% Cu. A 45 cm thick quartzite bed is exposed for about 120m in the Appekunny Formation. The bed is Cu mineralized (bornite and chalcocite?) and varies in grade from 1.5% t; quartzite beds average about 45cm thick and can be traced for 120m along strike - No information was provided; Thin beds in Grinnell quartzite (all less than 30cm thick) assay up to 7% Cu and trace Ag. A 45cm thick quartzite bed in the Appekunny Formation assays between 1.5% and 2.5% Cu and trace Ag.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	7.5	-9999	-9999	-9999	7.5% Cu over 0.05 m, 1.5 to 2.5% Cu over 0.46 m and 7% Cu over 0.1 m; Historical sample ID 82G-M-09B (OFR 1994-08). Quartzite beds; A quartzite bed, up to 30 cm thick, in the lower Grinnell Formation assayed up to 7.0% Cu. A 45 cm thick quartzite bed is e	MAR 19700002, MAR 19710002, MAR 19730001, Collins and Smith (1977) Genesis of cupriferous quartz arenite cycles in the Grinnell Formation (Spokan equivalent), AGS OFR 1994-08	Alberta Geological Survey
073E 0001	Metallic mineral	-9999	73E-M-10 (OFR 1994-08); METID_0320 (DIG 2019-0026)	73E	53.742895	-110.306018	-9999	About 1.0 km southeast of the town of Heinsburg along the North Saskatchewan River (NTS 73 73E/9).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	Alluvial deposit; Fine grained gold found in Alluvial sand and gravels in the North Sask. River. (A.K.A. sample #18 in Halferdahl's unpublished report (ARC-165))	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.075	-9999	-9999	-9999	70.9 mg per cubic yard Au.	AGS OFR 1965-11, AGS OFR 1994-08	Alberta Geological Survey
074M 0273	Metallic mineral	-9999	6701 (OFR 2010-08); METID_1119 (DIG 2019-0026)	74M	59.813584	-110.301914	-9999	South of west arm of Andrew Lake.	Surface	Geochemical anomaly	Outcrop	-9999	Structurally-controlled polymetallic	-9999	Uranium, Molybdenum, Lead	Schist	Proterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0701	Mo	per cent	0.332	701 ppm U. 3320 ppm Mo and 1670 ppm Pb.; Historical sample ID 6701 (AGS OFR 2010-08)	AGS OFR 2010-08	Alberta Geological Survey
082G 0120	Metallic mineral	Northern Milvain (central Burmis)	02JTN001 (Dufresne, 2003); METID_0175 (DIG 2019-0026)	82G	49.641187	-114.311775	-9999	About 10 km north of Burmis.	Surface	Prospect	Outcrop	-9999	Paleoplacer magnetite	The Milvain or Central Burmis deposit.	Iron, Titanium	Sandstone	Late Cretaceous	Burmis Formation	Magnetite bearing sandstone; The ore occurs in lenticular beach deposits in the basal Belly River Formation; Structure: Faulted - The ore is positioned near thrust faults and has been sliced into pods; ~ 25% magnetite. These estimates are for material that can be recovered easily by quarrying. Four small pods of ore in the Dupset area are estimated to contain a total of 9,000 tons of magnetite.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Fe2O3	per cent	71.87	TiO2	per cent	8.18	71.87% Fe2O3 and 8.18% TiO2 for 1.5 m width. Historical resource of Milvain deposit: 433,300 tonnes at specific gravity of 3.6 km/m3.; Original sample ID 02JTN001 (MAR 20040005)	MAR 20040005, MAR 19720011, AGS OFR 1994-08	Alberta Geological Survey
074M 0206	Metallic mineral	Bonny Fault	37713 (MAR 20070025); METID_1203 (DIG 2019-0026)	74M	59.945200	-110.265390	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1260	La	ppm	727	727 ppm La. 1260 ppm Ce. 128 ppm Pr and 626 ppm Nd	MAR 20070025, AGS DIG 2009-0021	Alberta Geological Survey
082G 0150	Metallic mineral	Spionkop Ridge	8265 (site RM16, OFR 2011-11); METID_0053 (DIG 2019-0026)	82G	49.222098	-114.007674	2010	In the north side (south facing) of Blind Canyon.	Surface	Geochemical anomaly	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver, Lead, Gold	Quartzite	Mesoproterozoic	Siyeh Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.0763	Pb	per cent	0.0887	763 ppm Cu, 21 ppb Au, 3664 ppb Ag, 887 ppm Pb, 52 ppm Mo and a trace of Pt and Pd.	AGS OFR 2011-11	Alberta Geological Survey
074M 0276	Metallic mineral	-9999	6716 (OFR 2010-08); METID_1223 (DIG 2019-0026)	74M	59.988654	-110.218617	-9999	West shore of Pythagoras Lake.	Surface	Geochemical anomaly	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium, Lead, Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0792	Pb	per cent	0.0575	792 ppm U, 575 ppm Pb and 458 ppm Zn.; Historical sample ID 6716 (OFR 2010-08)	AGS OFR 2010-08	Alberta Geological Survey
082H 0003	Metallic mineral	-9999	82H-M-15 (OFR 1994-08); METID_0012 (DIG 2019-0026)	82H	49.072436	-113.414944	-9999	About 6.8 km southeast of the hamlet of Beazer and about 600 m west of Furman Lake.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Iron-rich sandstones are exposed along a narrow ridge for about 800 meters. The beds strike N30W and dip 55W. The iron-rich section is up to 2.1 meters thick and comprises chloritic sandstone with practically no magnetite; The average Fe content from this area is 8.6%; Gangue: Chlorite; Structure: Faulted - The zone is probably bounded on the East by a thrust fault; A very low grade, poorly exposed occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	8.6	-9999	-9999	-9999	8.6% Fe; The iron-rich zone is about 7 feet thick towards the southern end of the ridge, where the section was sampled at locality 374, yielding an average Fe content of 8.6 per cent.	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082G 0010	Metallic mineral	Todd Creek	82G-M-98 (OFR 1994-08); METID_0212 (DIG 2019-0026)	82G	49.810699	-114.324267	-9999	About 3.8 km southeast of Thunder Mountain and about 6.0 km north-northwest of the hamlet of Todd Creek.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Fe-rich rocks outcrop along the SW flank of a North-plunging anticline and form a prominent scarp. The bed is up to 2.1m thick but contains negligible magnetite; No Assays Magnetite content of the zone at this locality is negligible; Structure: Folded, Faulted - All of the Todd Creek occurrences are complexly folded and faulted; Negligible magnetite content at this locality.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	8.9	-9999	-9999	-9999	8.9% Fe over 2.13 m.	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082G 0070	Metallic mineral	-9999	82G-M-18A (OFR 1994-08); METID_0085 (DIG 2019-0026)	82G	49.288629	-114.092626	-9999	Pincher Ridge area about 1400 m southeast of Pincher Creek and about 1600 m southwest of the surface expression of the Lewis Thrust.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Argillite, quartzite, sandstone	Mesoproterozoic	Appekunny Formation, Grinnell Formation	Green argillite and dirty quartzite beds; Three occurrences are located along strike within about 200m of this point. Samples were taken across interbedded argillite and quartzite with individual beds ranging from 5cm to 90cm thick. The best assay is 0.61% Cu and 0.18 oz/ton Ag across 3.05m. Mine; These two samples are on strike about 85m apart; Alteration: The mineralization bed is heavily leached in places. - Spotty to Local (<20%) - No structural information; Mineralization appears to average 2.5m to 3m thick and has apparently been traced for up to 2500m along strike. Mineralization is likely quite erratic within the bed. Chalcocite and bornite are present mostly in the interstices of quartz grains.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.01	Ag	g/t	8.914	8.914 g/t Ag and 1.01% Cu over 0.91 m.	MAR 19680019, MAR 19710002, MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
074M 0244	Metallic mineral	Bonny Fault	37719 (MAR 20070025); METID_1059 (DIG 2019-0026)	74M	59.774544	-110.216503	-9999	Off the south top of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.08	-9999	-9999	-9999	800 ppm U	MAR 20070025	Alberta Geological Survey
074M 0267	Metallic mineral	Bonny Fault	37844 (MAR 20070025); METID_1211 (DIG 2019-0026)	74M	59.960961	-110.211228	-9999	Andrew Lake	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1520	La	ppm	839	839 ppm La, 1520 ppm Ce, 469 ppm Nd and 54 ppm Sm.; Historical sample ID 37844 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
082H 0027	Metallic mineral	-9999	060601_03 (DIG 2009-17); METID_0010 (DIG 2019-0026)	82H	49.066389	-113.224288	-9999	Kimball	Surface	Geochemical anomaly	Outcrop	-9999	Sandstone-hosted uranium	-9999	Uranium	Shale	Late Cretaceous	St. Mary River Formation	Sandstone massive, medium-grained (light grey, calcareous - fizzy) above the contact with radioactive zone with underlying black shale.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	74	-9999	-9999	-9999	85 ppm Mo, 74 ppm U and 1450 ppm As (sample 06USA0024).; Historical sample ID 06USA0024 (AGS DIG 2009-0017) Sandstone massive, medium-grained (light grey, calcareous - fizzy) above the contact with radioactive zone, sample across 50cm	AGS DIG 2009-0017	Alberta Geological Survey
073E 0007	Metallic mineral	-9999	73E-M-08 (OFR 1994-08); METID_0327 (DIG 2019-0026)	73E	53.850633	-110.637976	-9999	About 5.6 km south of Mitchell Lake and about 17 km ESE of the town of Elk Point (NTS 75E/15).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	River bed deposit; Alluvial sand and gravel; Pt noted - 120 mesh	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.0073	-9999	-9999	-9999	9.104 mg per cubic yard Au	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
084A 0001	Metallic mineral	MacKay River	MacKay River; METID_0693 (DIG 2019-0026)	84A	56.813376	-112.383589	-9999	MacKay River Thickwood Hills 66 km west of Fort McMurray.	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream Sediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	9.3 kg stream sediment yielded 500 grains of gold and was amortized to field pan equivalent of 269 gold grains/5 kg sample	AGS GEO 2000-02	Alberta Geological Survey
082O 0180	Industrial mineral	Marble Mountain	-9999	82O	51.890975	-115.202393	-9999	65 km north of Sundre; southern spur of Marble Mountain into Teepee-Pole creek	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime, road construction	-9999	-9999	Fair	45 metres of high calcium limestone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	92-98 % CaCO3, 0.9-2.8 MgCO3, up to 67 m thick Pekisko	MAR 20120004	Alberta Geological Survey
073E 0002	Metallic mineral	-9999	73E-M-09 (OFR 1994-08); METID_0324 (DIG 2019-0026)	73E	53.786788	-110.428650	-9999	Along the North Saskatchewan River about 1.5 km upstream from the confluence of the Vermillion and North Saskatchewan Rivers (NTS 73E/9).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Platinum	Sand, gravel	Quaternary	-9999	Alluvial deposit; sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	g/t	0.057	-9999	-9999	-9999	93.06 mg per cubic yard Au	AGS OFR 1965-11, AGS OFR 1994-08	Alberta Geological Survey
074M 0245	Metallic mineral	Bonny Fault	37717 (MAR 20070025); METID_1060 (DIG 2019-0026)	74M	59.774622	-110.198230	-9999	Off the south top of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0937	-9999	-9999	-9999	937 ppm U	MAR 20070025	Alberta Geological Survey
083B 0052	Industrial mineral	Baseline Mountain Proposed Quarry	INDID_1322 (DIG 2019-0027)	83B	52.151511	-115.463166	-9999	Approximately 3 km to the north of Baseline Mountain.	Surface	Project with resource estimate	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	Estimated 16.2 Mt, estimated production of 600,000 tonnes/yr over 25 years.	-9999	-9999	Cement, lime	Medium	-9999	Good	Baseline Mountain Quarry Proposed by Barakat Resources Ltd.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	95.4-96.4% CaCO3 up to 40 m thick	Barakat Resources (2016) Proposed Baseline Mountain underground limestone project public disclosure document	Alberta Geological Survey
074M 0259	Metallic mineral	Bonny Fault	37794 (MAR 20070025); METID_1184 (DIG 2019-0026)	74M	59.891475	-110.220238	-9999	West side of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Granite-hosted uranium	-9999	Uranium, Molybdenum, Rare-earth elements	Granite	Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.095	Mo	ppm	330	950 ppm U	MAR 20070025	Alberta Geological Survey
083C 0028	Industrial mineral	Cadomin D	C57726; INDID_0162 (DIG 2019-0027)	83C	52.990633	-117.340120	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Pekisko Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Dolomitic limestone. Basal beds of formation.	Holter (1976): samples 397-401 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4 samples 397-401 Chemical analysis #96	AGS ECO 4	Alberta Geological Survey
083C 0008	Industrial mineral	Fish Creek	C42298; INDID_0182 (DIG 2019-0027)	83C	52.477558	-116.059920	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	Three major units in the immediate vicinity of the quarry: Uppermost bed of grey-weathered, dark grey to black, massive, coarse-grained, high-calcium limestone, ~10 m thick. Underlain by series of beds of magnesian limestone with thickness of 15 - 18 m. T	Holter: samples 143 to 147 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4, after Matthews (1961): Samples S3, S5,S7, S9. Goudge (1945): Sample 22	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082O 0052	Industrial mineral	Kananaskis QA	C24122; INDID_0142 (DIG 2019-0027)	82O	51.079745	-115.125430	-9999	On the southeastern slopes of Door Jamb Mountain.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Medium	-9999	Poor	Site "QA" is a quarry cut into a low spur of limestone and dolomite projecting south toward the railway on the north side of the valley. The strata strike N55W and dip 75SW. Dark grey, finely crystalline variegated and mottled limestone and interbedded do	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4, p.45,46: Sample Nos. 8A to G (from Goudge 1945)	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082O 0058	Industrial mineral	Exshaw	C24942; INDID_0094 (DIG 2019-0027)	82O	51.061733	-115.172659	-9999	West of Exshaw and on the north side of the valley is the quarry for the Canada Cement Company.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Portland cement	Large	-9999	Good	Strata being quarried (100 ft) is relatively low in magnesia and consists of hard, brittle, fine-grained, dark grey, high calcium limestone with minor beds that are mottled with dolomite. Bedding is heavy and individual beds up to 3 ft thick are common. .	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4, p.46: Samples 9, 9A to 9E. (From Goudge 1945)	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082O 0073	Industrial mineral	Heart Mountain	C27512; INDID_0144 (DIG 2019-0027)	82O	51.050672	-115.142930	-9999	Along the northern slopes of Heart Mountain.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Livingstone Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Fair	Basal Livingstone beds were sampled by Matthews (1961) on the north flank of Heart Mountain, which is across the Bow River valley from Exshaw.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4, p.48, 49. Samples from Section A-A and Section B-B	Matthews (1961) Report on the Heart Mountain limestone deposit, AGS ECO 4	Alberta Geological Survey
082O 0087	Industrial mineral	Exshaw N	C26848; INDID_0096 (DIG 2019-0027)	82O	51.065150	-115.160150	-9999	Along the southern slopes of Exshaw Mountain.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Livingstone Formation	-9999	-9999	-9999	Cement, lime	Large	-9999	Fair	The Canadian Pacific Railway sampled a section in the middle of the Livingstone Formation east of Exshaw on the north side of the valley.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4, p.50: samples 12 to 17. (Canadian Pacific)	AGS ECO 4	Alberta Geological Survey
082O 0056	Industrial mineral	Canmore, Gap	C31784; INDID_0156 (DIG 2019-0027)	82O	51.060885	-115.267133	-9999	Along the southern slopes of Grotto Mountain.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Livingstone Formation	-9999	-9999	-9999	Cement, lime	Large	-9999	Fair	Very fine-grained, dark bluish grey limestone, in massive, indistinct beds flecked with tiny crystals of black calcite.	Holter: samples 79 to 89 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4, p.51, 74: Samples 11A, 11B, 12. (from Goudge 1945)	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082O 0083	Industrial mineral	Kananaskis N2	C22367; INDID_0138 (DIG 2019-0027)	82O	51.115010	-115.136820	-9999	Along the eastern slopes of Goat Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Dark grey, finely crystalline variegated and mottled limestone and interbedded dolomite. Holter's samples, #495-569, were taken across almost the entire formation at a location 3km north of Kananaskis.	Holter: samples 495-569 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Chemical analysis nos. 48-55, p.43,44	AGS ECO 4, National Mineral Inventory record 115062	Alberta Geological Survey
083C 0027	Industrial mineral	Cadomin B	C36419; INDID_0158 (DIG 2019-0027)	83C	52.994246	-117.327860	-9999	Approximately 4 km south of the Hamlet of Cadomin, AB; along McLeod River to the west of Cadomin Mountain.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Poor	Middle beds of formation, 70 m interval sampled along railway below abandoned quarry, representative of quarry beds.	Holter: samples 347-382 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Sample #347 to 382; Chem. Anal. # 88-91.	AGS ECO 4	Alberta Geological Survey
082O 0097	Industrial mineral	Kananaskis S	C33764; INDID_0244 (DIG 2019-0027)	82O	51.065111	-115.125410	-9999	Along the northern slopes of McConnell Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Late Devonian	Southesk Formation	-9999	-9999	-9999	-9999	Medium	-9999	Poor	Composite sample 76 was taken from the Southesk Formation where it is exposed on the south side of the TransCanada highway east of Exshaw.	Holter (1976): samples 76-1 to 76-7. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: sample 76 (composite).Chemical analysis #45	AGS ECO 4	Alberta Geological Survey
083C 0031	Industrial mineral	Nordegg D	C43583; INDID_0185 (DIG 2019-0027)	83C	52.480047	-116.047710	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Argillaceous limestone.	Holter: samples 132 to 136 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: samples 132 to 136. Chem. Anal. Nos. 66 to 69	AGS ECO 4	Alberta Geological Survey
083F 0032	Industrial mineral	Brule Lake	C75011; INDID_0208 (DIG 2019-0027)	83F	53.237773	-117.866700	-9999	Along the southern spur of Bedson Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Mount Hawk Formation	-9999	-9999	-9999	-9999	Small	-9999	Poor	-9999	Holter (1976): samples 185-195 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: samples 185-195.Chemical analysis #99	AGS ECO 4	Alberta Geological Survey
083F 0033	Industrial mineral	Ogre Ridge	C75415; INDID_0209 (DIG 2019-0027)	83F	53.236874	-117.874270	-9999	Along the southern spur of Bedson Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Samples representing 140 m thickness of formation - main middle part.	Holter (1976): samples196-236 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: samples 196- 236. Chem. Anal. Nos. 100 to 103	AGS ECO 4	Alberta Geological Survey
082G 0190	Industrial mineral	Crowsnest S	C20917; INDID_0240 (DIG 2019-0027)	82G	49.638707	-114.635450	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Devonian	Fairholme Group	-9999	-9999	-9999	-9999	-9999	-9999	Fair	The samples are from the north side of Crowsnest Lake, lower in the Fairholme Group than samples 491-494. The beds dip between 30 and 60W.	Holter (1976): samples 21-26 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: samples 21-26 Chemical analysis #5	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083F 0028	Industrial mineral	Cadomin C	C57262; INDID_0161 (DIG 2019-0027)	83F	53.001472	-117.346090	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Middle of formation, above Cadomin caves, across valley from active quarry (different thrust slice).	Holter (1976): samples 237-268A XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Samples 237-268A	AGS ECO 4	Alberta Geological Survey
083F 0016	Industrial mineral	Cadomin A, McLeod	C54409; INDID_1434, INDID_0159 (DIG 2019-0027)	83F	53.005078	-117.330880	-9999	Approximately 2 km south of the Hamlet of Cadomin, AB; along McLeod River to the west of Cadomin Mountain.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Late Devonian	Palliser Formation	-9999	-9999	-9999	Lime production	Large	-9999	Good	Thick bedded, grey and blue, fine grained, high calcium limestone, intercalated with beds containing 10 to 20% MgCO3. Three of these beds are continuous through the deposit. These high magnesium beds vary in thickness from 3 to 12 m. Proven reserves in th	Holter (1976): samples 270-346 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Samples 270 to 346. Chem. Anal. #s 81-87. Goudge (1945): Samples 24, 25	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082G 0186	Industrial mineral	Crowsnest area (Summit Q1)	C8095; INDID_0102, INDID_0104, INDID_0103, INDID_0105 (DIG 2019-0027)	82G	49.631463	-114.658030	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake. The farthest east of the quarries along Crowsnest Ridge.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Livingstone Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Fair	Limestone quarry, consists of two 37 m thick high-grade limestone units, separated by a 11 m thick dolomitic limestone unit. The high grade limestone units average 98% CaCO3. Quarry is estimated to contain 1.2 million tonnes of high purity limestone.

W	Centre of quarry: Samples 418-426 (AGS ECO 4), XRF analysis
Western side of quarry: Samples 427-433 (AGS ECO 4), XRF analysis
Eastern side of quarry: Sample 411-417 (AGS ECO 4), XRF analysis
Far eastern side of quarry: Sample 402-410 (AGS ECO 4), XRF a	-9999	Composite	-9999	-9999	CaCO3	per cent	84.95	-9999	-9999	-9999	AGS ECO 4: Samples 418-426 Chemical Analysis #14 Excluding sample #424; Composite sample of samples 418-426 excluding sample #424 in centre of quarry. Historical sample ID Chemical Analysis #14 (AGS ECO 4).	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, AGS OFR 1982-10	Alberta Geological Survey
082G 0221	Industrial mineral	Island Lake B	C19688; INDID_0134 (DIG 2019-0027)	82G	49.631467	-114.680620	-9999	Along the southern slopes of Crowsnest ridge, above Island Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Siliceous limestone. An outcrop of the Mount Head Formation on the N. side of Island Lake, N. of Hwy. 3 in the Crowsnest Pass, was sampled.	Holter (1976): Samples 486-490 XRF analysis:          CaCO3    MgCO3 486       95.5      3.1 487       88.4      4.2 488       52.5     20.3 489       70.5      2.6 490       90.9	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Samples 486-490 Chemical analysis #26	AGS ECO 4	Alberta Geological Survey
082G 0222	Industrial mineral	Crowsnest	C20606; INDID_0239 (DIG 2019-0027)	82G	49.627852	-114.635460	-9999	Along the northern slopes of Sentry Mountain.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Fairholme Group	-9999	-9999	-9999	-9999	Medium	-9999	Good	Upper part of Devonian-Fairholme Group. Grey dolomite outcrop on small Knoll south of Highway. 30 m thickness exposed.	Holter (1976): samples 491-494 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Samples 491-494 Chemical analysis #27	AGS ECO 4	Alberta Geological Survey
083F 0031	Industrial mineral	Jasper Park Gate	C74012; INDID_0195 (DIG 2019-0027)	83F	53.226913	-117.823970	-9999	Along the northern spur of Roche  Perdrix.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	Quarry in steeply dipping beds of limestone. High calcium rock typically dark grey, massively bedded, finely crystalline limestones, mottled and dolomitic in part. The formation varies between 180 to 240 m in thickness.	XRF analysis, Sample 610, 611, 612, 613.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: samples 610-613. Chemical analysis #97	AGS ECO 4	Alberta Geological Survey
083F 0029	Industrial mineral	Folding Mtn. A	C72857; INDID_0194, INDID_0193 (DIG 2019-0027)	83F	53.246743	-117.781570	-9999	Brule area.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, chert	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Folding Mountain is an anticlinal outlier of Paleozoic rocks 2 km beyond the mountain front. Palliser strata are typically dark grey, massively bedded, finely crystalline limestones, mottled and dolomitic in part, 180 to 240 m in thickness. Cherty(?) beds	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Samples 700, 701, and 702. Chem. Anal. Nos. 113, 114, 115.	AGS ECO 4	Alberta Geological Survey
082O 0098	Industrial mineral	Lac des Arcs S	C7199; INDID_0246 (DIG 2019-0027)	82O	51.047098	-115.177630	-9999	Along the northern slopes of Mt McGillvray.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Devonian	Cairn Formation, Southesk Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	Holter: samples 71, 72-1 to -6, 72-7 to -15 and 73-1 to -2.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4: Samples 71, 72-1 to 15. Chem. Anal. Nos. 39 to 42	AGS ECO 4	Alberta Geological Survey
083C 0007	Industrial mineral	Nordegg C	C42945; INDID_0183 (DIG 2019-0027)	83C	52.481625	-116.060700	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	-9999	Holter: samples137 to 142 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO: Samples 137-138; 139-142. Goudge (1945): Sample 22A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083G 0056	Industrial mineral	Duffield	C107924; INDID_0346 (DIG 2019-0027)	83G	53.436148	-114.289370	-9999	Approximately 40 km to the west of the city of Edmonton along the North Saskatchewan River, AB.	Surface	Past producer	Abandoned oxbow lake channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Large	-9999	Fair	Near the North Saskatchewan River in an abandoned, filled in, oxbow lake. The valley bottom is dry and well drained except for minor groundwater seepages, and lies about 30 m below the surrounding upland and 3 m above the current river level. . Some secti	Macdonald (1982): Table 10, p.76.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1982-01: Table 11, p.77	AGS OFR 1982-02	Alberta Geological Survey
082H 0069	Industrial mineral	Hillspring Shell Beds	C125660; INDID_0584 (DIG 2019-0027)	82H	49.267230	-113.562880	-9999	Approximately 5 km to the southeast of the village of Hill Spring, AB near Belly River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Coquina	Late Cretaceous	St. Mary River Formation	-9999	-9999	-9999	Cement manufacturing	-9999	-9999	Good	Extensive beds of oyster shells, 4.5 m thick. Total estimated tonnage 80 000 of shell limestone. Undeveloped because of high production costs.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS INF 003. Channel samples taken from: A - north exposure; B - south exposure; C - cutbank; E - outcrop in Indian Reserve	AGS INF 003	Alberta Geological Survey
083F 0023	Industrial mineral	Leyland Mtn. E	C58354; INDID_0163 (DIG 2019-0027)	83F	53.005108	-117.376250	-9999	On the southern slopes of Leyland Mountain.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	Upper part of formation, 200 foot interval.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1967-07: Samples 11-16 to 18, 12-19, 20	AGS OFR 1967-07	Alberta Geological Survey
083F 0024	Industrial mineral	Leyland Mtn. W	C58782; INDID_0164 (DIG 2019-0027)	83F	53.007160	-117.385080	-9999	On the southern slopes of Leyland Mountain.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	150 feet interval below E section (samples 8-12 and 8-13 approx. equivalent to sample 12-20 of E section); upper part of formation.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1967-07: Samples 8-12 to 15	AGS OFR 1967-07	Alberta Geological Survey
073E 0024	Industrial mineral	Lindbergh	C112743; INDID_0198 (DIG 2019-0027)	73E	53.895903	-110.712387	-9999	Approximately 12 km to the east of the town of Elk Point, AB.	Surface	Prospect	Abandoned glacial channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Large	-9999	Fair	Abandoned channel-glacial deposit is in the wide, flat-bottomed, Simmie Lake meltwater channel, which is incised about 65 m into an area of predominantly glaciofluvial outwash. . Marl thickness range from 0.6-1.9 m; overburden 0.1-1.5 m. Size: >1 million 	Macdonald (1982): Table 10. p.76, Test holes 2,4,11,13,16.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02: Table 11, p.77, Test holes 2, 4, 11, 13 & 16	AGS OFR 1982-02	Alberta Geological Survey
082G 0244	Industrial mineral	Deadman Pass (Site 4A)	C18085; INDID_0130 (DIG 2019-0027)	82G	49.697108	-114.641070	-9999	Within 2 km of Deadman Pass.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	The Palliser Formation in the pass measured 286 m in thickness. Quarriable site contains an average of 91% CaCO3, 3-6% MgCO3 and 1% Fe2O3 over 66 m of strata. . This site exists on the S.E. side of a N.N.E trending spur on the north side of the pass. An o	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10: DM 80 D1-1C to D1-5C	AGS OFR 1982-10	Alberta Geological Survey
082G 0242	Industrial mineral	Deadman Pass (D2A)	C16491; INDID_0128 (DIG 2019-0027)	82G	49.697103	-114.663650	-9999	Within 2 km of Deadman Pass.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	D2A is a sample traverse through the middle 70 m of the Livingstone Formation (Zone 7), as it is exposed on the south side of the pass. Strata dip into the mountain, and the traverse samples were taken along a central spur that runs up the mountain. . As 	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10: DM80 D2-25 to D2-29	AGS OFR 1982-10	Alberta Geological Survey
082G 0243	Industrial mineral	Deadman Pass (D2B)	C17283; INDID_0129 (DIG 2019-0027)	82G	49.693365	-114.669230	-9999	Within 2 km of Deadman Pass.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	D2B is a sample traverse from the upper 45 m (Zone 8) of the Livingstone Formation. Samples taken along a spur that runs up the S. side of the valley wall. Along this spur the strata follow the topographic contours and dip into the mountain side. . The ba	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10: DM80 D2-4 to D2-7	AGS OFR 1982-10	Alberta Geological Survey
083F 0046	Industrial mineral	Brule (Site 2.2)	C76635; INDID_0212 (DIG 2019-0027)	83F	53.292231	-117.903500	-9999	On the eastern slopes of Bedson Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone, shale, chert	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Poor	172 m of upper, middle, and part of the lower Palliser Formation. Dark gray or dark brown, light gray weathering, fine to medium crystalline limestones, with small amounts of dolomitic limestone, dolomite, calcareous shale and chert masses. . Lower and up	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples BRL-C2- 1 to 10. CaCO3: 82 - 98%, avg. 93%. MgCO3: 1 - 10%, avg. 3%	AGS OFR 1982-11	Alberta Geological Survey
083F 0047	Industrial mineral	Brule (Site 2.3)	C77065; INDID_0213 (DIG 2019-0027)	83F	53.321226	-117.933850	-9999	On the eastern slopes of Boule Roche.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	Lower beds of formation, overturned, 27 m interval above Boule thrust fault, on northeast trending spur.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples BRL-C3-1 & 2	AGS OFR 1982-11	Alberta Geological Survey
083E 0005	Industrial mineral	Rock Lake A (Site 3.1A)	C79673; INDID_0307, INDID_0216, INDID_0308 (DIG 2019-0027)	83E	53.492203	-118.174080	-9999	Approximately 6 km to the east of Rock Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone, Dolomite	Limestone	Mississippian, Triassic	Shunda Formation, Turner Valley Formation, Mount Head Formation, Whitehorse Formation	Closely spaced imbricate thrust faults exposing Rundle Group and younger strata. Most of the Rundle Group consists of dolomite, gray to olive gray, micro to finely crystalline and medium to massive bedded with pin point to vuggy porosity.	-9999	-9999	-9999	Small	-9999	Poor	Site 3.1: 186m of upper to middle Rundle Group strata. Began with Triassic Sulfur Mountain Formation. The Shunda Formation contained two limestone beds each only 5 m thick. The Whitehorse Formation consists of dolomites, arenaceous dolomites, and shales.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples RL-1-1C to 7C, RL-1-8C, 10C, RL-1-11C,12C, 16C & 17C	AGS OFR 1982-11	Alberta Geological Survey
083E 0006	Industrial mineral	Rock Lake D (Site 3.2)	C82798; INDID_0309, INDID_0217 (DIG 2019-0027)	83E	53.478951	-118.200890	-9999	Approximately 3 km to the east of Rock Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Shunda Formation, Turner Valley Formation, Mount Head Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples RL-2-1C to 11C, RL-2- 14C, 22C & 23C	AGS OFR 1982-11	Alberta Geological Survey
083E 0019	Industrial mineral	Rock Lake F (Site 3.3)	C83536; INDID_0310 (DIG 2019-0027)	83E	53.480860	-118.280670	-9999	Approximately 2 km to the north of Rock Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples RL-3-1C to 8C	AGS OFR 1982-11	Alberta Geological Survey
083E 0025	Industrial mineral	Muddywater River (Site 5.1)	C94227; INDID_0316 (DIG 2019-0027)	83E	53.792210	-119.471390	-9999	On the southern slopes of Llama Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples SR-1-1C to 7C	AGS OFR 1982-11	Alberta Geological Survey
083E 0015	Industrial mineral	Smoky River D (Site 5.2.2)	C92243; INDID_0315, INDID_0226 (DIG 2019-0027)	83E	53.733952	-119.343350	-9999	Approximately 8 km to the north of Childear Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Pekisko Formation, Shunda Formation, Turner Valley Formation, Mount Head Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Dolomitic limestone to siliceous dolomite.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11: Samples SR-2-1C to 5C, SR-2-6C to 11C	AGS OFR 1982-11	Alberta Geological Survey
083E 0020	Industrial mineral	Berland Gap C (Site 4.2.3)	C85900; INDID_0311 (DIG 2019-0027)	83E	53.666748	-118.603920	-9999	Above South Berland River near its mouth.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Turner Valley Formation, Mount Head Formation	-9999	-9999	-9999	-9999	Medium	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11; Samples AL-3-1C to 8C	AGS OFR 1982-11	Alberta Geological Survey
082O 0053	Industrial mineral	Kananaskis QB	C23628; INDID_0143 (DIG 2019-0027)	82O	51.079745	-115.125430	-9999	On the southeastern slopes of Door Jamb Mountain.	Surface	Past producer	Outcrop	Quarry	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Medium	Both samples: grinds readily, no grit residue.	Good	Dark grey, finely crystalline variegated and mottled limestone and interbedded dolomite. Sample KQB-16 is a composite sample collected across a 20 m interval of the face of the middle Kananaskis quarry, located on the north side of the valley. . The quarr	Hamilton (1987): KQB-16 , 17	Brightness: KQB-16 76.1% KQB-17 79.5%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14: sample KQB-16	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS OFR 1989-14	Alberta Geological Survey
082G 0261	Industrial mineral	Phillipps Pass N2	C21234; INDID_0242 (DIG 2019-0027)	82G	49.646113	-114.629580	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Fairholme Group	-9999	-9999	-9999	-9999	Small	Grinds readily, no grit residue.	Fair	The sampled interval, about 20 m, includes reefoid beds interlayered with medium bedded, blocky dolomite of light to medium grey color (Munsell Rock Color 10 YR 7.5/1). It appears to represent lower Fairholme Group beds below the Peechee Member.	Medium to coarse crystalline, subcompact, porous; moderately soft.	Brightness: 57.6%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14: sample PHP-12 No chemical analysis	AGS OFR 1989-14	Alberta Geological Survey
082G 0211	Industrial mineral	Phillipps Pass N1	C21662; INDID_0241 (DIG 2019-0027)	82G	49.649730	-114.635430	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Peechee Member	-9999	-9999	-9999	-9999	Medium	All samples: grinds readily, no grit residue.	Fair	In the Pass, the Peechee dolomite is 220 m thick and consists of massive, medium crystalline calcareous dolomite, with abundant fine to coarse vugs lines or filled with calcite. . The outcrop consists of a very light grey dolomite (Munsell Rock Color 10 Y	PHP-6,7,8; PHP-9; PHP-10,11. PHP-6,7,8	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14: samples PHP-6, 7, 8 and PHP-9, 10, 11	Hamilton (1969) Unpublished, AGS OFR 1989-14, AGS SPE 102	Alberta Geological Survey
082G 0260	Industrial mineral	West Castle Road	C50192; INDID_0238 (DIG 2019-0027)	82G	49.352870	-114.413800	-9999	Along the eastern slopes of Syncline Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Precambrian	Altyn Formation (middle)	-9999	-9999	-9999	-9999	Small	Both samples: grinds with difficulty, gritty particles remain.	Good	Siliceous dolomite.	Hamilton: samples, WCR-4 & WCR-5 WCR-4: microcrystalline (peloidal) with quartz and chert clasts, compact; very hard, tough. WCR-5: microcrystalline with detrital quartz grains, compact; very hard, tough.	Brightness: WCR-4 74.8%; WCR-5 71.1%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14: Samples WCR-4, WCR-5	AGS OFR 1989-14	Alberta Geological Survey
083C 0070	Industrial mineral	Windy Point	C46687; INDID_0190 (DIG 2019-0027)	83C	52.255221	-116.395340	-9999	Along the western shore of Abraham Lake near Windy Point.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Large	All samples: grinds readily, no grit residues.	Good	Massive-bedded, cliff-forming limestone with microcrystalline texture (pelloidal in part), light pinkish to brownish grey in colour, streaked with dark grey bands. About 370 m thick, base underlain by fault.	Hamilton (1987): samples - WNP-27 to 30.	Brightness: WNP-27 to 30 WNP-27   72.4% WNP-28   76.2% WNP-29   72.4% WNP-30   73.6%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14: samples: WNP-27 to 30 WNP-27: microcrystalline (peloidal) and fine crystalline, dense; moderately hard, brittle. WNP-28: microcrystalline, dense; moderately hard, brittle. WNP-29: microcrystalline (peloidal), dense; moderately hard	AGS OFR 1989-14	Alberta Geological Survey
074M 0143	Metallic mineral	-9999	90a (DIG 2009-21); METID_1157 (DIG 2019-0026)	74M	59.846114	-110.438330	-9999	West of Ashton Lake.	Surface	Showing	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Allanite	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
083C 0003	Metallic mineral	Brazeau	Brazeau; METID_0292 (DIG 2019-0026)	83C	52.873607	-116.574065	-9999	Brazeau River drainage basin along Forestry Road 734 and approximately 45 km southeast of the town of Robb.	Subsurface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Diamonds	Sand, gravel	Quaternary	-9999	-9999	TH185B-RC	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	-9999	-9999	Au	g/t	5.63	-9999	-9999	-9999	Alluvial gold and diamonds 26 locations drilled (RC) and 60 samples analyzed.; Historical sample ID Th 085 (MAR 20120003)	MAR 20120003	Alberta Geological Survey
083G 0005	Metallic mineral	Pembina	Pembina; METID_0300 (DIG 2019-0026)	83G	53.150907	-115.253615	-9999	Pembina Foothills Cardinal Hills and north of Lodgepole and McLeod (west of Edson) river valleys.	Subsurface	Geochemical anomaly	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold, Palladium, Platinum, Diamonds	Sand, gravel	Quaternary	-9999	-9999	DR07-A15	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	-9999	-9999	Au	g/t	0.19	-9999	-9999	-9999	Alluvial gold and diamonds 54 locations drilled and 42 samples analyzed concentrate up to 85.08 g/t Au, 710 ppb Pd, and 16 ppb Pt. Back calculation to original sample size yields Au=0.19 g/t.	MAR 20090019, MAR 20090019	Alberta Geological Survey
082G 0157	Metallic mineral	Carbondale River	8251 (site RM14, OFR 2011-11); METID_0122 (DIG 2019-0026)	82G	49.399475	-114.568918	1881	Alberta side of the North Kootenay Pass about 1 km down from the headwaters of the Carbondale River.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Zinc, Lead	Basalt, siltstone, sandstone	Mesoproterozoic	Sheppard Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.56	-9999	-9999	-9999	Amygdule-filling chalcopyrite 0.56% Cu .; Historical sample ID 8251 (AGS OFR 2011-11)	AGS OFR 2011-11	Alberta Geological Survey
082H 0032	Metallic mineral	-9999	060608_03 (DIG 2009-17); METID_0214 (DIG 2019-0026)	82H	49.851248	-113.266111	-9999	Waterton River	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Sandstone	Late Cretaceous	Battle Formation	Black shale with rusty, discoloured linear burrows	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	236	La	ppm	118	Anomalous light rare earths and Y: 118 ppm La, 236 ppm Ce (sample 06USA0071).; Historical sample ID 06USA0071 (AGS DIG 2009-0017)	AGS DIG 2009-0017	Alberta Geological Survey
072E 0006	Metallic mineral	-9999	060605_03 (DIG 2009-17); METID_0002 (DIG 2019-0026)	72E	49.025496	-111.658642	-9999	Police Creek	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Sandstone	Late Cretaceous	Milk River Formation	Yellow frail sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	681	La	ppm	401	Anomalous light rare earths and Y: 401 ppm La, 681 ppm Ce, 70 ppm Pr, 29 ppm Sm and 55 ppm Y (samples 06USA0045 06USA0044).	AGS DIG 2009-0017	Alberta Geological Survey
083C 0002	Metallic mineral	Brazeau Drillhole 99E Brazeau	Drillhole 99E; METID_0289 (DIG 2019-0026)	83C	52.850621	-116.667181	-9999	Brazeau River	Subsurface	Geochemical anomaly	Sand and gravel	-9999	Placer gold	-9999	Gold	Gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	-9999	-9999	Au	g/t	3.5	-9999	-9999	-9999	Assays from drill-core yielded between 0.08 and 3.5 g/t.	MAR 20120003	Alberta Geological Survey
074E 0038	Metallic mineral	Richardson	Richardson; METID_0821 (DIG 2019-0026)	74E	57.879850	-111.031632	-9999	130 km north-northeast of Fort McMurray East of the Athabasca River and West of the Marguerite Wildlands North of the Firebag River and South of Grayling Creek.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Gold, Rare-earth elements, Silver	Granite	Precambrian	-9999	-9999	14RLD005	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Au	g/t	0.04	-9999	-9999	-9999	Assays of granite at 76 77 and 80 m depth returned values of 40, 16 and 16 ppb Au.	MAR 20130020, MAR 20160001	Alberta Geological Survey
084N 0003	Metallic mineral	-9999	83N-M-06 (OFR 1994-08); METID_0959 (DIG 2019-0026)	84N	59.214495	-117.505189	-9999	About 50 km south-southwest of the hamlet of Steen River.	Subsurface	Geochemical anomaly	Drillhole	oil or gas well	Polymetallic black shale	-9999	Zinc, Copper	Shale	Cretaceous	Loon River Formation	-9999	Gulfin Anita EV 1-4-118-21W5	100/01-04-118-21W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	88	116	Zn	per cent	0.074	Cu	ppm	310	Assays yielded 740 ppm Zn, 310 ppm Cu and 140 ppm Ni.	AGS GEO 2000-02	Alberta Geological Survey
073D 0018	Industrial mineral	Provost Potash	INDID_1314 (DIG 2019-0027)	73D	52.296600	-110.111239	-9999	Near the Alberta-Saskatchewan border, near Provost, approximately 290 km southeast of Edmonton, Alberta	Subsurface	Prospect	Well	-9999	Evaporites	-9999	Potash	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	PPClO3 Provost lO-29-38-1 W4M	100/10-29-038-01W4/00	Fertilizer	-9999	-9999	-9999	3 holes drilled. Chip samples collected over intervals between 595 and 600 m. Approximately 90 m of core collected form the three holes. All three holes logged for geophysics. PPC 103 Provost 10-29-38-1 W4M, 1349 m.	-9999	-9999	Drillcore	1349.05	1349.35	-9999	-9999	-9999	-9999	-9999	-9999	At 1349.05 m to 1349.35 m there is a zone with 21.55 wt % K2O.; Historical sample ID PPClO3 Provost lO-29-38-1 W4M (MAR 20130015)	MAR 20130015	Alberta Geological Survey
074M 0024	Metallic mineral	-9999	117 (DIG 2009-21); METID_1014 (DIG 2019-0026)	74M	59.700315	-110.466981	-9999	South Potts Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Au with anomalous As and W.	AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
084C 0023	Industrial mineral	Peace River West Block	T125560; INDID_1102 (DIG 2019-0027)	84C	56.343867	-117.260690	-9999	Approximately 12 km to the north of the town of Peace River, AB along the river.	Subsurface	Prospect	Drillhole	-9999	Terrigenous	-9999	Silica sand	Sandstone	Cretaceous	Peace River Formation	-9999	-9999	-9999	Frac sand, glass sand	Medium	Frac sand analysis (Hamilton, 1989).	Good	Sandstone lens, consists of easily crumbled, fairly clean, fine- to coarse-grained sand. Of the 16.5 m of sandstone at the top of the Peace River Formation, 12 m are suitable for glass manufacture. The amount of available glass sand may exceed 1 Mt.	Mineral analysis (Hamilton,1989): The grains of sand are almost entirely colorless quartz with a minor amount of smoky quarts. Silica is present also in the form of chalcedony. Rare accessory minerals are feldspars, titanite, limonite, ilmenite and zircon	Physical test (Hamilton, 1989) (17 samples tested from 5 test holes on the East Block): 20-40 mesh Sphericity; 0.7 - 0.8 Roundness; 0.5 - 0.7 Turbidity; 7.0 - 79.0 Crush Resistance 1	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ave. analyses of sand from Paddy Member (AGS OFR 1998-08,p.37): (%) SiO2 98.36; Fe2O3 0.153; Al2O3 0.782; TiO2 0.257; CaO 0.04; MgO trace; Na2O 0.162; K2O 0.23; MnO --; Total 99.984	AGS OFR 1998-08	Alberta Geological Survey
084C 0022	Industrial mineral	Peace River East Block	T124919; INDID_1101 (DIG 2019-0027)	84C	56.325623	-117.243690	-9999	The quarriable mineral leases are located on both banks of the Peace River.	Subsurface	Prospect	Drillhole	-9999	Terrigenous	-9999	Silica sand	Sandstone	Cretaceous	Peace River Formation	-9999	-9999	-9999	Frac sand, glass sand	Medium	Frac sand analysis (Hamilton, 1989).	Good	The deposit belongs to the Paddy Member, a friable sand unit, averaging 7.7 m in thickness, outcropping on the east and west banks of Peace River, to form two separate resource blocks, East Block and the West Block. The total sand resources (all grain siz	Mineral analysis (Hamilton,1989): The grains of sand are almost entirely colorless quartz with a minor amount of smoky quarts. Silica is present also in the form of chalcedony. Rare accessory minerals are feldspars, titanite, limonite, ilmenite and zircon	Physical test (Hamilton, 1989) (17 samples tested from 5 test holes on the East Block): 20-40 mesh Sphericity; 0.7 - 0.8 Roundness; 0.5 - 0.7 Turbidity; 7.0 - 79.0 Crush Resistance 1	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ave. analyses of sand from Paddy Member (AGS OFR 1998-08,p.37):(%) SiO2 98.20; Fe2O3 0.478; Al2O3 0.127; TiO2 0.08; CaO 0.16; MgO 0.007; Na2O 0.009; K2O 0.89; MnO 0.0039. Total 99.95	AGS OFR 1998-08	Alberta Geological Survey
083B 0064	Industrial mineral	Section 2014-12	-9999	83B	52.369041	-115.813234	-9999	In the Brazeau Range, along a ridge northwest of Brazeau Fire Tower and south of the North Saskatchewan River.	Surface	Geochemical anomaly	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolomite	Late Devonian	Palliser Formation	Mainly calcareous dolomitic mudstone.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Average 54.41% CaCO3, 44.38% MgCO3, and 0.74% SiO2 over 77 m	-9999	Rock chips	-9999	-9999	CaCO3	per cent	54.41	MgCO3	per cent	44.38	Average 54.41% CaCO3, 44.38% MgCO3, and 0.74% SiO2 over 77m. Historical sample ID 120433 to 120476 (Section 2014-12) (MAR 20140009).	MAR 20140009	Alberta Geological Survey
083B 0062	Industrial mineral	Section 2012-15	-9999	83B	52.363693	-115.807150	-9999	In the Brazeau Range, along a ridge northwest of the Brazeau Fire Tower and south of North Saskatchewan River.	Surface	Geochemical anomaly	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Mudstone	Late Devonian	Palliser Formation	Lower part of the Palliser Formation. Dolomitic mudstone.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Average 55.66% CaCO 3 , 42.79% MgCO3and 1.09% SiO2 over 65m.	-9999	Rock chips	-9999	-9999	CaCO3	per cent	55.66	MgCO3	per cent	42.79	Average 55.66% CaCO3, 42.79% MgCO3, and 1.09% SiO2 over 65m. Historical sample ID 76889-76917 (Section 2012-15) (MAR 20120019).	MAR 20120019	Alberta Geological Survey
083B 0061	Industrial mineral	Section 2010-06	-9999	83B	52.377787	-115.873689	-9999	In the Brazeau Range, above Gap Creek.	Surface	Geochemical anomaly	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Pekisko Formation	Resistant limestone cliff. Mainly crinoidal lime packstone, wackestone, and grainstone.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Average 98.48% CaCO3 , 0.79% MgCO3 and 0.29% SiO2 over approximately 15 m	-9999	Rock chips	-9999	-9999	CaCO3	per cent	98.48	-9999	-9999	-9999	Average 98.48% CaCO3, 0.79% MgCO3, and 0.29% SiO2 over approximately 15 m. Historical sample ID 74978-74988 (Section 2010-06) (MAR 20100021).	MAR 20100021, MAR 20170013	Alberta Geological Survey
083B 0065	Industrial mineral	Section 2014-03	-9999	83B	52.358867	-115.817222	-9999	In the Brazeau Range, on a resistant limestone cliff south of North Saskatchewan River and west of Brazeau Fire Tower.	Surface	Geochemical anomaly	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Pekisko Formation	Mainly lime grainstone.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Average 98.55% CaCO3, 0.78% MgCO3 and 0.26% SiO2 over approximately 45m.	-9999	Rock chips	-9999	-9999	CaCO3	per cent	98.55	-9999	-9999	-9999	Average 98.55% CaCO3, 0.78% MgCO3 and 0.26% SiO2 over approximately 45m. Historical sample ID 120359 to 120378 (Section 2014-03) (MAR 20140009).	MAR 20140009	Alberta Geological Survey
083B 0063	Industrial mineral	Section 2012-22	-9999	83B	52.392698	-115.836040	-9999	In the Brazeau Range, south of North Saskatchewan River.	Surface	Geochemical anomaly	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Pekisko Formation	Resistant limestone cliff. Lime mudstone, wackestone, packstone, and grainstone. Some dolomitic sections.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Average 98.56% CaCO3, 0.92% MgCO3, and 0.09% SiO2 over approximately 25m	-9999	Rock chips	-9999	-9999	CaCO3	per cent	98.56	-9999	-9999	-9999	Average 98.56% CaCO3, 0.92% MgCO3, and 0.09% SiO2 over approximately 25m. Historical sample ID 74563-74572 (Section 2012-22) (MAR 20120019).	MAR 20120019	Alberta Geological Survey
074E 0019	Metallic mineral	-9999	MD93082704 (OFR 1994-09); METID_0814 (DIG 2019-0026)	74E	57.767815	-110.554236	-9999	Marguerite River	Surface	Geochemical anomaly	Bedrock	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium, Uranium, Samarium	Granitoid	Paleoproterozoic	Marguerite River complex	Banded megacrystic granitoid.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	3300	La	ppm	1900	Banded megacrystic granitoid with 3000 cps 1900 ppm Th, 300 ppm U, 3300 ppm Ce, 110 ppm Hf, 1900 ppm La, 1200 ppm Nd and 200 ppm Sm.; Historical sample ID MD93082704 (AGS OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
082O 0183	Industrial mineral	Idlewilde Mountain	INDID_1332 (DIG 2019-0027)	82O	51.946328	-115.426639	-9999	Located 75 km SW from Rocky Mountain House and 7 km NW of Burnco Quarry. Permit includes Idlewilde and Limestone mountains and Simon Ridge. Coord: 51.931352, 115.424966	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Palliser Formation, Banff Formation, Pekisko Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	High-quality limestone Pekisko intervals consist of resistant thick-bedded to massive, light- to medium-brownish grey, fine- to coarse-grained crinoidal lime wackestone to grainstone.	59 rock samples collected and sent to whole rock analysis. High-quality limestone in Pekisko Formation.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Best sample interval averaged 98.08% CaCO3, 1.04% MgCO3 and 0.34 SiO2 over approximately 8.5 m on eastern flank of Limestone Mountain.	MAR 20140004	Alberta Geological Survey
084E 0010	Metallic mineral	Alberta Transportation and Utilities pit Halverson Ridge	84E-M-03 (OFR 1994-08); METID_0768 (DIG 2019-0026)	84E	57.346504	-118.802547	-9999	At the Alberta Transportation and Utilities gravel pit on Halverson Ridge about 72 km southeast of the town of Kemp River.	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Paleogene	Halverson Ridge gravel	Sand and gravel; Preglacial sand and gravel.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.01	-9999	-9999	-9999	Between 5 and 10 ppb Au.	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
082O 0107	Industrial mineral	Kananaskis	T52261; INDID_0704 (DIG 2019-0027)	82O	51.069756	-115.011281	-9999	Approximately 4 km to the southeast of the hamlet of Seebee, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	Mudstone	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Structural clay products (if blended)	-9999	-9999	Good	Section in upper part of formation exposed in roadcut on Kananaskis highway, near crest of north-plunging anticlinal fold in Blairmore strata. Beds dip NE at high angle, about 20 m exposed in 2 cuts, comprises mainly dark green mudstone.	-9999	Ceramic, p.45	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Blairmore sample in AGS ESN 1978-A, p.59	AGS ESN 1978-A	Alberta Geological Survey
084E 0009	Metallic mineral	Bog iron occurrence Clear Hills	84E-M-02 (OFR 1994-08); METID_0766 (DIG 2019-0026)	84E	57.311149	-118.630190	-9999	On the Hotchkiss River approximately 53.5 km northwest of Manning.	Surface	Showing	Organic bog	-9999	Bog iron	-9999	Iron	Bog	Quaternary	-9999	Recent Bog Iron; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Bog iron	AGS OFR 1965-11, AGS GEO 2000-02	Alberta Geological Survey
084E 0001	Metallic mineral	Bog iron occurrence Clear Hills	84E-M-01 (OFR 1994-08); METID_0735 (DIG 2019-0026)	84E	57.014629	-118.943472	-9999	On Bog Creek approximately 80 km west of Manning.	Surface	Showing	Organic bog	-9999	Bog iron	-9999	Iron	Bog	Quaternary	-9999	Recent Bog Iron; No Assays - No information was provided.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Bog iron	AGS ESR 1959-03, AGS GEO 2000-02	Alberta Geological Survey
083P 0006	Industrial mineral	Home Marten Hills 4-16-74-24	C218121; INDID_0581 (DIG 2019-0027)	83P	55.406040	-113.644990	-9999	Approximately 75 km to the east of the town of Slave Lake, AB.	Subsurface	Showing	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Middle Devonian	Keg River Formation	-9999	HOME MARTEN HILLS 4-16-74-24	100/04-16-074-24W4/00	Commercial production of Calcium chloride and magnesium	-9999	-9999	-9999	Within the proven brine area (Keg River Formation carbonates average 150 ft), Ca contents exceed 100 000 mg/L, with Mg contents of more than 13 000 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 101,472 mg/L; Mg 13,333 mg/L; Total dissolved solids (calculated) 398,948 mg/L	AGS ECO 1	Alberta Geological Survey
083B 0003	Industrial mineral	Imp HB Dickson 1-28-36-3	C211865; INDID_0565 (DIG 2019-0027)	83B	52.117198	-114.360810	-9999	Approximately 30 km to the west of the town of Innisfail, AB along the Red Deer River.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Nisku Formation	-9999	BTG GARR 1-28-36-3	100/01-28-036-03W5/00	-9999	-9999	-9999	-9999	The hydraulic head distribution and known compositional gradients indicate that brines with more than 40 000 mg/L calcium or 10 000 mg/L magnesium are absent in the probable brine areas.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 20,274 mg/L; Mg 3,050 mg/L; Total dissolved Solids (calculated) 220,812 mg/L	AGS ECO 1	Alberta Geological Survey
083N 0101	Industrial mineral	Caroline Hunt Sands Culp 4-31-78-23	C212265; INDID_0567 (DIG 2019-0027)	83N	55.800210	-117.567490	-9999	Approximately 13 km to the west of the village of Girouxville, AB near Smoky River.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Nisku Formation	-9999	CAROLINE HUNT SANDS CULP 4-31-78-23	100/04-31-078-23W5/00	-9999	-9999	-9999	-9999	The hydraulic head distribution and known compositional gradients indicate that brines with more than 40 000 mg/L calcium or 10 000 mg/L magnesium are absent in the probable brine areas.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 21,141 mg/L; Mg 4,471 mg/L; total dissolved solids (calculated) 231,557 mg/L	AGS ECO 1	Alberta Geological Survey
082P 0019	Industrial mineral	Grt Plns Choqua Thr Eh 9-9-31-23	C211117; INDID_0563 (DIG 2019-0027)	82P	51.643356	-113.196000	-9999	Approximately 12 km southeast of the town of Three Hills, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Nisku Formation	-9999	COGI TWINING 9-9-31-23	100/09-09-031-23W4/00	-9999	-9999	-9999	-9999	The hydraulic head distribution and known compositional gradients indicate that brines with more than 40 000 mg/L calcium or 10 000 mg/L magnesium are absent in the probable brine areas.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 21,790 mg/L; Mg 3,492 mg/L; Total dissolved solids (calculated) 264,229 mg/L	AGS ECO 1	Alberta Geological Survey
083M 0103	Industrial mineral	Amerada Crown AQ 2-2	C212513; INDID_0568 (DIG 2019-0027)	83M	55.290320	-118.035850	-9999	Approximately 50 km to the east of the city of Grande Prairie, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Nisku Formation	-9999	Canlin PUSKWA 2-2-73-1	100/02-02-073-01W6/00	-9999	-9999	-9999	-9999	The hydraulic head distribution and known compositional gradients indicate that brines with more than 40 000 mg/L calcium or 10 000 mg/L magnesium are absent in the probable brine areas.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 22,128 mg/L; Mg 4,480 mg/L; Total dissolved solids (calculated) 219,399 mg/L	AGS ECO 1	Alberta Geological Survey
083A 0033	Industrial mineral	Ambass BA Alix 7-7-40-23	C211556; INDID_0564 (DIG 2019-0027)	83A	52.424939	-113.299560	-9999	Approximately 8 km to the northwest of the village of Alix, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Nisku Formation	-9999	FAIRBORNE ALIX 7-7-40-23	100/07-07-040-23W4/00	-9999	-9999	-9999	-9999	The hydraulic head distribution and known compositional gradients indicate that brines with more than 40 000 mg/L calcium or 10 000 mg/L magnesium are absent in the probable brine areas.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 23,482 mg/L; Mg 3,563 mg/L; Total dissolved solids (calculated) 209,666 mg/L	AGS ECO 1	Alberta Geological Survey
083N 0102	Industrial mineral	HB Union Eaglesham 6-14-77-25	C214014; INDID_0572 (DIG 2019-0027)	83N	55.670530	-117.766630	-9999	Approximately 28 km to the west of the village of Girouxville, AB near Smoky River.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Leduc Formation	-9999	CNRL EAGLE 6-14-77-25	100/06-14-077-25W5/00	-9999	-9999	-9999	-9999	Most of the more deeply buried portions of the carbonate reef complexes of the Leduc Formation contain brines with more than 20 000 mg/L calcium and more than 3 000 mg/L magnesium.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 24,007 mg/L; Mg 6,242 mg/L; Total dissolved solids (calculated) 254,614 mg/L	AGS ECO 1	Alberta Geological Survey
083L 0007	Industrial mineral	Shell Smoky River	C210262; INDID_0560 (DIG 2019-0027)	83L	54.816522	-118.722010	-9999	Approximately 30 km to the south of the city of Grand Prairie, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Wabamun Group	-9999	SUNCOR SMOKY RIVER 10-20-67-5	100/10-20-067-05W6/00	None	-9999	-9999	-9999	The Upper Devonian Wabamun Group is unlikely to contain brine fields comparable to the commercial brine fields in the United States. Sample analysis is for this location.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 24,030 mg/L; Mg 11,301 mg/L; Total dissolved solids (calculated) 157,364 mg/L	AGS ECO 1	Alberta Geological Survey
083K 0012	Industrial mineral	HB et al Sturls	C209319; INDID_0561 (DIG 2019-0027)	83K	54.945937	-117.163600	-9999	Approximately 13 km to the south of the town of Valleyview, AB near Little Smoky River.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Wabamun Group	-9999	CNRL STURLKS 10-5-69-21	100/10-05-069-21W5/00	None	-9999	-9999	-9999	The Upper Devonian Wabamun Group is unlikely to contain brine fields comparable to the commercial brine fields in the United States. Sample analysis is for this location.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 24,424 mg/L; Mg 4,131 mg/L; Total dissolved solids (calculated) 261,480 mg/L	AGS ECO 1	Alberta Geological Survey
083L 0008	Industrial mineral	Pan Am Scurry F-1 Goldck	C210547; INDID_0562 (DIG 2019-0027)	83L	54.943376	-118.618760	-9999	Approximately 25 km to the southeast of the city of Grand Prairie, AB near Smoky River.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Wabamun Group	-9999	PAN AM SCURRY F-1 GOLDCK 7-1-69-5	100/07-01-069-05W6/00	None	-9999	-9999	-9999	The Upper Devonian Wabamun Group is unlikely to contain brine fields comparable to the commercial brine fields in the United States. Sample analysis is for this location.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 24,431 mg/L; Mg 3,492 mg/L; Total dissolved solids (calculated) 264,229 mg/L	AGS ECO 1	Alberta Geological Survey
083K 0013	Industrial mineral	HB Union Liberal No 5-5-69-21	C211987; INDID_0566 (DIG 2019-0027)	83K	54.943223	-117.174590	-9999	Approximately 13 km to the south of the town of Valleyview, AB near Little Smoky River.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Nisku Formation	-9999	CNRL STURLKS 5-5-69-21	100/05-05-069-21W5/00	-9999	-9999	-9999	-9999	The hydraulic head distribution and known compositional gradients indicate that brines with more than 40 000 mg/L calcium or 10 000 mg/L magnesium are absent in the probable brine areas.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 25,011 mg/L; Mg 3,388 mg/L; Total dissolved solids (calculated) 236,704 mg/L	AGS ECO 1	Alberta Geological Survey
083K 0014	Industrial mineral	Amerada Crown AJ 1-8	C213371; INDID_0571 (DIG 2019-0027)	83K	54.866793	-117.460850	-9999	Approximately 25 km to the south of the town of Valleyview, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Leduc Formation	-9999	Canlin STURLKS 1-8-68-23	100/01-08-068-23W5/00	-9999	-9999	-9999	-9999	Most of the more deeply buried portions of the carbonate reef complexes of the Leduc Formation contain brines with more than 20 000 mg/L calcium and more than 3 000 mg/L magnesium.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 26,465 mg/L; Mg 3,045 mg/L; Total dissolved solids (calculated) 230,164 mg/L	AGS ECO 1	Alberta Geological Survey
082P 0020	Industrial mineral	TGT A1 Acme 10-32-29-25	C212813; INDID_0569 (DIG 2019-0027)	82P	51.526472	-113.483327	-9999	Approximately 3 km northeast of the village of Acme, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Leduc Formation	-9999	TGT A 1 ACME 10-32-29-25	100/10-32-029-25W4/00	-9999	-9999	-9999	-9999	Most of the more deeply buried portions of the carbonate reef complexes of the Leduc Formation contain brines with more than 20 000 mg/L calcium and more than 3 000 mg/L magnesium.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 26,639 mg/L; Mg 5,168 mg/L; Total dissolved solids (calculated) 235,899 mg/L	AGS ECO 1	Alberta Geological Survey
083K 0015	Industrial mineral	HB Union Kaybob 2-19-61-19	C217862; INDID_0580 (DIG 2019-0027)	83K	54.287290	-116.835460	-9999	Approximately 12 km to the south of the town of Fox Creek, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Middle Devonian	Watt Mountain Formation	-9999	ACL KAYBOBS 2-19-61-19	100/02-19-061-19W5/00	-9999	-9999	-9999	-9999	Brines reported are from the Gilwood Sandstone. The maximum content of calcium within the proven brine area is 31 000 mg/L, and it is unlikely that contents greater than about 45 000 mg/L will be encountered in the probable brine areas. . Contents of magn	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 30,000 mg/L; Mg 4,540 mg/L; Total dissolved solids (calculated) 254,215 mg/L	AGS ECO 1	Alberta Geological Survey
083H 0056	Industrial mineral	Kissinger South Wizard 10-32-47-27	C214445; INDID_0574 (DIG 2019-0027)	83H	53.094535	-113.914660	-9999	Approximately 7 km to the northeast of the hamlet of Mulhurst, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Cooking Lake Formation	-9999	KISSINGER SOUTH WIZARD 10-32-47-27	100/10-32-047-27W4/00	-9999	-9999	-9999	-9999	Most of the more deeply buried portions of the carbonate reef complexes of the Leduc Formation contain brines with more than 20 000 mg/L calcium and more than 3 000 mg/L magnesium.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 30,800 mg/L; Mg 8,384 mg/L; Total dissolved solids (calculated) 233,830 mg/L	AGS ECO 1	Alberta Geological Survey
083H 0055	Industrial mineral	Texaco Bonnie Glen CPR No. K1	C213092; INDID_0570 (DIG 2019-0027)	83H	53.063188	-113.941140	-9999	On the eastern outskirts of the hamlet of Medhurst, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Leduc Formation	-9999	ESSO BONNIE GLEN CPR K-1	100/03-19-047-27W4/00	-9999	-9999	-9999	-9999	Most of the more deeply buried portions of the carbonate reef complexes of the Leduc Formation contain brines with more than 20 000 mg/L calcium and more than 3 000 mg/L magnesium.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 39,311 mg/L; Mg 5,070 mg/L; Total dissolved solids (calculated) 235,378 mg/L	AGS ECO 1	Alberta Geological Survey
083A 0034	Industrial mineral	Imperial Rosalind 9-9-44-16	C214257; INDID_0573 (DIG 2019-0027)	83A	52.779594	-112.400940	-9999	Approximately 3 km to the east of the village of Rosalind, AB.	Subsurface	Test	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Cooking Lake Formation	-9999	IMPERIAL ROSALIND NO.9-9-44-17	100/09-09-044-17W4/00	-9999	-9999	-9999	-9999	Most of the more deeply buried portions of the carbonate reef complexes of the Leduc Formation contain brines with more than 20 000 mg/L calcium and more than 3 000 mg/L magnesium.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 52,142 mg/L; Mg 9,126 mg/L; Total dissolved solids (calculated) 236,235 mg/L	AGS ECO 1	Alberta Geological Survey
072L 0020	Industrial mineral	BA Grand Forks 12-14-12-12	C214702; INDID_0575, INDID_0530 (DIG 2019-0027)	72L	50.002470	-111.549190	-9999	Approximately 20 km northwest of the town of Bow Island, AB.	Subsurface	Showing	Well	-9999	Ca-Mg-Br Brine	-9999	Calcium, Magnesium, Bromine	Formation water	Late Devonian	Beaverhill Lake Group	-9999	B.A. GRAND FORKS 12-14-12-12	100/12-14-012-12W4/00	Commercial production of calcium chloride and magnesium	-9999	-9999	-9999	The potential reserves of calcium- and magnesium-rich brines of southern Alberta indicate that this region of the Beaverhill Lake Formation contains brines similar to those from commercial fields in the United States.

Formation water are below the 5 00	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 55,580 mg/L; Mg 10,390 mg/L; Total dissolved solids (calculated) 203,882 mg/L	AGS ECO 1, AGS ECO 5	Alberta Geological Survey
083A 0036	Industrial mineral	BA Arnold Donalda A5-20-42-17-4	C217738; INDID_0579 (DIG 2019-0027)	83A	52.628770	-112.423990	-9999	Approximately 15 km to the west of the village of Heisler near Battle River.	Subsurface	Showing	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Beaverhill Lake Group	-9999	B.A. ARNOLD DONALDA 5-20-42-17	100/05-20-042-17W4/00	Commercial production of calcium chloride and magnesium	-9999	-9999	-9999	The potential reserves of calcium- and magnesium-rich brines of southern Alberta indicate that this region of the Beaverhill Lake Formation contains brines similar to those from commercial fields in the United States.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 69,300 mg/L; 9,200 mg/L; Total dissolved solids (calculated) 301,924 mg/L	AGS ECO 1	Alberta Geological Survey
083A 0035	Industrial mineral	BA CPR Fenn West 5-7-36-20	C215507; INDID_0578 (DIG 2019-0027)	83A	52.075525	-112.858160	-9999	Approximately 9 km to the northwest of the village of Big Valley, AB.	Subsurface	Showing	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Beaverhill Lake Group	-9999	B.A. CPR FENN WEST 5-7-36-20	100/05-07-036-20W4/00	Commercial production of calcium chloride and magnesium	-9999	-9999	-9999	The potential reserves of calcium- and magnesium-rich brines of southern Alberta indicate that this region of the Beaverhill Lake Formation contains brines similar to those from commercial fields in the United States.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 72,700 mg/L; Mg 7,200 mg/L; total dissolved Solids (calculated) 312,636 mg/L	AGS ECO 1	Alberta Geological Survey
083I 0010	Industrial mineral	Imp Baysel Riverdale 1-27-60-26	C218845; INDID_0583 (DIG 2019-0027)	83I	54.212174	-113.802730	-9999	Approximately 13 km to the northwest of the village of Clyde, AB.	Subsurface	Showing	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Middle Devonian	Elk Point Group (lower)	-9999	IMP-BAYSEL RIVERDALE NO. 1-27-60-26	100/01-27-060-26W4/00	Commercial production of Calcium chloride and magnesium	-9999	-9999	-9999	The regional distributions of Ca and Mg suggest concentration gradients for these ions that are similar to those in the overlying Keg River Formation. Proven area underlain by these high-Ca (>60 000 mg/L) and high-Mg brines (>9 000 mg/L) is 666 square mil	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 75,485 mg/L; Mg 10,663 mg/L; Total dissolved solids (calculated) 354,436 mg/L	AGS ECO 1	Alberta Geological Survey
072L 0021	Industrial mineral	BA Grand Forks 10-21-13-11	C214797; INDID_0576, INDID_0522 (DIG 2019-0027)	72L	50.100625	-111.445944	-9999	Approximately 25 km north of the town of Bow Island, AB.	Subsurface	Showing	Well	-9999	Ca-Mg-Br-I-B Brine	-9999	Calcium, Magnesium, Bromine, Iodine, Boron	Formation water	Late Devonian	Beaverhill Lake Group	-9999	BA GRAND FORKS 10-21-13-11	100/10-21-013-11W4/00	Commercial production of calcium chloride and magnesium	-9999	-9999	-9999	The potential reserves of calcium- and magnesium-rich brines of southern Alberta indicate that this region of the Beaverhill Lake Formation contains brines similar to those from commercial fields in the United States.

Highest recorded amount of bromide	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 86,000 mg/L; Mg 9,830 mg/L; Total dissolved solids (calculated) 352,276 mg/L	AGS ECO 1, AGS ECO 5	Alberta Geological Survey
072M 0006	Industrial mineral	HB Dehli Cess 10-5-25-12	C215225; INDID_0577 (DIG 2019-0027)	72M	51.108280	-111.642330	-9999	Approximately 55 km to the south of the village of Youngstown, AB near Berry Creek.	Subsurface	Showing	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Beaverhill Lake Group	-9999	HB DELHI CESS 10-5-25-12	100/10-05-025-12W4/00	Commercial production of calcium chloride and magnesium	-9999	-9999	-9999	The potential reserves of calcium- and magnesium-rich brines of southern Alberta indicate that this region of the Beaverhill Lake Formation contains brines similar to those from commercial fields in the United States.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 88,800 mg/L; Mg 15,552 mg/L; Total dissolved solids (calculated) 363,599 mg/L	AGS ECO 1	Alberta Geological Survey
083O 0006	Industrial mineral	Shell IOE Driftwood 4-30-73-2	C218440; INDID_0582 (DIG 2019-0027)	83O	55.348460	-114.307560	-9999	Approximately 30 km to the east of the town of Slave Lake, AB.	Subsurface	Showing	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Middle Devonian	Keg River Formation	-9999	SHELL IOE DRIFTWOOD 4-30-73-2	100/04-30-073-02W5/00	Commercial production of Calcium chloride and magnesium	-9999	-9999	-9999	The carbonates of the Keg River Formation lie beneath the evaporites of the Prairie Evaporite Formation and above the calcareous clastic beds of the Lower Elk Point Subgroup. Within the proven brine area, calcium contents exceed 100 000 mg/L,	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ca 99,324 mg/L; Mg 11,865 mg/L; Total dissolved solids (calculated) 380,344 mg/L	AGS ECO 1	Alberta Geological Survey
083E 0012	Industrial mineral	Smoky River (Site 5.2)	C90531; INDID_0223 (DIG 2019-0027)	83E	53.742997	-119.383420	-9999	Approximately 8 km to the north of Childear Mountain.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Large	-9999	Fair	260 m limestone, medium to light grey weathering, micro to finely crystalline (0.05 - 1 mm), and medium-massively bedded (0.1 to >1 m). Three zones (each 1.5 m thick) contain argillaceous partings. Total indicated reserves 54.5 Mt.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	CaCO3: 87-96% (Avg. 94%); MgCO3: 1-5% (Avg.2%)	AGS OFR 1982-11	Alberta Geological Survey
082N 0001	Metallic mineral	-9999	82N-M-05 (OFR 1994-08); METID_0285 (DIG 2019-0026)	82N	51.659224	-116.423229	-9999	Road outcrop along the Lake Louise/Jasper highway about 32 km northwest of Lake Louise townsite.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Diabase	Neoproterozoic	Hector Formation, Crowfoot dike	Crowfoot dyke; The dyke is about 1280m long and about 335m wide, medium grained with 65% plagioclase, 20% augite, 10% chromite, 3% calcite and actinolite and 2% pyrite and magnesite. It was sampled for copper minerals. A mineralized diorite dyke about 1280m long and 335m; No Assays Several veins up to 8 inches are common. Small veins of calcite and quartz are also reported in the overlying Jonas Creek Formation. These veins, if near to time of emplacement of dyke, may indicate dyke is Cambrian or younger; Alteration: Alteration around the veins is not mentioned. Hector Formation is altered up to 20 feet on each side of the dyke with feldspar; Gangue: Calcite, Quartz, Pyrite, Chlorite, Magnetite; Structure: Undeformed - The dyke itself seems to be undeformed and exists near the crest of the Bow River anticline. It is thought to have intruded at the intersection between a shear zone and a minor arch.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chalcopyrite <1%	Smith (1963) The Crowfoot Dike, AGS OFR 1994-08	Alberta Geological Survey
074M 0078	Metallic mineral	-9999	74M-M-12 (OFR 1994-08); METID_1055 (DIG 2019-0026)	74M	59.772994	-110.114004	-9999	Centred about 100 m north of Small Lake and about 2000 m northwest of Cherry Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Copper, Molybdenum	Pegmatite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	Quartz-feldspar-biotite gneiss; Quartz-feldspar-biotite-gneiss with minor pegmatitic intrusions. Occasional traces of pyrite, molybdenite, chalcopyrite, pyrrhotite are present in quartz veins in drill core; Gangue: Pyrite, pyrrhotite. hematite, quartz - minor, trace, minor, major; Structure: Faulted - Several sub-parallel NNW trending faults and mylonite zones cut through the area; Strictly a mineral anomaly (traces of molybdenite and chalcopyrite in drill core, no visible uranium minerals)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.424	-9999	-9999	-9999	Chalcopyrite <1%; 0.5% U3O8 2.29 m and 0.06% MoS2.	MAR 19690002, AGS DIG 2009-0021, AGS OFR 1994-08	Alberta Geological Survey
074D 0043	Industrial mineral	Clearwater River Channel (Testhole 3)	T153091; INDID_1131 (DIG 2019-0027)	74D	56.704245	-111.346850	-9999	Within the community of Fort McMurray, AB.	Surface	Showing	Alluvial (bedrock channel) sand	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Glass and fiber glass, industrial or construction sand	-9999	Beneficiation test #16 (McLaws, 1980), Table 8.	Fair	Clean alluvial quartz sand (95-97% SiO2) is found in a buried channel (thought to be 30-43 m deep) along the Clearwater River valley. Origin and extent of channel unknown. Exploitation of this silica would require a dredging operation, as the channel depo	Mineral Composition & Iron Staining #16 (McLaws, 1980), Table 2.	Textural analyses #16 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #16 (6-9m) (AGS ECO 6): #16-A (Bulk); #16-B (Modal, -50+70)	AGS ECO 6	Alberta Geological Survey
083H 0042	Industrial mineral	Opal	T111574; INDID_1121 (DIG 2019-0027)	83H	53.970678	-113.234960	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Green and amber glass	-9999	Magnetic separation #16 (Carrigy, 1970), p.20-30 Appendix B.	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #16 (Carrigy, 1970): Mineral comp.(%): Qtz. 90, feldspars 7, chert 3. Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >illite >kaolinite + chlorite.	Mechanical analysis #16 (Carrigy, 1970), p.14. Shape: Angular 57,Subrounded 31, Rounded 12;(3) Iron staining: Heavy 16, light 81, clear 3	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #16 (AGS ESR 1970-01): #16-A (Bulk sample): Percent of original sample 100; #16-B (Washed modal size fraction): Percent of original sample 62	AGS ESR 1970-01	Alberta Geological Survey
083A 0051	Industrial mineral	Red Deer area (Heatburg)	T163417; INDID_1169 (DIG 2019-0027)	83A	52.335794	-113.176630	-9999	The deposit (dune sand) is 4 km northeast of Heatburg and about 1.5 km north of Red Deer River.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	Stalker (op.cit.) estimates that districts blanketed by aeolian sand deposits included about 282 sq km in the Red Deer-Stettler map area. Most of the deposits are located in glacial lake basins. Most of dunes are U-shaped, average height of 7.5 m. There i	Mineral analyses #16 (Holter, 1972): 1. Grain shape (%): Angular 4, Subrounded 79, Rounded 17; 2. Min. comp. (%): Qtz. 89, Feldspar 4, Others 7; 3. Iron staining (%): Light 1, Inclusions 3, Clear 96.	Mechanical analysis #16 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #16 (AGS ESR 1972-04): #16-A (Bulk sample): SiO2 80.21, Al2O3+P2O5+TiO2 7.43, TFe2O3 1.63, CaO 2.79, MgO 0.69, L.O.I. 2.89; #16-B (Washed sample): SiO2 79.66, Al2O3+P2O5+TiO2 7.10, TFe2O3 1.13, CaO 2.56, MgO 0.69, L.O.I. 2.38	AGS ESR 1972-04	Alberta Geological Survey
082G 0011	Metallic mineral	-9999	82G-M-01 (OFR 1994-08); METID_0028 (DIG 2019-0026)	82G	49.184177	-114.096236	-9999	Near the head of Yarrow Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Volcanic	Mesoproterozoic	Purcell Lava, Gateway Formation	Limestone bed in argillite Amygdaloidal cavity fillings in Lavas (Andesite); Chalcopyrite was found in a 1.3 m thick Limestone bed in argillite in the Gateway Fm. Near the head of Yarrow Creek. A minor occurrence of chalcopyrite was also found in the Purcell Lavas as amygdaloidal cavity fillings. - No information; Average grade 0.26% Cu Mineralization is confined to a 1.3m thick bed of Limestone in argillite. Minor chalcopyrite is also present as amygdaloidal cavity fillings in nearby Lava Flows.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.26	Ag	g/t	2.88	Chalcopyrite 1-10% 0.26% Cu and 2.88 g/t Ag over 1.22 m.	MAR 19670003, AGS OFR 1994-08	Alberta Geological Survey
074M 0083	Metallic mineral	Selwyn Lake area	74M-M-20 (OFR 1994-08); METID_1221 (DIG 2019-0026)	74M	59.985212	-110.497070	-9999	On the west side of the north end of Selwyn Lake.	Surface	Showing	Bedrock	-9999	Structurally-controlled copper-gold	-9999	Copper, Nickel, Zinc	Amphibolite	Paleoproterozoic	Rutledge River complex	Biotite granite gneiss; Chalcopyrite mineralization in a biotite granite gneiss with megacrystic feldspar phases and minor hornblende and chlorite. Biotite and quartzite lenses are common; Sulphide content does not exceed 10% anywhere; Gangue: Pyrite, Pyrrhotite, Hematite; Structure: Shear zones - Located on the Allan fault, local mylonite zones are common; 0.11% Cu across 3.05mFrom a pod 3.66m long and 0.61m wide.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Cu	per cent	0.12	-9999	-9999	-9999	Chalcopyrite 1-10% giving a grade of 0.12% Cu over 3.1 m.	MAR 19700009, AGS OFR 1993-08, AGS OFR 1994-08	Alberta Geological Survey
074L 0005	Metallic mineral	-9999	74L-M-05 (OFR 1994-08); METID_0923 (DIG 2019-0026)	74L	58.973791	-110.800374	-9999	About 2400 m east of Loutit Lake on the south side of Jane Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper, Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	Mylonite zone; "A 5m x 1 m zone of high radioactivity in a mylonite zone occurs on the Jane Lake Fault. Associated with this mylonite zone is a gossan containing pyrite and massive graphite. A minor amount of chalcopyrite and malachite was found about 1.6km to the south; No Assays; Alteration: Gossanous zone in mylonite. - Pervasive (>80%); Gangue: Pyrite, Graphite; Structure: Shear Zones - A mylonite zone associated with the Jane Lake Fault.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chalcopyrite and Malachite <1%	MAR 19690045, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
083O 0004	Industrial mineral	Athabasca River (#491)	T138942; INDID_1020 (DIG 2019-0027)	83O	55.161335	-114.055690	-9999	Approximately 47 km to the east of the town of Slave Lake, AB along the Athabasca River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Athabasca 491"(Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Athabasca 491" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083J 0013	Industrial mineral	Athabasca River (#634)	T139309; INDID_1023 (DIG 2019-0027)	83J	54.154122	-115.715930	-9999	Within the town of Whitecourt, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Athabasca 634"(Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Athabasca 634" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
082I 0029	Industrial mineral	Bow River (#210)	T140140; INDID_1026 (DIG 2019-0027)	82I	50.857510	-113.977310	-9999	On the southern outskirts of the city of Calgary, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Bow 210" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Bow 210" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083K 0011	Industrial mineral	Little Smoky River (#160)	T140533; INDID_1027 (DIG 2019-0027)	83K	54.736185	-117.179220	-9999	Approximately 37 km to the south of the town of Valleyview, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Little Smoky 160" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Little Smoky 160" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083J 0014	Industrial mineral	McLeod River (#1)	T140562; INDID_1028 (DIG 2019-0027)	83J	54.143094	-115.697180	-9999	Within the town of Whitecourt, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "McLeod 1" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "McLeod 1" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083F 0026	Industrial mineral	McLeod River (#135)	T141095; INDID_1030 (DIG 2019-0027)	83F	53.669560	-116.702590	-9999	Approximately 20 km to the northwest of the town of Edson, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	The sample was taken from point bar about 10 m from left bank at upstream end of riffle. High percentages of quartzite are present as pebbles and cobbles in some alluvial gravels. Most of them are rounded and fine grained. The highest percentages were fou	Mineral analyses "McLeod 135" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "McLeod 135" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083H 0026	Industrial mineral	North Saskatchewan River (#182)	T141777; INDID_1032 (DIG 2019-0027)	83H	53.751887	-113.170500	-9999	In the city of Fort Saskatchewan, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 182" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "North Sask. 182" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083H 0028	Industrial mineral	North Saskatchewan River (#216)	T142220; INDID_1034 (DIG 2019-0027)	83H	53.503905	-113.565590	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 216" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "North Sask. 216" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083G 0039	Industrial mineral	North Saskatchewan River (#253)	T143363; INDID_1037 (DIG 2019-0027)	83G	53.350320	-114.070800	-9999	Approximately 33 km to the southwest of the city of Edmonton, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 253" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "North Sask. 253" (AGS OFR 1967-07) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083G 0038	Industrial mineral	North Saskatchewan River (#237)	T143120; INDID_1036 (DIG 2019-0027)	83G	53.350300	-114.058760	-9999	Approximately 33 km to the southwest of the city of Edmonton, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 253A" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "North Sask. 253A" (AGS OFR 1967-07) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083G 0044	Industrial mineral	North Saskatchewan River (#322)	T144685; INDID_1042 (DIG 2019-0027)	83G	53.190442	-114.923800	-9999	Approximately 3 km east of the town of Drayton Valley, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 322" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "North Sask. 322" (AGS OFR 1967-07) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
082H 0071	Industrial mineral	Oldman River (#100)	T145278; INDID_1044 (DIG 2019-0027)	82H	49.711021	-112.865410	-9999	Along Oldman River in the city of Lethbridge, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Oldman 100" (AGS ESR 1969-02)), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Oldman 100" (AGS ESR 1969-02) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
084C 0008	Industrial mineral	Peace River (#538)	T145911; INDID_1045 (DIG 2019-0027)	84C	56.103434	-117.539790	-9999	Approximately 10 km to the south of the town of Grimshaw, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Peace 538" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Peace 538" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
084C 0009	Industrial mineral	Peace River (#539)	T146032; INDID_1046 (DIG 2019-0027)	84C	56.096017	-117.552910	-9999	Approximately 10 km to the south of the town of Grimshaw, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Peace 539" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Peace 539" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
084D 0161	Industrial mineral	Peace River (#604)	T146276; INDID_1047 (DIG 2019-0027)	84D	56.037969	-118.902720	-9999	Approximately 30 km to the north of the town of Spirit River, AB along Peace River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Peace 604" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Peace 604" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
084D 0162	Industrial mineral	Peace River (#667)	T146656; INDID_1048 (DIG 2019-0027)	84D	56.142230	-119.941670	-9999	Approximately 100 km to the west of the town of Fairview, AB near Peace River or its subsidiaries.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Peace 667" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Peace 667" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083A 0029	Industrial mineral	Red Deer River (#290)	T147653; INDID_1051 (DIG 2019-0027)	83A	52.268414	-113.589980	-9999	Approximately 10 km to the east of the city of Red Deer, AB along the Red Deer River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Red Deer 290" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Red Deer 290" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083A 0030	Industrial mineral	Red Deer River (#290A)	T147966; INDID_1052 (DIG 2019-0027)	83A	52.272029	-113.595880	-9999	Approximately 10 km to the east of the city of Red Deer, AB along the Red Deer River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Red Deer 290A" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Red Deer 290A" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083A 0031	Industrial mineral	Red Deer River (#309)	T148030; INDID_1053 (DIG 2019-0027)	83A	52.315649	-113.792010	-9999	Along the northern outskirts of the city of Red Deer, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Red Deer 309" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Red Deer 309" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083A 0032	Industrial mineral	Red Deer River (#328)	T148463; INDID_1054 (DIG 2019-0027)	83A	52.149548	-113.964750	-9999	Approximately 14 km to the south of the city of Red Deer, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Red Deer 328" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Red Deer 328" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083M 0099	Industrial mineral	Smoky River (#130)	T149455; INDID_1058 (DIG 2019-0027)	83M	55.130538	-118.293392	-9999	Approximately 30 km to the east of the city of Grand Prairie, AB near Wapiti River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Smoky 130" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Smoky 130" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
084C 0010	Industrial mineral	Smoky River (#3)	T148649; INDID_1055 (DIG 2019-0027)	84C	56.163120	-117.340294	-9999	Approximately 7 km to the south of the town of Peace River, AB near the mouth of Smoky River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Smoky 3" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Smoky 3" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083M 0098	Industrial mineral	Smoky River (#93)	T149215; INDID_1057 (DIG 2019-0027)	83M	55.470547	-118.170320	-9999	Approximately 35 km to the northeast of the city of Grand Prairie, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Smoky 93" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Smoky 93" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
072L 0019	Industrial mineral	South Saskatchewan River (#122)	T150018; INDID_1061 (DIG 2019-0027)	72L	50.041485	-110.727990	-9999	On the western outskirts of the town of Medicine Hat, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "South Sask. 122" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "South Sask. 122" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083M 0101	Industrial mineral	Wapiti River (#20)	T150707; INDID_1063 (DIG 2019-0027)	83M	55.063355	-118.650530	-9999	Approximately 10 km to the southeast of the city of Grand Prairie, AB near Wapiti River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Wapiti 20" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Wapiti 20" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083M 0102	Industrial mineral	Wapiti River (#42)	T151047; INDID_1064 (DIG 2019-0027)	83M	55.045177	-119.102240	-9999	Approximately 20 km to the southwest of the city of Grand Prairie, AB near Wapiti River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Wapiti 42" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses "Wapiti 42" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
083H 0030	Industrial mineral	Opal	T85479; INDID_1106 (DIG 2019-0027)	83H	53.979922	-113.300120	-9999	Approximately 40 km to the north of the city of Edmonton, AB.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Amber glass	-9999	Magnetic separation #1 (Carrigy, 1970) Appendix B, Tables 13, 14.	Good	The sand dune is about 7.2 km southwest of Opal, one of eight large dune fields located north and east of the City of Edmonton. Glacial outwash sands were reworked locally by wind and blown into dune forms during postglacial time. . Post-depositional modi	Mineral analyses #1 (Carrigy,1970):-  Mineral composition (%):- Qtz. 86, feldspars 10, chert 4. 2. Relative proportion of clay  minerals in clay-size fraction of dune sand: Illite >chlorite >montmorillonite.	Mechanical analysis #1 (Carrigy, 1970), p.14. Shape (%): Angular 41, Subrounded 45, Rounded 11, Spherical 3. Iron staining (%):- Heavy 32, light 61, inclusions 4, clear 3	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #1 (AGS ESR 1970-01): #1-A (Bulk sample): Percent of original sample 100, SiO2 93.49, Al2O3+P2O5+TiO2 3.19, TFe2O3 0.78, CaO 0.35, MgO 0.29, L.O.I. 0.44; #1-B (Washed modal size fraction): Percent of original sample 44, SiO2 95	AGS ESR 1970-01	Alberta Geological Survey
072L 0022	Industrial mineral	Medicine Hat area	T157400; INDID_1147 (DIG 2019-0027)	72L	50.328039	-110.822670	-9999	The dune is one of six major dune fields found in the Medicine Hat area.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	Both stabilized and active dunes. Two main types: U-shaped dunes <9 m high and 300 m wide with "horns" pointing westward, towards the direction of the prevailing winds; and linear dunes approximately 4.5 m high, 30 m wide, and <1.5km long. . Show marked E	Mineral analyses#1(Holter, 1971), p.10.	Mechanical analyses #1(Holter, 1971), p.9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #1 (AGS ESR 1971-05): #1(2-3 ft)-A (Bulk sample): SiO2 87.92, Al2O3 5.62, TFe2O3 0.85, CaO 1.00, MgO 0.33, L.O.I. 0.94; #1(2-3 ft)-B (Washed sample): SiO2 88.54, Al2O3 5.22,TFe2O3 0.77, CaO 0.82, MgO 0.25, L.O.I. 0.47; #1	AGS ESR 1971-05	Alberta Geological Survey
083H 0058	Industrial mineral	Red Deer area (Millet)	T159400; INDID_1154 (DIG 2019-0027)	83H	53.041650	-113.410268	-9999	The sand dune is 7.5 km southeast of Millet and 8 km northwest of Wetaskiwin.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	Beneficiation test #1 (Holter, 1972), p.14-19.	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses #1(Holter,1972): 1. Grain shape (%): Angular 14, Subrounded 72, Rounded 10, Spherical 4; 2. Mineral comp. (%): Qtz. 91, Feldspar 5, Others 4; 3. Iron staining (%): Light 3, Inclusions 3, Clear 94.	Mechanical analysis #1 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #1 (AGS ESR 1972-04)): #1-A (Bulk sample): SiO2 86.44, Al2O3+P2O5+TiO2 6.34, TFe2O3 1.17, CaO 0.79, MgO 0.30, L.O.I. 1.13; #1-B (Washed sample): SiO2 88.02, Al2O3+P2O5+TiO2 5.70, TFe2O3 0.89, CaO 0.80, MgO 0.25, L.O.I. 0.60	AGS ESR 1972-04	Alberta Geological Survey
074D 0038	Industrial mineral	Suncor	T151596; INDID_1125 (DIG 2019-0027)	74D	56.980747	-111.574110	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Prospect	Oil sands tailings	-9999	Terrigenous	-9999	Silica sand	Oil sands tailings	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Glass	-9999	Beneficiation test #1 (McLaws, 1980), Tables 5, 6.	Good	Tailings from Oil Sands Ltd., at Bitumen on the Athabasca River. These sands, partially cleaned by the oil extraction process, are very high in silica (95-98%). Results of testing indicate the iron staining on surfaces can be lowered by various means. 30 	Mineral Composition & Iron Staining #1(McLaws, 1980), Table 2.	Textural analyses #1(McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #1(AGS ECO 6): #1-A (Bulk); #1-B (Modal, -70+100)	AGS ECO 6	Alberta Geological Survey
084C 0007	Industrial mineral	Peace River Glass sand deposit	T151459; INDID_1124 (DIG 2019-0027)	84C	56.342059	-117.253380	-9999	Located 12 km north of Peace River and is located principally in Sec4-Tp85-R21-W5 and in Sec33-Tp84-R21-W5.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Silica sand	Sandstone	Early Cretaceous	Peace River Formation	-9999	-9999	-9999	Glass, asbestons shingles and pavement, silica brick, sand etc.	-9999	-9999	Fair	It occurs on both sides of the Peace River, though the most continuous outcrops are on the west side. The deposit is a sandstone lens in the Peace River Formation. The lens consists of easily crumbled, fairly clean, fine- to coarse-grained sand . Of the 1	Mineral analyses #1, #2A, #2B, #3 (Crockford,1949), Table 2, 3, 5, 6.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #1, #2A, #2B, #3 (Crockford,1949): #1	AGS INF 007	Alberta Geological Survey
074D 0041	Industrial mineral	Clearwater River Channel (Testhole 1)	T152595; INDID_1129 (DIG 2019-0027)	74D	56.733312	-111.346880	-9999	Within the community of Fort McMurray, AB.	Surface	Showing	Alluvial (bedrock channel) sand	-9999	Terrigenous	-9999	Silica sand	Sand	-9999	-9999	-9999	-9999	-9999	Glass and fiber glass	-9999	Beneficiation test #10, #11,#12 (McLaws, 1980), Table 8.	Fair	Clean alluvial quartz sand (95-97% SiO2) is found in a buried channel (thought to be 30-43 m deep) along the Clearwater River valley. Origin and extent of channel unknown. Exploitation of this silica would require a dredging operation, as the channel depo	Mineral Composition & Iron Staining #10,#11,#12 (McLaws, 1980), Table 2.	Textural analyses #10,#11,#12 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #10 (6-12m), #11(12-15m), #12 (15-18m) (AGS ECO 6): #10-A (Bulk); #10-B (Modal,-70+100)	AGS ECO 6	Alberta Geological Survey
083I 0006	Industrial mineral	Haley Lake	T108194; INDID_1115 (DIG 2019-0027)	83I	54.168334	-113.702690	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Green and amber glass	-9999	-9999	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #10 (Carrigy, 1970): Mineral comp. (%): Qtz. 81, feldspars 14, chert 4; mica 1; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >illite >kaolinite.	Mechanical analysis #10 (Carrigy, 1970), p.14 Shape (%): Angular 55,Subrounded 36, Rounded 9; Iron staining: Heavy 54, light 23, inclusions 7, clear 16	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #10 (AGS ESR 1970-01): #10-A (Bulk sample): Percent of original sample 100; #10-B (Washed modal size fraction): Percent of original sample 32	AGS ESR 1970-01	Alberta Geological Survey
083A 0045	Industrial mineral	Red Deer area (Morningside)	T161778; INDID_1163 (DIG 2019-0027)	83A	52.563140	-113.629460	-9999	The sand dune is about 2.5 km south of Morningside and 10 km southwest of Ponoka.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses #!0 (Holter, 1972): 1. Grain shape (%): Angular 2, Subrounded 82, Rounded 16; 2. Min. comp. (%): Qtz. 86, Feldspar 3, Others 11; 3. Iron staining (%): Heavy 1, Light 1, Inclusions 1, Clear 97.	Mechanical analysis #10 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #10 (AGS ESR 1972-04): #10-A (Bulk sample): SiO2 83.09, Al2O3+P2O5+TiO2 6.07, TFe2O3 1.54, CaO 2.21, MgO 0.48, L.O.I. 2.41; #10-B (Washed sample): SiO2 83.08, Al2O3+P2O5+TiO2 5.62, TFe2O3 1.20, CaO 2.14, MgO 0.45, L.O.I. 1.94	AGS ESR 1972-04	Alberta Geological Survey
083H 0037	Industrial mineral	Ukalta	T112805; INDID_1116 (DIG 2019-0027)	83H	53.930044	-112.448350	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Not suitable for glass	-9999	-9999	Good	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #11(Carrigy, 1970):Mineral comp. (%): Qtz. 83, feldspars 14, chert 3; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >kaolinite + chlorite >illite.	Mechanical analysis #11 (Carrigy, 1970), p.14.  (1) Shape (%): Angular 55, Subrounded 36, Rounded 9; Iron staining: Heavy 60, light 34, inclusions 4, clear 2	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #11 (AGS ESR 1970-01): #11-A (Bulk sample): Percent of original sample 100; #11-B (Washed modal size fraction): Percent of original sample 51	AGS ESR 1970-01	Alberta Geological Survey
083A 0046	Industrial mineral	Red Deer area (Burbank)	T161852; INDID_1164 (DIG 2019-0027)	83A	52.364482	-113.740230	-9999	Approximately 7 km to the north of the city of Red Deer, AB.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	Recent sand dune deposits located in glacial lake basins. The dunes are U-shaped with an average height of 8.3 m, and are up to 26.7 m high and several kilometers long in some parts of the area.	Mineral analyses #11 (Holter, 1972): 1. Grain shape (%): Angular 3, Subrounded 87, Rounded 10; 2. Min. comp. (%): Qtz. 88, Feldspar 4, Others 8; 3. Iron staining (%): Light 2, Inclusions 3, Clear 95.	Mechanical analysis #11 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #11 (AGS ESR 1972-04): #11-A (Bulk sample): SiO2 83.34, Al2O3+P2O5+TiO2 7.14, TFe2O3 1.62, CaO 1.32, MgO 0.48, L.O.I. 1.69; #11-B (Washed sample): SiO2 84.67, Al2O3+P2O5+TiO2 6.43, TFe2O3 1.14, CaO 1.20, MgO 0.39, L.O.I. 1.08	AGS ESR 1972-04	Alberta Geological Survey
083H 0038	Industrial mineral	Ukalta	T112433; INDID_1117 (DIG 2019-0027)	83H	53.959769	-112.522530	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Not suitable for glass	-9999	-9999	Good	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #12 (Carrigy, 1970): Mineral comp. (%): Qtz. 83, feldspar 10, chert 7; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >kaolinite + Chlorite >illite.	Mechanical analysis#12 (Carrigy, 1970), p.14. Shape (%): Angular 59,Subrounded 39, Rounded 2;Iron staining: Heavy 39, light 48,inclusions 2, clear 11	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #12 (AGS ESR 1970-01): #12-A (Bulk sample): Percent of original sample 100; #12-B (Washed modal size fraction): Percent of original sample 45	AGS ESR 1970-01	Alberta Geological Survey
083A 0047	Industrial mineral	Red Deer	T162219; INDID_1165 (DIG 2019-0027)	83A	52.292217	-113.806890	-9999	The dune is about 2 km north of Red Deer.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses #12 (Holter, 1972): 1. Grain shape (%): Subrounded 87, Rounded 12, Spherical 1; 2. Min. comp. (%): Qtz. 89, Feldspar 5, Others 6; 3. Iron staining (%): Heavy 2, Light 1, Inclusions 3, Clear 94.	Mechanical analysis #12 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #12 (AGS ESR 1972-04): #12-A (Bulk sample): SiO2 73.40, Al2O3+P2O5+TiO2 5.82, TFe2O3 1.26, CaO 6.81, MgO 1.82, L.O.I. 7.55; #12-B (Washed sample): SiO2 73.26, Al2O3+P2O5+TiO2 5.06, TFe2O3 1.29, CaO 7.31, MgO 1.89, L.O.I. 7.66	AGS ESR 1972-04	Alberta Geological Survey
083H 0039	Industrial mineral	Peno	T112277; INDID_1118 (DIG 2019-0027)	83H	53.945129	-112.634150	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Not suitable for glass	-9999	-9999	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #13 (Carrigy, 1970):Mineral composition: Qtz. 86, feldspars 8, chert 6; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >kaolinite + chlorite >illite.	Mechanical analysis #13 (Carrigy,1970), p.14. Shape (%): Angular 50, Subrounded 42, Rounded 8;Iron staining: Heavy 40, light 50, inclusions 1, clear 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #13 (AGS ESR 1970-01): #13-A (Bulk sample): Percent of original sample 100; #13-B (Washed modal size fraction): Percent of original sample 30	AGS ESR 1970-01	Alberta Geological Survey
083A 0048	Industrial mineral	Red Deer area (Tuttle)	T162386; INDID_1166 (DIG 2019-0027)	83A	52.212059	-113.818850	-9999	The sand dune is 2 km east of Tuttle and 5 km south of Red Deer.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses #13 (Holter, 1972): 1. Grain shape (%): Subrounded 85, Rounded 15; 2. Min. comp. (%): Qtz. 89, Feldspar 5, Others 6; 3. Iron staining (%): Heavy 1, Light 1, Inclusions 6, Clear 92.	Mechanical analysis #13 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #13 (AGS ESR 1972-04): #13-A (Bulk sample): SiO2 77.32, Al2O3+P2O5+TiO2 5.52, TFe2O3 1.49, CaO 4.47, MgO 1.35, L.O.I. 5.58; #13-B (Washed sample): SiO2 79.06, Al2O3+P2O5+TiO2 5.03, TFe2O3 1.29, CaO 4.89, MgO 1.35, L.O.I. 5.36	AGS ESR 1972-04	Alberta Geological Survey
083H 0040	Industrial mineral	Skaro	T111961; INDID_1119 (DIG 2019-0027)	83H	53.956163	-112.739420	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Not suitable for glass	-9999	-9999	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #14 (Carrigy, 1970): Mineral comp. (%): Qtz. 85, feldspars 9, chert 6;	Mechanical analysis #14 (Carrigy, 1970), p.14. Shape (%): Angular 57, Subrounded 37, Rounded 6	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #14 (AGS ESR 1970-01): #14-A (Bulk sample): Percent of original sample 100; #14-B (Washed modal size fraction): Percent of original sample 29	AGS ESR 1970-01	Alberta Geological Survey
083A 0049	Industrial mineral	Red Deer area (Buffalo Lake)	T162670; INDID_1167 (DIG 2019-0027)	83A	52.421352	-113.029840	-9999	The sand dune is about 3 km west of Buffalo Lake and 16 km north of Red Deer River.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	Beneficiation test #14 (Holter, 1972), p.14-19.	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses #14 (Holter, 1972): 1. Grain shape (%): Angular 1, Subrounded 90, Rounded 9; 2. Min. comp. (%): Qtz. 91, Feldspar 7, Others 2; 3. Iron staining (%): Heavy 2, Light 2, Inclusions 3, Clear 94.	Mechanical analysis #14 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #14 (AGS ESR 1972-04): #14-A (Bulk sample): SiO2 86.43, Al2O3+P2O5+TiO2 6.36, TFe2O3 1.20, CaO 0.74, MgO 0.29, L.O.I. 0.98; #14-B (Washed sample): SiO2 87.56, Al2O3+P2O5+TiO2 5.89, TFe2O3 0.99, CaO 0.80, MgO 0.27, L.O.I. 0.64	AGS ESR 1972-04	Alberta Geological Survey
083H 0041	Industrial mineral	Scotford	T111841; INDID_1120 (DIG 2019-0027)	83H	53.806970	-113.067500	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Not suitable for glass	-9999	-9999	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analysis #15 (Carrigy, 1970):Mineral comp. (%): Qtz. 83, feldspars 9, chert8; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >kaolinite + chlorite >illite.	Mechanical analysis #15 (Carrigy, 1970), p.14. Shape: Angular 52,Subrounded 39, Rounded 8,Spherical 1; Iron staining: Heavy 43, light 53, inclusions 1, clear 3	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #15 (AGS ESR 1970-01): #15-A (Bulk sample): Percent of original sample 100; #15-B (Washed modal size fraction): Percent of original sample 37	AGS ESR 1970-01	Alberta Geological Survey
083A 0050	Industrial mineral	Red Deer area (Buffalo Lake)	T163018; INDID_1168 (DIG 2019-0027)	83A	52.435996	-113.077840	-9999	The dune is 1 km west of Buffalo Lake and 2.5 km southeast of Mirror.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses #15 (Holter, 1972): 1. Grain shape (%): Angular 5, Subrounded 85, Rounded 10; 2. Min. comp. (%): Qtz. 92, Feldspar 7, Others 1; 3. Iron staining (%): Light 2, Inclusions 4, Clear 94.	Mechanical analysis #15 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #15 (AGS ESR 1972-04): #15-A (Bulk sample): SiO2 86.09, Al2O3+P2O5+TiO2 6.56, TFe2O3 1.56, CaO 0.72, MgO 0.30, L.O.I. 1.11; #15-B (Washed sample): SiO2 88.07, Al2O3+P2O5+TiO2 5.98, TFe2O3 1.00, CaO 0.84, MgO 0.29, L.O.I. 0.63	AGS ESR 1972-04	Alberta Geological Survey
074D 0044	Industrial mineral	Clearwater River valley	T153544; INDID_1132 (DIG 2019-0027)	74D	56.704307	-110.151010	-9999	Approximately 70 km to the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Glass	-9999	Beneficiation test #17,#18 (McLaws, 1980), Table 9.	Good	Dunes (3-9 m in height); sheet sand between dunes (0.6-1.5 m thick). Sands are variable in composition and texture. Purity increases northeastward. On the floor of the Clearwater River valley near the SK border, the sands are clean and free from discolora	Mineral Composition & Iron Staining #17,#18 (McLaws,1980), Table 2. Samples 17, 18 and 27 were considered high enough in silica quality to warrant further upgrading treatment.	Textural analyses #17,#18 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #17 (1-4m),#18 (4-7m) (AGS ECO 6): #17-A (Bulk); #17-B (Modal, -50+70)	AGS ECO 6	Alberta Geological Survey
083H 0043	Industrial mineral	Amelia	T111143; INDID_1122 (DIG 2019-0027)	83H	53.927060	-112.987310	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Green and amber glass	-9999	Magnetic separation #17 (Carrigy, 1970), p.20-30 Appendix B.	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #17 (Carrigy, 1970): (1) Shape: Angular 69, Subrounded 27, Rounded 4; (2) Mineral comp. (%): Qtz. 85, feldspars 12, chert 3; (3) Iron staining: Heavy 14, light 81, inclusions 3, clear 2. Relative proportion of clay minerals in clay	Mechanical analysis #17 (Carrigy, 1970), p.14	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #17 (AGS ESR 1970-01): #17-A (Bulk sample): Percent of original sample 100; #17-B (Washed modal size fraction): Percent of original sample 55	AGS ESR 1970-01	Alberta Geological Survey
083H 0044	Industrial mineral	Eastgate	T110938; INDID_1123 (DIG 2019-0027)	83H	53.883434	-113.185470	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Possibly amber glass	-9999	-9999	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #18 (Carrigy, 1970): (1) Shape (%): Angular 54, Subrounded 35, Rounded 11; (2) Mineral comp.(%): Qtz. 86, feldspars 11, chert 3; (3) Iron staining (%): Heavy 23, light 70, inclusions 4, clear 3. Relative proportion of clay minerals	Mechanical analysis #18 (Carrigy, 1970), p.14	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #18 (AGS ESR 1970-01): #18-A (Bulk sample): Percent of original sample 100; #18-B (Washed modal size fraction): Percent of original sample 41	AGS ESR 1970-01	Alberta Geological Survey
074D 0045	Industrial mineral	Thickwood Hills	T153634; INDID_1133 (DIG 2019-0027)	74D	56.718829	-111.905020	-9999	Approximately 35 km to the west of the community of Fort McMurray, AB.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands from 3-9 m in height; sheet sand between dunes 0.6-1.5 m thick. Variable in composition and texture; significant feldspathic component, varying amounts of dark mineral grains and iron oxide stain, light brown. Purity increases to the NE. The 	Mineral Composition & Iron Staining #19 (McLaws, 1980), Table 2.	Textural analyses #19 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #19 (AGS ECO 6): #19-A (Bulk); #19-B (Modal,-100+140)	AGS ECO 6	Alberta Geological Survey
083H 0031	Industrial mineral	Redwater	T85938; INDID_1107 (DIG 2019-0027)	83H	53.910637	-113.120230	-9999	Approximately 4 km south of the town of Redwater, AB.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Amber glass	-9999	Magnetic separation #2 (Carrigy, 1970), p.20-30 Appendix B.	Good	Glacial outwash sands cover extensive areas in the vicinity of the City of Edmonton. They have been reworked locally by wind and blown into dune forms. This deposit is one of eight large dune fields located north and east of the City of Edmonton. Post-dep	Mineral analyses #2 (Carrigy, 1970): Mineral composition (%): Qtz. 86, felspars 10, chert 5, others 2;  Relative proportion of clay minerals in clay-size fraction: Montmorillonite >illite.	Mechanical analysis #2 (Carrigy, 1970), p.14. Shape (%): Angular 66, Subrounded 33, Rounded 1; Iron staining (%): Heavy 8, light 85, inclusions 1, clear 6	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #2 (AGS ESR 1970-01): #2-A (Bulk sample): Percent of original sample 100, Si2O 92.35, Al2O3+P2O5+TiO2 3.66, TFe2O3 0.99, CaO 0.41, MgO 0.29, L.O.I. 0.49; #2-B (Washed modal size fraction): Percent of original sample 52, SiO2 9	AGS ESR 1970-01	Alberta Geological Survey
072L 0023	Industrial mineral	The Hogsback (Medicine Hat)	T157463; INDID_1148 (DIG 2019-0027)	72L	50.320855	-110.753880	-9999	The dune is one of six major dune fields found in the Medicine Hat area.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	Both stabilized and active dunes. Two main types: U-shaped dunes <9 m high and 300 m wide with "horns" pointing westward, towards the direction of the prevailing winds; and linear dunes approximately 4.5 m high, 30 m wide, and <1.5km long. . Show marked E	Mineral analyses#2 (Holter,1971), p.10.	Mechanical analysis #2(Holter, 1971), p.9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #2 (AGS ESR 1971-05): #2 (2-4 ft)-A (Bulk sample): SiO2 84.27, Al2O3 7.14, TFe2O3 1.19, CaO 1.47, MgO 0.48, L.O.I. 1.77; #2 (2-4 ft)-B (Washed sample): SiO2 86.06, Al2O3 6.66, TFe2O3 0.81, CaO 1.27, MgO 0.29, L.O.I. 0.91	AGS ESR 1971-05	Alberta Geological Survey
083A 0037	Industrial mineral	Red Deer area (Wetaskiwin)	T159652; INDID_1155 (DIG 2019-0027)	83A	52.960744	-113.413970	-9999	The dune sand is about 3 km northwest of Wetaskiwin.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses#2 (Holter,1972): 1. Grain shape (%): Angular 10, Subrounded 75, Rounded 11, Spherical 4; 2. Mineral comp. (%): Qtz. 89, Feldspar 5, Others 6; 3. Iron staining (%): Heavy 2, Light 4, Inclusions 2, Clear 92.	Mechanical analysis #2 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #2 (AGS ESR 1972-04): #2-A (Bulk sample): SiO2 85.19, Al2O3+P2O5+TiO2 6.86, TFe2O3 1.49, CaO 1.13, MgO 0.47, L.O.I. 1.54; #2-B (Washed sample): SiO2 86.94, Al2O3+P2O5+TiO2 5.88, TFe2O3 1.12, CaO 1.18, MgO 0.38, L.O.I. 1.07	AGS ESR 1972-04	Alberta Geological Survey
074D 0046	Industrial mineral	Thickwood Hills	T154012; INDID_1134 (DIG 2019-0027)	74D	56.660704	-111.665770	-9999	Approximately 20 km to the west of the community of Fort McMurray, AB along the Athabasca River.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands from 3-9 m in height; sheet sand between dunes 0.6-1.5 m thick. Variable in composition and texture; significant feldspathic component, varying amounts of dark mineral grains and iron oxide stain, light brown. Purity increases to the NE. The 	Mineral Composition & Iron Staining #20 (McLaws, 1980), Table 2.	Textural analyses #20 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #20 (AGS ECO 6): #20-A (Bulk); #20-B (Modal,-100+140)	AGS ECO 6	Alberta Geological Survey
074D 0047	Industrial mineral	Thickwood Hills	T154355; INDID_1135 (DIG 2019-0027)	74D	56.573437	-111.825270	-9999	Approximately 30 km to the west of the community of Fort McMurray, AB along the Athabasca River.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands from 3-9 m in height; sheet sand between dunes 0.6-1.5 m thick. Variable in composition and texture; significant feldspathic component, varying amounts of dark mineral grains and iron oxide stain, light brown. Purity increases to the NE. The 	Mineral Composition & Iron Staining #21(McLaws, 1980), Table 2.	Textural analyses #21 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #21(AGS ECO 6): #21-A (Bulk); #21-B (Modal, -100+140)	AGS ECO 6	Alberta Geological Survey
074E 0081	Industrial mineral	Fort MacKay	T154408; INDID_1136 (DIG 2019-0027)	74E	57.097106	-111.600990	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Glass	-9999	Beneficiation test #22 (McLaws, 1980), Table 9.	Good	Sands vary from 3-9 m in height; sheet sand between dunes 0.6-1.5 m thick. Variable in composition and texture. Frequently significant feldspathic component, with varying amounts of dark mineral grains and iron oxide stain. . Purity increases northeastwar	Mineral Composition & Iron Staining #22 (McLaws, 1980), Table 2.	Textural analyses #22 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #22 (AGS ECO 6): #22-A (Bulk); #22-B (Modal, -50+70)	AGS ECO 6	Alberta Geological Survey
074E 0082	Industrial mineral	Beaver River	T154680; INDID_1137 (DIG 2019-0027)	74E	57.097101	-111.627800	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Glass	-9999	Beneficiation test #23 (McLaws, 1980), Table 9.	Good	Eolian sands, derived from glacial sands, are of variable mineral compositions and grain size. Dunes vary from 3-9 m in height; sheet sand between dunes 0.6-1.5 m thick.	Mineral Composition & Iron Staining #23 (McLaws, 1980), Table 2.	Textural analyses #23 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #23(AGS ECO 6): #23-A (Bulk); #23-B (Modal, -50+70)	AGS ECO 6	Alberta Geological Survey
074D 0048	Industrial mineral	Garson Lake	T155136; INDID_1138 (DIG 2019-0027)	74D	56.282615	-110.123360	-9999	Approximately 80 km to the southeast of the community of Fort McMurray, AB near Garson Lake.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands, 3-9 m; sheet sand between dunes 0.6-1.5 m thick. Sands are variable in composition and texture, significant feldspathic component, varying amounts of dark mineral grains and iron oxide stain. Purity increases northeastward.	Mineral Composition & Iron Staining #24 (McLaws, 1980), Table 2. Sample 24 was not considered high enough in silica quality to warrant further upgrading treatment.	Textural analyses #24 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #24(AGS ECO 6): #24-A (Bulk); #24-B (Modal, -70+100)	AGS ECO 6	Alberta Geological Survey
074D 0049	Industrial mineral	Edwin Creek	T155572; INDID_1139 (DIG 2019-0027)	74D	56.529822	-110.044680	-9999	Approximately 80 km to the east of the community of Fort McMurray, AB.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands, derived from glacial sands, are of variable mineral compositions and grain size. Dunes vary from 3-9 m in height; sheet sand between dunes 0.6-1.5 m thick.	Mineral Composition & Iron Staining #25 (McLaws, 1980), Table 2.	Textural analyses #25 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #25(AGS ECO 6): #25-A (Bulk); #25-B (Modal, -50+70)	AGS ECO 6	Alberta Geological Survey
074D 0050	Industrial mineral	Fort McMurray	T155812; INDID_1140 (DIG 2019-0027)	74D	56.689762	-111.187370	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands, 3-9 m; sheet sand between dunes 0.6-1.5 m thick. Sands are variable in composition and texture, significant feldspathic component, varying amounts of dark mineral grains and iron oxide stain. Purity increases northeastward.	Mineral Composition & Iron Staining #26 (McLaws, 1980), Table 2.	Textural analyses #26 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #26 (AGS ECO 6): #26-A (Bulk); #26-B (Modal, -70+100)	AGS ECO 6	Alberta Geological Survey
074D 0051	Industrial mineral	Clearwater River Vally	T155983; INDID_1141 (DIG 2019-0027)	74D	56.733372	-110.416730	-9999	Approximately 55 km to the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Glass	-9999	Beneficiation test #27 (McLaws, 1980), Table 9.	Good	These sands are extraordinarily clean, well sorted, free from discoloration and coarser than typical eolian sands. Sample 27 is extraordinarily high in quartz content. These dune sands were derived from the widespread sandy glacial deposits through prolon	Mineral Composition & Iron Staining #27 (McLaws, 1980), Table 2.	Textural analyses #27 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #27 (AGS ECO 6): #27-A (Bulk); #27-B (Modal,-70+100)	AGS ECO 6	Alberta Geological Survey
074D 0052	Industrial mineral	Garson Lake	T156377; INDID_1142 (DIG 2019-0027)	74D	56.369876	-110.070680	-9999	Approximately 150 km to the west of the community of Fort McMurray, AB.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands, 3-9 m; sheet sand between dunes 0.6-1.5 m thick. Sands are variable in composition and texture, significant feldspathic component, varying amounts of dark mineral grains and iron oxide stain. Purity increases northeastward.	Mineral Composition & Iron Staining #28 (McLaws, 1980), Table 2.	Textural analyses #28 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #28 (AGS ECO 6): #28-A (Bulk); #28-B (Modal, -70+100)	AGS ECO 6	Alberta Geological Survey
074D 0053	Industrial mineral	Newby River	T156627; INDID_1144 (DIG 2019-0027)	74D	56.107981	-110.487460	-9999	Approximately 80 km southeast of the community of Fort McMurray, AB.	Surface	Showing	Eolian sands	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Industrial and constructional sand	-9999	-9999	Good	Eolian sands, derived from glacial sands are of variable mineral compositions and grain size. Dunes vary from 3-9 m in height; sheet sand between dunes 0.6-1.5 m thick.	Mineral Composition & Iron Staining #29 (McLaws, 1980), Table 2.	Textural analyses #29 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #29 (AGS ECO 6): #29-A (Bulk); #29-B (Modal, -70+100)	AGS ECO 6	Alberta Geological Survey
074D 0039	Industrial mineral	Fort McMurray	T151850; INDID_1126 (DIG 2019-0027)	74D	56.704231	-111.399980	-9999	The tailings are about 3 km west of Fort McMurray, at the tailings disposal areas of the former Abasand Oils Limited.	Surface	Showing	Oil sands tailings	-9999	Terrigenous	-9999	Silica sand	Oil sands tailings	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Glass	-9999	Beneficiation test #3 (McLaws, 1980), Table 5, 6.	Good	These sands, partially cleaned by the oil extraction process, are very high in silica (95-98%) and are available in virtually unlimited quantities. Iron stain on quartz grain surfaces is common in the tailings sands. Testing results indicate iron content 	Mineral Composition & Iron Staining #3 (McLaws, 1980), Table 2.	Textural analyses #3 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #3 (AGS ECO 6): #3-A (Bulk); #3-B (Modal, -70+100)	AGS ECO 6	Alberta Geological Survey
072L 0024	Industrial mineral	The Hogsback (Medicine Hat)	T157849; INDID_1149 (DIG 2019-0027)	72L	50.313626	-110.685080	-9999	The dune is one of six major dune fields found in the Medicine Hat area.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	Both stabilized and active dunes. Two main types: U-shaped dunes <9 m high and 300 m wide with "horns" pointing westward, towards the direction of the prevailing winds; and linear dunes approximately 4.5 m high, 30 m wide, and <1.5km long. . Show marked E	Mineral analyses#3 (Holter,1971), p.10.	Mechanical analyses #3 (Holter, 1971), p.9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #3 (AGS ESR 1971-05): #3(0-3 ft)-A (Bulk sample): SiO2 88.56, Al2O3 5.79, Fe2O3 0.86, CaO 0.70, MgO 0.26, L.O.I. 0.63; #3(0-3 ft)-B (Washed sample): SiO2 87.93, Al2O3 5.50, TFe2O3 0.78, CaO 0.71, MgO 0.18, L.O.I. 0.43; #3	AGS ESR 1971-05	Alberta Geological Survey
083A 0038	Industrial mineral	Red Deer area (Wetaskiwin)	T159975; INDID_1156 (DIG 2019-0027)	83A	52.956075	-113.443620	-9999	The sand dune is about 4 km southwest of Wetaskiwin.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses#3 (Holter,1972): 1. Grain shape (%): Angular 6, Subrounded 81, Rounded 12, Spherical 1; 2. Min. comp. (%): Qtz. 90, Feldspar 6, Others 4; 3. Iron staining (%): Light 1, Inclusions 5, Clear 94.	Mechanical analysis #3 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #3 (AGS ESR 1972-04): #3-A (Bulk sample): SiO2 85.29, Al2O3+P2O5+TiO2 5.76, Fe2O3 1.43, CaO 1.33, MgO 0.51, L.O.I. 1.88; #3-B (Washed sample): SiO2 88.44, Al2O3+P2O5+TiO2 4.78, TFe2O3 0.97, CaO 1.30, MgO 0.38, L.O.I. 1.29	AGS ESR 1972-04	Alberta Geological Survey
074E 0080	Industrial mineral	Bitumount	T152112; INDID_1127 (DIG 2019-0027)	74E	57.402462	-111.644200	-9999	Approximately 15 km to the west of McClelland Lake along Athabasca River.	Surface	Showing	Oil sands tailings	-9999	Terrigenous	-9999	Silica sand	Oil sands tailings	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Glass	-9999	Beneficiation test #4 (McLaws, 1980), Table 5, 6.	Good	Tailings from Oil Sands Ltd., at Bitumen on the Athabasca River. These sands, partially cleaned by the oil extraction process, are very high in silica (95-98%). Results of testing indicate the iron staining on surfaces can be lowered by various means. 30 	Mineral Composition & Iron Staining #4 (McLaws, 1980), Table 2.	Textural analyses #4 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #4 (AGS ECO 6): #4-A (Bulk); #4-B (Modal, -50+70)	AGS ECO 6	Alberta Geological Survey
083H 0033	Industrial mineral	Bruderheim	T102268; INDID_1109 (DIG 2019-0027)	83H	53.859708	-112.922000	-9999	Approximately 25 km to the northeast of the city of Fort Saskatchewan, AB.	Surface	Past producer	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Amber glass	-9999	Magnetic separation #4 (Carrigy, 1970), p.20-30 Appendix B.	Good	Glacial outwash sand. Post depositional modification has resulted in presence of thin film of iron oxide on sand grains, giving deposit a yellow colour.	Mineral analyses #4 (Carrigy, 1970): Mineral composition (%): Qtz. 88, feldspars 8, chert 4;  Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >illite >chlorite + kaolinite.	Mechanical analysis #4 (Carrigy, 1970), p. 14. Shape (%): Angular 43, Subrounded 34, Rounded 20,Spherical 3; Iron staining (%): Heavy 4, light 82, inclusions 4, clear 10	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #4 (AGS ESR 1970-01): #4-A (Bulk sample): Percent of original sample 100; #4-B (Washed modal size fraction): Percent of original sample 44	AGS ESR 1970-01	Alberta Geological Survey
072L 0025	Industrial mineral	Old Channel Lake (Medicine Hat)	T158202; INDID_1150 (DIG 2019-0027)	72L	50.197153	-110.680440	-9999	The dune is one of six major dune fields found in the Medicine Hat area.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	Beneficiation tests #4 (Holter,1971), p.14-19.	Good	Both stabilized and active dunes. Two main types: U-shaped dunes <9 m high and 300 m wide with "horns" pointing westward, towards the direction of the prevailing winds; and linear dunes approximately 4.5 m high, 30 m wide, and <1.5km long. . Show marked E	Mineral analyses#4 (Holter,1971), p.10.	Mechanical analyses #4 (Holter, 1971), p.9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #4 (AGS ESR 1971-05): #4 (0-4 ft)-A (Bulk sample): SiO2 87.19, Al2O3 5.04, TFe2O3 1.25, CaO 1.43, MgO 0.32, L.O.I. 1.40; #4 (0-4 ft)-B (Washed sample): SiO2 86.63, Al2O3 5.12, TFe2O3 0.97, CaO 1.41, MgO 0.27, L.O.I. 1.19; #4	AGS ESR 1971-05	Alberta Geological Survey
083A 0039	Industrial mineral	Red Deer area (Bearhills Lake)	T160198; INDID_1157 (DIG 2019-0027)	83A	52.907220	-113.579620	-9999	The sand dune is 6.3 km south of Brightview and about 13 km southwest of Wetaskiwin.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses#4 (Holter,1972): 1. Grain shape (%): Angular 2, Subrounded 84, Rounded 14; 2. Min.comp. (%): Qtz. 89, Feldspar 6, Others 5; 3. Iron staining (%): Light 3, Inclusions 5, Clear 92.	Mechanical analysis #4 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #4 (AGS ESR 1972-04): #4-A (Bulk sample): SiO2 84.82, Al2O3+P2O5+TiO2 7.12, TFe2O3 1.74, CaO 0.88, MgO 0.45, L.O.I. 1.45; #4-B (Washed sample): SiO2 87.71, Al2O3+P2O5+TiO2 6.06, TFe2O3 1.19, CaO 0.77, MgO 0.31, L.O.I. 0.85	AGS ESR 1972-04	Alberta Geological Survey
074D 0040	Industrial mineral	Junction of High Hills and Clearwater Rivers	T152495; INDID_1128 (DIG 2019-0027)	74D	56.762449	-110.443310	-9999	At the junction of High Hill and Clearwater rivers, an almost complete section of unimpregnated McMurray Formation outcrops	Surface	Showing	Bedrock sandstones	-9999	Terrigenous	-9999	Silica sand	Sandstone	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Glass, fiberglass	-9999	Beneficiation test #5, #6, #7, #8, #9 (McLaws, 1980), Table 7.	Fair	The deposit consists of bedrock sandstones from the McMurray Formation which is made up of a succession of sands with minor silts and clays, deposited in an elongate downward about 320 km long in the north-south direction and 160 km wide east-west. Fluvia	Mineral Composition & Iron Staining #5,#6,#7,#8,#9(McLaws,1980), Table 2. This was sampled at 1.5 m vertical intervals over a thickness of 19 m. The samples were combined into five composite samples.	Textural analyses #5,#6,#7,#8,#9 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #5 (0-3m), #6(3-9m),#7(9-14m),#8(14-18m),#9(18-19m) (AGS ECO 6): #5-A(Bulk); #5-B	AGS ECO 6	Alberta Geological Survey
083H 0034	Industrial mineral	Yekau Lake	T83682; INDID_1110 (DIG 2019-0027)	83H	53.486755	-113.681710	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Does not meet specification for glass	-9999	-9999	Good	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #5 (Carrigy, 1970): Mineral composition (%): Qtz. 79, feldspars 14, chert 7; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >chlorite + kaolinite.	Mechanical analysis #5 (Carrigy, 1970), p.14 Shape (%): Angular 65, Subrounded 29,Rounded 6; Iron staining: Heavy 8, light 86, inclusions 1, clear 5	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #5 (AGS ESR 1970-01): #5-A (Bulk sample): Percent of original sample 100, SiO2 88.21, Al2O3+P2O5+TiO2 5.72, TFe2O3 1.10, CaO 0.87, MgO 0.43, L.O.I. 1.20; #5-B (Washed modal size fraction): Percent of original sample 36, SiO2 90.4	AGS ESR 1970-01	Alberta Geological Survey
072L 0026	Industrial mineral	Old Channel Lake (Medicine Hat)	T158344; INDID_1151 (DIG 2019-0027)	72L	50.171660	-110.629470	-9999	The dune is one of six major dune fields found in the Medicine Hat area.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	Both stabilized and active dunes. Two main types: U-shaped dunes <9 m high and 300 m wide with "horns" pointing westward, towards the direction of the prevailing winds; and linear dunes approximately 4.5 m high, 30 m wide, and <1.5km long. . Show marked E	Mineral analyses#5 (Holter,1971), p.10.	Mechanical analyses #5 (Holter, 1971), p.9.	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #5 (AGS ESR 1971-05): #5 (0-3 ft)-A (Bulk sample): SiO2 86.35, Al2O3 5.66, TFe2O3 1.22, CaO 1.38, MgO 0.48, L.O.I. 1.58; #5 (0-3 ft)-B (Washed sample): SiO2 87.42, Al2O3 5.47, TFe2O3 0.99, CaO 1.21, MgO 0.34, L.O.I. 1.15; #5	AGS ESR 1971-05	Alberta Geological Survey
083A 0040	Industrial mineral	Nelson Lake (Red Deer area)	T160471; INDID_1158 (DIG 2019-0027)	83A	52.724608	-113.362240	-9999	The sand dune is about 6 km northeast of Nelson Lake and 16 km northeast of Ponoka.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses #5 (Holer, 1972): 1. Grain shape (%): Angular 2, Subrounded 81, Rounded 16, Spherical 1; 2. Min. comp. (%): Qtz. 89, Feldspar 5, Others 6; 3. Iron staining (%): Heavy 3, Light 1, Inclusions 1, Clear 95.	Mechanical analysis #5 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #5 (AGS ESR 1972-04): #5-A (Bulk sample): SiO2 84.30, Al2O3+P2O5+TiO2 6.59, TFe2O3 1.59, CaO 1.81, MgO 0.55, L.O.I. 2.07; #5-B (Washed sample): SiO2 87.00, Al2O3+P2O5+TiO2 5.34, TFe2O3 1.24, CaO 1.36, MgO 0.38, L.O.I. 1.32	AGS ESR 1972-04	Alberta Geological Survey
083H 0035	Industrial mineral	Devon	T36704; INDID_1111 (DIG 2019-0027)	83H	53.406926	-113.768150	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Not suitable for glass	-9999	-9999	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #6 (Carrigy, 1970): Mineral comp. (%): Qtz. 84, feldspars 13, chert 3; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >illite >chlorite.	Mechanical analysis #6 (Carrigy, 1970), p.14. Shape (%): Angular 50,Subrounded 37, Rounded 10, Spherical 3; Iron staining: Heavy 12, light 79, inclusions 5, clear 4	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #6 (AGS ESR 1970-01): #6-A (Bulk sample): Percent of original sample 100; #6-B (Washed modal size fraction): Percent of original sample 40	AGS ESR 1970-01	Alberta Geological Survey
072L 0027	Industrial mineral	Old Channel Lake (Medicine Hat)	T158487; INDID_1152 (DIG 2019-0027)	72L	50.160652	-110.635080	-9999	The dune is one of six major dune fields found in the Medicine Hat area.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	Both stabilized and active dunes. Two main types: U-shaped dunes <9 m high and 300 m wide with "horns" pointing westward, towards the direction of the prevailing winds; and linear dunes approximately 4.5 m high, 30 m wide, and <1.5km long. . Show marked E	Mineral analyses#6(Holter, 1971), p.10.	Mechanical analysis #6(Holter, 1971), p.9.	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #6 (AGS ESR 1971-05): #6(0-2 ft)-A (Bulk sample): SiO2 86.34, Al2O3 5.70, TFe2O3 1.19, CaO 1.30, MgO 0.43, L.O.I. 1.56; #6(0-2 ft)-B (Washed sample): SiO2 88.05, Al2O3 5.52, TFe2O3 1.07, CaO 1.19, MgO 0.33, L.O.I. 1.12	AGS ESR 1971-05	Alberta Geological Survey
083A 0041	Industrial mineral	Red Deer area (Ponoka)	T160642; INDID_1159 (DIG 2019-0027)	83A	52.662200	-113.599317	-9999	The sand dune is about 2 km southwest of Ponoka.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses#6 (Holter,1972): 1. Grain shape (%): Subrounded 84, Rounded 15, Spherical 1; 2. Min. comp. (%): Qtz. 87, Feldspar 4, Others 9; 3. Iron staining (%): Light 1, Inclusions 3, Clear 96.	Mechanical analysis #6 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #6 (AGS ESR 1972-04): #6-A (Bulk sample): SiO2 84.17, Al2O3+P2O5+TiO2 6.36, TFe2O3 1.62, CaO 1.75, MgO 0.55, L.O.I. 2.01; #6-B (Washed sample): SiO2 86.09, Al2O3+P2O5+TiO2 5.60, TFe2O3 1.23, CaO 1.74, MgO 0.46, L.O.I. 1.63	AGS ESR 1972-04	Alberta Geological Survey
082P 0005	Industrial mineral	Drumheller (Aetna Coal Mine, at Rosedale)	M10761; INDID_1188 (DIG 2019-0027)	82P	51.405100	-112.588410	-9999	Approximately 10 km to the southeast of the town of Drumheller, AB along the Red Deer River.	Surface	Past producer	By-product of coal mining	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Drilling mud	-9999	-9999	Could be mined with coal	Bentonite, pale olive grey color, 0.16 - 0.23 m thick, present as a parting in No. 1 coal seam, could be mined with coal.	Mineral analysis (Babet, 1966): Sand and silt per cent: >74 microns  0.4; >48 microns    -; 2 - 48 microns  -.	Physical tests (Babet, 1966): 1) Sodium-type swelling to nearly eight times the original volume; 2) Low thixotropy; 3) Yield: 90 bbl/ton	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #6, #7, #8, #14 (Babet, 1966): 1) #6 (from outcrop)	Spence (1924) Bentonite, Ross and Hendricks (1945) Minerals of the montmorillonite group, their origin and relation to soils and clays, AGS REP 71, AGS ESR 1966-02, National Mineral Inventory record 115013	Alberta Geological Survey
083H 0036	Industrial mineral	Spruce Grove	T110429; INDID_1112 (DIG 2019-0027)	83H	53.479130	-113.927230	-9999	Approximately 7 km south of the city of Spruce Grove.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Not suitable for glass	-9999	-9999	-9999	Glacial outwash sands cover extensive areas in the vicinity of the City of Edmonton. They have been reworked locally by wind and blown into dune forms. This deposit is one of eight large dune fields located north and east of the City of Edmonton. Post-dep	Mineral analyses #7 (Carrigy, 1970): Mineral composition (%): Qtz. 85, feldspars 11, chert 4; Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >kaolinite + chlorite >illite.	Mechanical analysis #7 (Carrigy, 1970), p.14. (1) Shape (%): Angular47, Subrounded 42, Rounded 9, Spherical 2;  Iron staining: Heavy 31, light 64, inclusions 3, clear 2	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #7 (AGS ESR 1970-01): #7-A (Bulk sample): Percent of original sample 100,; #7-B (Washed modal size fraction): Percent of original sample 33	AGS ESR 1970-01	Alberta Geological Survey
072L 0028	Industrial mineral	Old Channel Lake (Medicine Hat)	T158939; INDID_1153 (DIG 2019-0027)	72L	50.160656	-110.646570	-9999	The dune is one of six major dune fields found in the Medicine Hat area.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	Beneficiation tests #7 (Holter, 1971), p.14-19.	Good	Both stabilized and active dunes. Two main types: U-shaped dunes <9 m high and 300 m wide with "horns" pointing westward, towards the direction of the prevailing winds; and linear dunes approximately 4.5 m high, 30 m wide, and <1.5km long. . Show marked E	Mineral analyses#7(Holter, 1971), p.10.	Mechanical analysis #7(Holter, 1971), p.9.	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #7 (AGS ESR 1971-05): #7(0-3 ft)-A (Bulk sample): SiO2 87.97, Al2O3 5.10, TFe2O3 1.10, CaO 0.98, MgO 0.34, L.O.I. 1.14; #7(0-3 ft)-B (Washed sample): SiO2 88.72, Al2O3 5.12, TFe2O3 0.90, CaO 0.99, MgO 0.28, L.O.I. 0.81	AGS ESR 1971-05	Alberta Geological Survey
083A 0042	Industrial mineral	Red Deer area (Morningside)	T160982; INDID_1160 (DIG 2019-0027)	83A	52.588767	-113.815837	-9999	The sand dune is about 11 km west of Morningside and 16 km west of Ponoka.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses#7 (Holter,1972): 1. Grain shape (%): Angular 2, Subrounded 89, Rounded 9; 2. Min. comp. (%): Qtz. 91, Feldspar 7, Others 2; 3. Iron staining (%): Light 1, Inclusions 4, Clear 95.	Mechanical analysis #7 (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #7 (AGS ESR 1972-04): #7-A (Bulk sample): SiO2 82.07, Al2O3+P2O5+TiO2 8.65, TFe2O5 1.69, CaO 1.53, MgO 0.67, L.O.I. 1.71; #7-B (Washed sample): SiO2 85.00, Al2O3+P2O5+TiO2 7.41, TFe2O3 1.13, CaO 0.88, MgO 0.44, L.O.I. 0.88	AGS ESR 1972-04	Alberta Geological Survey
083I 0004	Industrial mineral	Nestow	T110198; INDID_1113 (DIG 2019-0027)	83I	54.217457	-113.611880	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Amber glass	-9999	-9999	-9999	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #8 (Carrigy, 1970): Mineral comp. (%): Qtz. 88, feldspars 9, chert 3;  Relative proportion of clay minerals in clay-size fraction of dune sand: Montmorillonite >kaolinite + chlorite >illite.	Mechanical analysis #8 (Carrigy, 1970), p.14. Shape (%): Angular 44, Subrounded 48, Rounded 8; Iron staining: Heavy 68, light 31,inclusions 1	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #8 (AGS ESR 1970-01): #8-A (Bulk sample): Percent of original sample 100; #8-B (Washed modal size fraction): Percent of original sample 30	AGS ESR 1970-01	Alberta Geological Survey
083A 0043	Industrial mineral	Red Deer area (Morningside)	T161131; INDID_1161 (DIG 2019-0027)	83A	52.632640	-113.815725	-9999	The sand dune is about 12.5 km northwest of Morningside and 13 km northwest of Ponoka.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	-9999	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses#8 (Holert,1972): 1. Grain shape (%): Angular 8, Subrounded 88, Rounded 4; 2. Min. comp. (%): Qtz. 90, Feldspar 6, Others 4; 3. Iron staining (%): Heavy 3, Light 2, Inclusions 4, Clear 91.	Mechanical analysis (Holter, 1972), p. 9	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #8 (AGS ESR 1972-04): #8-A (Bulk sample): SiO2 85.26, Al2O3+P2O5+TiO2 7.13, TFe2O3 1.72, CaO 0.82, MgO 0.58, L.O.I. 1.22; #8-B (Washed sample): SiO2 86.75, Al2O3+P2O5+TiO2 6.28, TFe2O3 1.43, CaO 0.77, MgO 0.43, L.O.I. 0.82	AGS ESR 1972-04	Alberta Geological Survey
083I 0005	Industrial mineral	Haley Lake	T109915; INDID_1114 (DIG 2019-0027)	83I	54.168334	-113.702690	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Showing	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Green and amber glass	-9999	-9999	Good	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #9 (Carrigy, 1970): (2) Mineral comp. (%): Qtz. 78, feldspars 16, chert 5, mica 1; Relative proportion of clay mineral in clay-size fraction of dune sand: Chlorite + kaolinite >illite >mixed layer clays.	Mechanical analysis #9 (Carrigy, 1970), p. 14. Shape (%): Angular66,Subrounded 30, Rounded 4; Iron staining: Heavy 53, light 33, inclusions 2, clear 12	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #9 (AGS ESR 1970-01): #9-A (Bulk sample): Percent of original sample 100, #9-B (Washed modal size fraction 27)	AGS ESR 1970-01	Alberta Geological Survey
083A 0044	Industrial mineral	Red Deer area (Morningside)	T161324; INDID_1162 (DIG 2019-0027)	83A	52.577579	-113.767260	-9999	The sand dune is about 8 km west of Morningside and 16 km southwest of Ponoka.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Industrial sand for a variety of purposes	-9999	Beneficiation test #9 (Holter, 1972), p.14-19.	-9999	It is estimated that Red Deer-Steller map-area includes about 282 km2 of aeolian sand deposits - most in glacial lake basins; those found on outwash deposits near Buffalo Lake form the main exceptions. Dunes are U-shaped with an average height of 8.3 m. D	Mineral analyses#9 (Holter,1972): 1. Grain shape (%): Angular 3, Subrounded 84, Rounded 12, Spherical 1; 2. Min. comp. (%): Qtz. 93, Feldspar 4, Others 3; 3. Iron staining (%): Heavy 1, Light 5, Inclusions 3, Clear 92.	Mechanical analysis #9 (Holter, 1972), p.9.	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses #9 (AGS ESR 1972-04): #9-A (Bulk sample): SiO2 87.15, Al2O3+P2O5+TiO2 5.74, TFe2O3 1.53, CaO 0.66, MgO 0.40, L.O.I. 1.07; #9-B (Washed sample): SiO2 87.02, Al2O3+P2O5+TiO2 5.18, TFe2O3 1.03, CaO 0.66, MgO 0.28, L.O.I. 0.60	AGS ESR 1972-04	Alberta Geological Survey
074D 0036	Industrial mineral	Strip Mine	T94652; INDID_1000 (DIG 2019-0027)	74D	56.984364	-111.500290	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	Basal till	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, dark yellowish brown, minor laminations, minor silt, approx. 3 m. Clay, olive grey, thin laminations, minor silt, approx. 3 m. Clay, olive grey, minor silt, thin laminations, approx. 3 m.	-9999	Ceramic tests (Scafe, 1977)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1977-A)	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0076	Industrial mineral	Tar Island	T103643; INDID_1014, INDID_1013 (DIG 2019-0027)	74E	57.029701	-111.610890	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Low duty refractories	-9999	-9999	-9999	Clay, olive grey, very light grey, minor silt.	-9999	Ceramic test (Scafe, 1977)	Drillcore	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1977-A)	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
082G 0229	Industrial mineral	Grassy Mtn., (Blaremore)	T38647; INDID_0983 (DIG 2019-0027)	82G	49.695206	-114.412490	-9999	Approximately 9 km to the northeast of the town of Coleman, AB.	Surface	Past producer	Abandoned strip mine	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale	Early Cretaceous	Kootenay Group	-9999	-9999	-9999	Refractory	-9999	-9999	-9999	Shale, greenish grey, platy, 2 m. Shale, dark grey, slabby-papery, 3.7 m. Shale, dark grey brown, platy, 1.5 m.	Mineral analyses (Scafe, 1991): Sample "HA 75-10" (%): Kao. 35, Ill. 65, Cal.-Dol. minor, Siderite minor; Sample "HA 75-11": Kao. 25, Ill. 75, Cal.-Dol. trace; Sample "HA 75-12": Kao. 35, Ill. 65, Cal.-Dol. minor, Siderite minor; Sample "HA 75-13": Kao.	Ceramic test (Scafe, 1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083F 0041	Industrial mineral	Oke (Abandoned Bryan Mtn. Coal. pit)	T51460; INDID_0995 (DIG 2019-0027)	83F	53.248638	-117.026170	-9999	Approximately 3 km to the northwest of the hamlet of Robb, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Sewer pipe, low duty refractories, stoneware, pottery	-9999	-9999	-9999	Clay, olive grey, slightly silty, noncalcareous, some moderate brown on joints. Clay, light olive grey, slightly silty, noncalcareous. Clay, olive grey, dark yellowish brown stain on joints, slightly silty, noncalcareous. . Shale, carbonaceous, 0.75 m, gr	-9999	Ceramic tests in Scafe (1980)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082H 0083	Industrial mineral	Oldman River	T29862; INDID_0767 (DIG 2019-0027)	82H	49.788383	-113.171067	-9999	Approximately 25 km west of the city of Lethbridge, AB along the Oldman River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	St. Mary River Formation	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Shale, dark greenish gray, moderate yellowish brown stain on joints, minor silt, thin laminae to massive, slightly calcareous - about 1 m. Shale, grayish olive green, silty, noncalcareous, thin laminae - about 1.5 m.	Mineral analyses (Scafe, 1991): Sample "DS 77-73-1" (%): Kao. 10, Ill. 80, Sme. 5, Chl. 5, Cal.-Dol. major, Feld. major; Sample "DS 77-73-2": Kao. 5, Ill. 60, Sme. 25, Chl. 10, Feld. trace.	Ceramic tests in Scafe (1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082J 0084	Industrial mineral	DeWinton	T8999; INDID_0941 (DIG 2019-0027)	82J	50.826877	-114.007506	-9999	On the southern outskirts of the city of Calgary, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Mudstone	Paleogene	Paskapoo Formation, Porcupine Hills Formation	-9999	-9999	-9999	Expanded aggregate, for consolidated concrete "Herculite"	-9999	-9999	-9999	Mudstone beds, light olive grey to grey, 30 cm to 3 m, massive to slightly laminated, minor silt, noncalcareous to calcareous, overlain by till.	Mineral analyses (Scafe, 1991): Sample "DS 77-56-1" (%): Kao. 15, Ill. 40, Sme. 25, Chl. 20; Sample "DS 77-56-2": Kao. 15, Ill. 50, Sme. 25, Chl. 10; Sample "DS 77-56-3": Kao. 10, Ill. 65, Sme. 20, Chl. 5, Cal.-Dol. minor;	Ceramic test in Scafe (1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
072E 0075	Industrial mineral	Milk River	T25029; INDID_0599 (DIG 2019-0027)	72E	49.099442	-110.753460	-9999	Approximately 25 km south of Pakowki Lake, in Philip Coulee.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	No value, short firing range	-9999	-9999	Good	Few shales in 145 m section along Milk River. Lithology: Shale, dusky yellowish brown, minor silt, 100 m below top of bank and first shale seen - 0.75 m. Shale, olive gray, minor silt, approx. 1 m below sample above - 0.5 m. . Shale, olive gray (greener t	Mineral analyses (Scafe, 1991):
Sample "DS 77-81-1" (%): Kao. 15, Ill. 60, Sme. 25, Feld. minor, Gyp. major;
Sample "DS 77-81-2": Kao. 15, Ill. 65,Smec. 20, Cal.-Dol. major, Feld. minor;
Sample "DS 77-81-3": Kao. 25, Ill. 30, Sme. 45, Feld. minor;	Ceramic tests in Scafe (1980), p.48	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082G 0235	Industrial mineral	Beaver Mines	T31986; INDID_0611, INDID_0768 (DIG 2019-0027)	82G	49.464070	-114.131200	-9999	Approximately 13 km to the west of the town of Pincher Creek, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale, Clay-brick	Shale	Late Cretaceous	Blackstone Formation	-9999	-9999	-9999	Sunkay Member: Structural clay products Vimy Member: No value	-9999	-9999	-9999	Sunkay Member:- Shale, olive black, with olive gray stain on laminae, silty interbeds, sulfur smell when disturbed, noncalcareous. About 30 m.
Vimy Member: Shale, olive black, weathers medium light gray, thin bedded to fissile, few silty interbeds, calca	Vimy Member: Mineral analyses (Scafe, 1991): Sample "DS 77-59-1" (%): Kao. 5, Ill. 85, Chl. 10, Cal.-Dol. Trace, Feld. Minor; Sample "DS 77-59-2": Kao. 25, Ill. 75, mix. Minor, Cal.-Dol. Major; fairly organic.	Vimy Member: Ceramic test (Scafe, 1980) Bars curled so badly firing terminated before steel hardness reached.	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
074D 0011	Industrial mineral	Athabasca River	T90824; INDID_0696, INDID_0999 (DIG 2019-0027)	74D	56.897154	-111.419760	-9999	To the north of the community of Fort McMurray, AB along the Athabasca River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Low duty refractories, stoneware, refractories	-9999	-9999	-9999	Clay, olive grey, massive, noncalcareous, slightly silty. "Basal clay" at mouth of McLean Creek. Clay, olive grey, massive, noncalcareous. Clay, olive grey, very silty, massive, noncalcareous. Clay, black, slightly silty, waxy, massive, coaly fragments.	Mineral analyses (Scafe, 1991): Sample "DS 77-89-1" (%): Kao. 55, Ill. 45, mix. major; Sample "DS 77-89-2": Kao. 40, Ill. 60, mix. major; Sample "DS 77-89-3": Kao. 100, mix. major; Sample "DS 77-89-4": Kao. 75, Ill. 25, mix. major.	Ceramic tests in Scafe (1980)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESN 1980-A).	Ells (1926) Bituminous sands of northern Alberta, AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
074D 0018	Industrial mineral	Fort McMurray	T91808; INDID_0693, INDID_0910 (DIG 2019-0027)	74D	56.709651	-111.396700	-9999	Within the community of Fort McMurray, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, brownish grey, noncalcareous (Sample 1). Clay, dark grey, calcareous (Sample 2). Clay, brownish black, noncalcareous (Sample 3). Clay, creamy grey, noncalcareous (Sample 4). Clay, light grey buff, noncalcareous (Sample 5). Clay, pink, noncalcareous 	-9999	Ceramic tests #1, 2, 3, 4, 5 & 6 in Halferdahl (1969)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (AGS ESR 1969-03): (1) Sample 1: SiO2 68.42, Al2O3 16.20, Fe2O3 3.16, TiO2 0.92, P2O5 0.11, CaO 0.50, MgO 0.65, Na2O 0.33, K2O 1.37, S 0.00, H2O 5.45, L.O.I. 0.96; (2) Sample 3: SiO2 61.49, Al2O3 16.01, Fe2O3 4.00, TiO	AGS ESR 1969-03, AGS ECO 7	Alberta Geological Survey
083G 0045	Industrial mineral	Wabamun	T79213; INDID_0993 (DIG 2019-0027)	83G	53.571958	-114.504180	-9999	On the northern shore of Wabamun Lake.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Sewer pipe, low duty refractories	-9999	-9999	-9999	Clay, grey, noncalcareous, approx. 0.4 m between coal beds. Clay, dark brown, coaly, noncalcareous, approx. 0.3 m between coal beds.	-9999	Ceramic tests in ARC Files (1972)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (ARC Files, 1972): (1) SiO2 64.41, Al2O3 16.44, Fe2O3 4.37, TiO2 0.70, CaO 0.99, MgO 1.06, Na2O 0.76, K2O 2.42, H2O 5.09, L.O.I. 2.70; (2) SiO2 50.96, Al2O3 27.66, Fe2O3 1.74, TiO2 0.52, CaO 1.01, MgO 0.16, Na2O 0.25, K	AGS ECO 7, Alberta Research Council Economic Mineral File, unpublished data	Alberta Geological Survey
074E 0060	Industrial mineral	Bitumount	T156817; INDID_1145 (DIG 2019-0027)	74E	57.388009	-111.644200	-9999	About 100 km north of Fort McMurray on Athabasca River at Bitumont.	Surface	Showing	Oil sands tailings	-9999	Terrigenous	-9999	Silica sand	Oil sands tailings	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Glass containers	-9999	Magnetic separation (Lilge, 1945), Table 4.	-9999	Tailings from Oil Sands Ltd., at Bitumen on the Athabasca River. These sands, partially cleaned by the oil extraction process, are very high in silica (95-98%). Results of testing indicate the iron staining on surfaces can be lowered by various means. 30 	Grain shape: Angular to sub-angular.	Screen analyses (Lilge, 1945), Table 3	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (Lilge (1945) Purification of silica sand: Alberta tar sand suitable for glass manufacturing), Table 2	Lilge (1945) Purification of silica sand: Alberta tar sand suitable for glass manufacturing	Alberta Geological Survey
074D 0013	Industrial mineral	McMurray	T157178; INDID_1146 (DIG 2019-0027)	74D	56.728070	-111.360910	-9999	The tailings are about 3 km west of Fort McMurray, at the tailings disposal areas of the former Abasand Oils Limited.	Surface	Test	Oil sands tailings	-9999	Terrigenous	-9999	Silica sand	Oil sands tailings	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Unsuitable for glass making (high TiO2 and poor grain size)	-9999	Magnetic separation (Lilge, 1945), Table 6.	Good	These sands, partially cleaned by the oil extraction process, are very high in silica (95-98%) and are available in virtually unlimited quantities. Iron stain on quartz grain surfaces is common in the tailings sands. . Testing results indicate iron conten	-9999	Screen analyses (Lilge, 1945), Table 5	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (Lilge (1945) Purification of silica sand: Alberta tar sand suitable for glass manufacturing), Table 5	Lilge (1945) Purification of silica sand: Alberta tar sand suitable for glass manufacturing	Alberta Geological Survey
082H 0061	Industrial mineral	Rock Springs	T27419; INDID_0761 (DIG 2019-0027)	82H	49.793194	-112.182580	-9999	On the northern outskirts of the town of Taber, AB.	Surface	Showing	Section in coal mine	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick, possibly fireproofing	-9999	-9999	Good	The Rock Springs mine of the Superior Coal Co. is located about 3 km west of Taber. Coal seam with clay both above and beneath it. Samples for laboratory tests were taken of both the top and bottom clay. . Bottom clay (Sample 1793):- dark-gray soft shale,	-9999	Ceramic tests #1793 & 1794 in Ries & Keele (1913)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses (Ries & Keele, 1913): (1) Sample 1793: SiO2 63.20, Al2O3 19.20, Fe2O3 5.40, CaO 0.60, MgO 1.20, L.O.I. 9.00; (2) Sample 1794: SiO2 68.40, Al2O3 18.00, Fe2O3 4.00, CaO 0.40, MgO 1.00, L.O.I. 7.70	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
074D 0042	Industrial mineral	Clearwater River Channel (Testhole 2)	T152998; INDID_1130 (DIG 2019-0027)	74D	56.718865	-111.346850	-9999	Within the community of Fort McMurray, AB.	Surface	Showing	Alluvial (bedrock channel) sand	-9999	Terrigenous	-9999	Silica sand	Sand	Quaternary	-9999	-9999	-9999	-9999	Glass and fiber glass	-9999	Beneficiation test #13, #14,#15 (McLaws, 1980), Table 8.	Fair	Clean alluvial quartz sand (95-97% SiO2) is found in a buried channel (thought to be 30-43 m deep) along the Clearwater River valley. Origin and extent of channel unknown. Exploitation of this silica would require a dredging operation, as the channel depo	Mineral Composition & Iron Staining #13,#14,#15 (McLaws, 1980), Table 2.	Textural analyses #13,#14,#15 (McLaws, 1980), Table 1	Tailings sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analyses#13 (6-8m), #14 (8-14m),#15 (14-20m) (AGS ECO 6): #13-A (Bulk); #13-B (Modal, -40+50)	AGS ECO 6	Alberta Geological Survey
083J 0012	Industrial mineral	Athabasca River (#576)	T139250; INDID_1022 (DIG 2019-0027)	83J	54.321136	-114.728930	-9999	Approximately 30 km to the northwest of the town of Barrhead, AB near the Athabasca River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Athabasca 576" (Halferdahl,1969), p. 5, 20-22.	-9999	Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis "Athabasca 576" (AGS ESR 1969-03) (a-All lithologies in the gravels; b-Quartzite only)	AGS ESR 1969-02	Alberta Geological Survey
082P 0010	Industrial mineral	Beynon (along Rosebud River)	M10513; INDID_1187 (DIG 2019-0027)	82P	51.346844	-112.775730	-9999	Approximately 12 km south of the town of Drumheller, AB along Rosebud River.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Low overburden	The deposit is a lens-shaped deposit, 1.2 m thick, underlying coal seam 0.8 m thick, unknown tonnage available.	Mineral analysis (Babet, 1966): Sand and silt per cent: >74 microns        0.2; >48 microns      11.23; 2 - 48 microns    37.35.	Physical tests (Babet, 1966): 1) Yield: 51 bbl/ton; 2) 98 ml vol. (B. P.); 57 ml apparent swelling vol. (B. P.); pH 9.27	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis #10 (AGS ESR 1966-02)	AGS REP 71, Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, National Mineral Inventory record 115016	Alberta Geological Survey
082P 0013	Industrial mineral	Dorothy	M10394; INDID_1186 (DIG 2019-0027)	82P	51.281541	-112.307220	-9999	Approximately 33 km southeast of the town of Drumheller, AB.	Surface	Prospect	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation (upper)	-9999	-9999	-9999	Low yield	-9999	-9999	Overburden low or variable	Bentonite, swelling sodium type, green to greenish-grey color, 6.7 - 9.7 m thick, relatively uniform, can be traced over long distances, and contains some sandstone and volcanic ash. . Main deposit extends into valley sides under the deep overburden; larg	Mineral analyses: 1. Scafe (1975): Four localities were sampled and tested along the outcrop. In these samples, sand-sized material varies from 0.1 to 17% of the total size fraction, but usually is less than 3%. In this sand material, shards of volcanic	Physical tests: Scafe (1975): 1) Yield varies from 29 to 59 bbl/ton but averages 37 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; Babet (1966): 1) Swelling sodium type bentonite; 2) Yield: 30 - 37 bbl/ton	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis #11 (AGS ESR 1966-02)	AGS REP 71, Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, Ross (1964) Bentonite in Canada, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115003	Alberta Geological Survey
082P 0012	Industrial mineral	Drumheller	M12459; INDID_0860 (DIG 2019-0027)	82P	51.485035	-112.717050	-9999	On the outskirts of the town of Drumheller, AB.	Surface	Past producer	Mine	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Thick overburden	Bentonite, light olive grey, through olive grey to dusky brown in color, massive, waxy, slightly silty, and breaks into pieces <2.5 cm square. Overburden thick.	Mineral analyses: 1. Scafe (1975): Sand-sized material varies from 0.5 to 38%, averaging 5% of the total size fraction. The sand values are from five 7.5 to 10 cm bands about 1 m apart that have higher concentrations of quartz, plagioclase, and cristobal	Physical tests: 1. Scafe (1975): 1) Average yield is 72 bbl/ton and varies from 37 to 115 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 1) Decolorizing ability fair; 2) 73 ml vol. (B. P.); 32	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis #12 (AGS ESR 1966-02)	AGS REP 71, Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115014	Alberta Geological Survey
083A 0011	Industrial mineral	Tail Creek	T72957; INDID_0866 (DIG 2019-0027)	83A	52.357740	-113.086680	-9999	Approximately 6 km to the southeast of the village of Alix, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Dry press buff bricks	-9999	-9999	Poor	Clay, white, hard, massive, sandy, approx. 1 m (Sample 144).	-9999	Ceramic test #144 (Keele, 1915)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis #144 (Keele,1915): SiO2 66.37, Al2O3 26.62, Fe2O3 1.28, CaO 0.42, Na2O 0.42, L.O.I. 5.15	Keele (1915) Clay and shale deposits of western Canada, Part V, AGS ECO 7	Alberta Geological Survey
083F 0013	Industrial mineral	McLeod River (Bickerdike)	M14991; INDID_1194 (DIG 2019-0027)	83F	53.464774	-116.635220	-9999	Approximately 18 km to the southwest of the town of Edson, AB near McLeod River.	Surface	Past producer	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Cretaceous, Paleogene	Saunders Group	-9999	-9999	-9999	Cosmetics	-9999	-9999	Thick overburden	A 2.5 m bed of bentonite, almost pure white in colour. Many years ago a small quantity of bentonite was mined from this deposit for use as a filler in cosmetics.	Mineral analyses: 1. Scafe (1975): Sand varies from 1 to 5%, but is usually <3%. Cristobalite, quartz, plagioclase, and the zeolite mordernite are the usual light minerals. Volcanic glass shards, now partly devitrified to cristobalite and montmorillonite	Physical tests: 1. Scafe (1975): 1) Maximum yield: 33 bbl/ton; Average yield: 30 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): Yield: 27 bbl/ton	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis #16 (Babet, 1966)	Allan (1931) Twelfth annual report. Alberta Research Council, AGS REP 71, Ross (1964) Bentonite in Canada, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115005	Alberta Geological Survey
083H 0032	Industrial mineral	Eldorena	T89579; INDID_1108 (DIG 2019-0027)	83H	53.930718	-112.906890	-9999	Vicinity of the City of Edmonton. Deposit is one of eight large dune fields located north and east of Edmonton.	Surface	Test	Sand dune	-9999	Terrigenous	-9999	Silica sand	Sand	Late Pleistocene	-9999	-9999	-9999	-9999	Does not meet specification for glass	-9999	-9999	Good	Glacial outwash sands with heterogenous mineral compositions and large variations in grain size, blown into dune forms during post-glacial times. Post-depositional iron oxide on the sand grains. 48.86% of the natural sand was retained on a 100-mesh sieve.	Mineral analyses #3 (Carrigy, 1970): Mineral composition (%): Qtz. 76, felspars 14, chert 9, mica 1; Relative proportion of clay minerals in clay size fraction of dune sand: Montmorillonite >illite.	Mechanical analysis #3 (Carrigy, 1970) Shape (%): Angular 63, Subrounded 31, Rounded 6; Iron staining (%): Heavy 17, light 69, inclusions 1, clear 13	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis #3 (AGS ESR 1970-01): #3-A (Bulk sample): Percent of original sample 100, SiO2 88.47, Al2O3+P2O5+TiO2 5.90, TFe2O3 1.10, CaO 0.70, MgO 0.39, L.O.I. 0.88; #3-B (Washed modal size fraction): Percent of original sample 60, SiO2 89	AGS ESR 1970-01	Alberta Geological Survey
074E 0079	Industrial mineral	Fort MacKay	T106557; INDID_1019 (DIG 2019-0027)	74E	57.197014	-111.684740	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Drillhole	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	AOP-17	-9999	Low duty refractories	-9999	-9999	-9999	Clay, green, core AOP-17 110-115.	-9999	Ceramic test (Scafe, 1977)	Drillcore	110	115	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1977-A)	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0074	Industrial mineral	Morrison	T102443; INDID_1011 (DIG 2019-0027)	74E	57.477068	-111.634230	-9999	Approximately 15 km to the west of McClelland Lake along Athabasca River.	Surface	Showing	Drillhole	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	AOP-58	-9999	Low duty refractories	-9999	-9999	-9999	Clay, grey, sandy, core AOP-58 220-225.	-9999	Ceramic test (Scafe, 1977)	Drillcore	220	225	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1977-A); Historical sample ID AOP-58 220-225 (AGS ESN 1977-A)	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
084C 0015	Industrial mineral	Manning	T96521; INDID_0919 (DIG 2019-0027)	84C	56.913417	-117.573230	-9999	Approximately 3 km to the east of the town of Manning, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, moderate olive brown and olive grey, laminated, silty, calcareous, 2 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-28-1" (%): Kao. 20, Ill. 70, Sme. 5, Chl. 5, Cal.-Dol. major, Feld. minor, Gyp. minor.	Ceramic test (Scafe, 1978)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083L 0009	Industrial mineral	-9999	T88138; INDID_0936, INDID_0905 (DIG 2019-0027)	83L	54.459870	-118.226710	-9999	Approximately 90 km to the west of the town of Fox Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, dark yellowish brown and dusky yellowish brown, laminated, slightly calcareous, 3 m. The colors seem to indicate varving but this may not be true. Not usual clear cut varves. Surface weathering mud cracked so may indicate montmorillonite. Only very 	Mineral analysis (Scafe, 1991): Sample DS 75-24-1(%): Kao. 25, Ill. 65, Sme. 5, Chl. 5, Cal.-Dol. minor, Feld. trace.	Ceramic test (Scafe, 1978)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083M 0108	Industrial mineral	Huallen	T92063; INDID_0909 (DIG 2019-0027)	83M	55.139652	-119.354390	-9999	Approximately 30 km to the west of the city of Grand Prairie, AB near Beaverlodge River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, dark yellowish brown and dusky yellowish brown, minor silt, calcareous, 3 m. Clay, dusky yellowish brown, silty, laminated, calcareous, 3.5 m.	Mineral analyses (Scafe, 1991): Sample "DS 75-26-1" (%): Kao. 20, Ill. 65, Sme. 5, Chl. 10, Cal.-Dol. minor, Feld. trace; Sample "DS 75-26-2": Kao. 20, Ill. 60, Sme. 15, Chl. 5, Cal.-Dol. minor, Feld. trace.	Ceramic tests (Scafe, 1978)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083H 0067	Industrial mineral	Dodds	T75890; INDID_1363, INDID_0951 (DIG 2019-0027)	83H	53.212319	-112.430580	-9999	Approximately 8 km to the south of the village of Ryley, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-expandable, Humalite	Clay	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Clay, brownish black, slightly silty, slightly laminated, 30 cm.	Mineral analysis (Scafe, 1991): Sample "DS 76-42-1" (%): Kao. 15, Ill. 25, Sme. 60, Feld. trace.	Ceramic test (Scafe, 1978)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083G 0048	Industrial mineral	Drayton Valley	T105601; INDID_0703 (DIG 2019-0027)	83G	53.212316	-114.911820	-9999	Approximately 3 km east of the town of Drayton Valley, AB along the North Saskatchewan River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Pleistocene	-9999	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Clay, light olive brown, massive, slightly silty, calcareous, 5-6 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-41-1" (%): Kao. 20, Ill. 45, Sme. 25, Chl. 10, Cal.-Dol. major, Feld. trace.	Ceramic test (Scafe, 1978)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
084C 0016	Industrial mineral	Craven Lake	T96415; INDID_0920 (DIG 2019-0027)	84C	56.414646	-117.648630	-9999	Approximately 25 km to the northwest of the town of Peace River, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Kaskapau Formation	-9999	-9999	-9999	Quarry tile	-9999	-9999	-9999	Clay, olive grey, slightly silty, much dusky yellow stain on laminae, 5 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-30-1" (%): Kao. 15, Ill. 75, Chl. 10.	Ceramic test (Scafe, 1978)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083G 0049	Industrial mineral	Lodgepole	T107221; INDID_0935 (DIG 2019-0027)	83G	53.068705	-115.377950	-9999	Approximately 30 km southwest of the town of Drayton Valley, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Paskapoo Formation	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Shale, moderate olive brown, minor silt, 1 m. Shale, brownish grey, minor silt, 30 cm. Shale, moderate olive brown, minor silt, 2.5 m.	Mineral analyses (Scafe, 1991): Sample "DS 76-55-1" (%): Kao. 20, Ill. 35, Sme. 45; Sample "DS 76-55-2": Sme. 100, Feld. trace; Sample "DS 76-55-3": Kao. 30, Ill. 35, Sme. 35.	Ceramic tests (Scafe, 1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083E 0004	Industrial mineral	Muskeg River	T87972; INDID_0902 (DIG 2019-0027)	83E	53.955861	-118.680230	-9999	Approximately 30 km to the east of the hamlet of Grande Cache, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Brick, tile, pottery	-9999	-9999	-9999	Shale, light olive grey, massive, slightly silty.	Mineral analysis (Scafe, 1991): Sample "DS 75-23-1" (%): Ill. 60, Sme. 40.	Ceramic test (Scafe, 1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083A 0058	Industrial mineral	Tristram	T73417; INDID_0869 (DIG 2019-0027)	83A	52.621159	-113.263450	-9999	Approximately 36 km to the northeast of the city of Lacombe, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Bricks	-9999	-9999	-9999	Mudstone, greyish olive, slightly silty.	Mineral analysis (Scafe, 1991): Sample "DS 76-43-1" (%): Kao. 15, Ill. 30, Sme. 55, Feld. minor.	Ceramic test in Scafe (1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083F 0035	Industrial mineral	Erith	T67494; INDID_0900 (DIG 2019-0027)	83F	53.419242	-116.656750	-9999	Approximately 21 km to the southwest of the town of Edson, AB near Embarras River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, light olive grey, massive, calcareous, slightly silty.	Mineral analysis (Scafe, 1991): Sample "DS 75-21-1" (%): Kao. 10, Ill. 60, Sme. 20, Chl. 10, Cal.-Dol. major, Feld. minor.	Ceramic test (Scafe, 1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082O 0110	Industrial mineral	Bighill Creek	T106993; INDID_0702 (DIG 2019-0027)	82O	51.272640	-114.366920	-9999	Approximately 11 km to the northeast of the town of Cochrane, AB along Bighill Creek.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Paleogene	Porcupine Hills Formation	-9999	-9999	-9999	Little value	-9999	-9999	Heavy overburden, 8 m	Mudstone, olive grey, minor silt, calcareous, 3 m.	Mineral analysis (Scafe, 1991): Sample "DS 76-48-1" (%): Kao. 25, Ill. 55, Sme. 20, Cal.-Dol. major.	Ceramic test (Scafe, 1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082G 0228	Industrial mineral	Adanac mine, near Blairmore	T36152; INDID_0982 (DIG 2019-0027)	82G	49.491504	-114.409290	-9999	Along the eastern slopes of Hastings Ridge.	Surface	Past producer	Abandoned strip mine	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale	Early Cretaceous	Kootenay Group	-9999	-9999	-9999	Refractory	-9999	-9999	-9999	Shale, dark brown, hard, silty, slabby-blocky, 40 cm, directly below upper coal. Shale, grey brown, platy, minor silt, 1.3 m. Shale, grey brown, abundant plant fragments, nodular siltstone at top, 30 cm. Shale, grey, minor silt.	Mineral analyses (Scafe, 1991): Sample "HA 75-1" (%): Kao. 55, Ill. 45; Sample "HA 75-2": Kao. 55, Ill. 45; Sample "HA 75-3": Kao. 40, Ill. 60; Sample "HA 75-4": Kao. 35, Ill. 65; Sample "HA 75-5": Kao. 70, Ill. 30; Sample "HA 75-7": Kao. 50, Ill. 50.	Ceramic test (Scafe, 1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082G 0230	Industrial mineral	Tent Mtn. Mine	T39670; INDID_1403 (DIG 2019-0027)	82G	49.556977	-114.694660	-9999	On the eastern slopes of Tent Mountain.	Surface	Past producer	Mine	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Mudstone	Early Cretaceous	Kootenay Group	-9999	-9999	-9999	Stoneware	-9999	-9999	Good	Several samples and description of mudstone.	Mineral analyses (Scafe, 1991):
Sample "HA 75-16" (%): Kao. 20, Ill. 75, Mix. 5+;
Sample "HA 75-18": Kao. 25, Ill. 75, Cal.-Dol. minor, Siderite trace;
Sample "HA 75-19": Kao. 20, Ill. 75, Mix. 5+, Cal.-Dol. trace, Siderite trace, Feld. trace;
Sample	Ceramic test (Scafe,1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082P 0029	Industrial mineral	Western Monarch	T59689; INDID_0984 (DIG 2019-0027)	82P	51.257855	-112.449010	-9999	Approximately 28 km southeast of the town of Drumheller, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Stoneware, pottery	-9999	-9999	-9999	Shale, dusky yellowish brown and olive grey, interbedded, 5 m.	Mineral analysis (Scafe, 1991): Sample "DS 76-46-1" (%): Kao. 20, Ill. 10, Sme. 70.	Ceramic test in Scafe (1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082O 0118	Industrial mineral	Harold Creek	T68129; INDID_0988 (DIG 2019-0027)	82O	51.476638	-114.847180	-9999	Approximately 25 km to the west of the town of Cremona, AB along Harold Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Stoneware, pottery	-9999	-9999	-9999	Shale, dusky brown, silty, hard.	Mineral analysis (Scafe, 1991): Sample "DS 76-51-1" (%): Kao. 5, Ill. 80, Sme. 15.	Ceramic test in Scafe (1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082O 0112	Industrial mineral	Exshaw	T67214; INDID_0850 (DIG 2019-0027)	82O	51.070740	-115.006310	-9999	Approximately 4 km to the southeast of the hamlet of Seebee, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Mudstone, dark grey green, splintery, 30 m, stratigraphically higher than sample below. Mudstone, green, hard, slightly silty, massive, taken at base of exposure.	Mineral analyses (Scafe, 1991): Sample "HA 75-39" (%): Kao. 45, Ill. 45, Mix. sh., Chl. 10, Feld. trace; Sample "HA 75-40": Kao. 45, Ill. 45, Chl. 10, Feld. minor.	Ceramic tests in Scafe (1978)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1978-A)	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082H 0077	Industrial mineral	Mokowan Butte on Blood IR 148	T29632; INDID_0604 (DIG 2019-0027)	82H	49.501592	-113.217980	-9999	On the western slopes of Mokowan Ridge.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Cretaceous, Paleogene	Willow Creek Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, weathering, pale red, about 30 cm, minor silt, calcareous - fine texture, lime popping when fired. Clay, dark gray, weathers medium gray, silty, thin bedded, noncalcareous - extrudes well, cracks badly on firing. . Clay, dusky yellow and grayish red	-9999	Ceramic tests in Scafe (1980)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
072E 0078	Industrial mineral	Eastern Milk River Valley	T25362; INDID_0754 (DIG 2019-0027)	72E	49.142060	-111.305320	-9999	Approximately 55 km east of the town of Milk River, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Pakowki Formation	-9999	-9999	-9999	Brick, needs grog to improve drying	-9999	-9999	Good	Shale, dusky yellowish brown, minor silt in places, gypsum crystals on surface, moderate brown stain on joints - 15 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-80-1" (%): Kao. 25, Ill. 45, Sme. 30, Feld. minor, Gyp. major.	Ceramic test in Scafe (1980), p.48	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083A 0060	Industrial mineral	Hillsdown	T74820; INDID_0871 (DIG 2019-0027)	83A	52.236679	-113.637440	-9999	Approximately 8 km to the east of the city of Red Deer, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Shale, greyish olive, dark yellowish brown on joints, no silt, noncalcareous. As above. Shale, olive grey, approx. 30 cm, no silt, noncalcareous, some carbonaceous material.	Mineral analyses (Scafe, 1991): Sample "DS 77-68-1" (%): Ill. 60, Sme. 20, mix. 20, Cal.-Dol. major, Feld. major; Sample "DS 77-68-2": Kao. 10, Ill. 60, Sme. 25, Chl. 5, Feld. minor; Sample "DS 77-68-3": Kao. 20, Ill. 65, Sme. 15, Feld. major.	Ceramic tests (Scafe, 1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082H 0079	Industrial mineral	Drywood Creek	T30415; INDID_0606 (DIG 2019-0027)	82H	49.318070	-113.911610	-9999	Approximately 20 km west of the village of Hill Spring, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, interbedded dark yellowish brown and dusky yellowish brown, minor silt to silty - 6 m. Some lime popping, extremely short firing range.	Mineral analysis (Scafe, 1991): Sample "DS 77-65-1" (%): Kao. 15, Ill. 85.	Ceramic test in Scafe (1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082H 0074	Industrial mineral	Verdigris Coulee.	T26360; INDID_0601 (DIG 2019-0027)	82H	49.299364	-112.115110	-9999	Approximately 16 km north of the town of Milk River, AB, north of the northern end of Verdigris Lake.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, clay, silt	Late Cretaceous	Belly River Group	-9999	-9999	-9999	No value	-9999	-9999	Good	Lithology: Shale, black, moderate brown and lighter moderate brown stain on fissile planes, no silt, small gypsum crystals on outcrop surface, noncalcareous - 3 m. Shale, olive gray, light brown stain, minor silt, noncalcareous, massive - 1 m. . Clay, lig	Mineral analyses (Scafe, 1991): Sample "DS 77-74-1" (%): Kao. 30, Ill. 10, Sme. 60; Sample "DS 77-74-2": Kao. 15, Ill. 50, Sme. 35, Feld. minor; Sample "DS 77-74-3": Kao. 30, Ill. 35, Sme. 35, Cal-Dol. minor.	Ceramic tests in Scafe (1980), p.54	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082H 0082	Industrial mineral	Milk River	T28017; INDID_0763 (DIG 2019-0027)	82H	49.110445	-112.729788	-9999	Approximately 45 km west of the town of Milk River, AB near Shanks Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Possible brick	-9999	-9999	-9999	Shale, grayish olive, silty, medium laminae, noncalcareous - 5 m. Low firing shrinkage, short firing range.	Mineral analysis (Scafe, 1991): Sample "DS 77-77-1" (%): Kao. 15, Ill. 85, Cal.-Dol. major, Feld. minor.	Ceramic test in Scafe (1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083F 0042	Industrial mineral	Cadomin	T73740; INDID_0996 (DIG 2019-0027)	83F	53.021457	-117.321470	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Mudstone, shale	Early Cretaceous	Luscar Group	-9999	-9999	-9999	Sewer pipe, pottery	-9999	-9999	-9999	Mudstone, olive grey, 50 cm, noncalcareous, carbonaceous stringers. Shale, brownish black, thin laminae, noncalcareous,4 m. Mudstone, olive black, carbonaceous impressions, 2.5 m. Shale, brownish black, thin laminae, calcareous, 3 m.	Mineral analyses (Scafe, 1991): Sample "DS 77-96-1" (%): Kao. 25, Ill. 70, Chl. 5, Feld. minor; Sample "DS 77-98-1": Kao. 40, Ill. 60; Sample "DS 77-98-2": Kao. 30, Ill. 65, Chl. 5, Cal.-Dol. major, Feld. trace. Sample "DS 77-97-1" (%): Kao. 45, Ill. 50, 	Ceramic tests in Scafe (1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082G 0232	Industrial mineral	Lundbreck	T33932; INDID_0773 (DIG 2019-0027)	82G	49.593288	-114.163910	-9999	Along the outskirts of the hamlet of Lundbreck, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shale, about 10 m, olive grey, thin laminae, noncalcareous, a few ironstone concretions, 5 m glacial overburden.	Mineral analysis (Scafe, 1991): Sample "DS 77-58-1" (%): Kao. 35, Ill. 65, Feld. minor.	Ceramic test (Scafe, 1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESN 1980-A)	AGS ESN 1980-A	Alberta Geological Survey
074E 0061	Industrial mineral	Firebag River	T96825; INDID_0922 (DIG 2019-0027)	74E	57.640509	-111.184760	-9999	Within 20 km of McClelland Lake along Firebag River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Clay, pink, noncalcareous.	-9999	Ceramic test (Halferdahl, 1969)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (AGS ESR 1969-03): SiO2 84.53, Al2O3 7.41, Fe2O3 1.64, TiO2 0.30, CaO 0.67, MgO 0.86, Na2O 0.28, K2O 1.12, S 0.00, H2O 1.62; Historical sample ID 6 (AGS ESR 1969-03)	AGS ESR 1969-03, AGS ECO 7	Alberta Geological Survey
082J 0112	Industrial mineral	Elbow River - Glenmore Dam	M28650; INDID_1234 (DIG 2019-0027)	82J	50.986843	-114.105390	-9999	Along the edge of the Glenmore Reservoir in the city of Calgary, AB.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Volcanic ash bed-bentonite	Paleogene	Paskapoo Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Thickness from 2.5 cm up to about 25 cm, intermixed with clay. White to creamy colored and is fine in texture with a harsh feel. Under the microscope it consists of many angular chards of glass, an extremely finely divided dust.	Associated minerals: Iron, magnesium.	-9999	Volcanic ash	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (N.M.I. Record 115040) (%): SiO2 66.3, Al2O3 16.2, Fe2O3 4.45, CaO 4.39, MgO 0.12, P2O5 0.15, K2O+Na2O 2.34	National Mineral Inventory record 115040	Alberta Geological Survey
072E 0010	Industrial mineral	Coleridge	T19929; INDID_0978, INDID_0753 (DIG 2019-0027)	72E	49.967810	-110.606800	-9999	Approximately 3 km southeast of the city of Medicine Hat, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay, shale, sandstone	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Prospect	-9999	-9999	Good	A number of lens-shaped masses of clay shales and some sandstones, the whole forming a series of considerable thickness. A bank was opened on the spur of the ridge showing the following lithology: Clay (sample 1691). Clay (sample 1692) - 2 m. In 1911 the 	-9999	Ceramic Tests #1693 In Ries & Keele (1912) and #1754 in Ries & Keele (1913)	Clay	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces): SiO2 74.25, Al2O3 14.29, Fe2O3 2.89, CaO 0.37, Na2O 1.19, K2O 2.52, L.O.I. 4.21	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
082I 0032	Industrial mineral	Cluny	T41977; INDID_0792 (DIG 2019-0027)	82I	50.861398	-112.880350	-9999	Approximately 2 km to the northwest of the village of Cluny, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Shale, olive, siltier laminae have yellow cast, noncalcareous, approx.4 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-71-1" (%): Kao. 10, Ill. 60, Sme. 30, Cal.-Dol. major, Feld. major.	Ceramic test in Scafe (1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (Scafe, 1980)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082I 0031	Industrial mineral	Gleichen	T42682; INDID_0619 (DIG 2019-0027)	82I	50.903403	-113.067800	-9999	Along the outskirts of the village of Gleichen, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Whitemud Formation, Battle Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, olive black, approx.4 m, thin laminae, slightly silty. Mudstone, dusky yellowish brown, approx. 1.5 m, slightly silty, waxy, massive, noncalcareous, soft Clay, light olive grey, 0.75 m, massive, slightly silty, noncalcareous.	Mineral analyses (Scafe, 1991): Sample "DS 77-70-1" (%): Kao. 40, Ill. 30, Sme. 30, Feld. minor; Sample "DS 77-70-2": Sme. 100; Sample "DS 77-70-3": Sme. 100.	Ceramic test in Scafe (1980)	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Chemical analysis (Scafe, 1980)	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
084D 0151	Metallic mineral	Clear Hills (Rambling Creek - North Whitemud River)	Rambling Creek - North Whitemud River; METID_0708 (DIG 2019-0026)	84D	56.865006	-118.660017	-9999	About 80 km northwest of the town of Peace River. The southern part is directly adjacent to the community of Worsley. To the north the deposit crops out along Rambling Creek .	Subsurface	Project with resource estimate	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Oolitic ionstone	Late Cretaceous	Bad Heart Formation	Oolitic iron outcrop.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Fe	per cent	34.11	-9999	-9999	-9999	Combined Rambling Creek-North River portions. The indicated resource contains 557 738 tonnes at 33.30% Fe. The inferred resource contains 94 664 tonnes at 34.11 % Fe.	Gilles and Johnson (2012) Technical report on the Rambling Creek-North Whitemud River oolitic ironstone deposit, Clear Hills, Alberta, AGS GEO 2005-05	Alberta Geological Survey
082O 0093	Industrial mineral	Gap Lake S1	C31038; INDID_0153, INDID_0154, INDID_0155 (DIG 2019-0027)	82O	51.043352	-115.224160	-9999	Along the northern slopes of Pigeon Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation, Livingstone Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	The Banff Formation outcrops on the south side of the TransCanada highway, south of Gap Lake in the Bow River Valley. Samples 69-16 and 69-17 (AGS ECO 4) are from the middle of the formation at this location. Samples 69-10 to 69-15 (AGS ECO 4) are from th	Samples 69-1 through 69-17 (AGS ECO 4) XRF results and geochemical results.	-9999	Composite	-9999	-9999	CaCO3	per cent	89.23	-9999	-9999	-9999	Composite of sample 69-16 through 69-17 (AGS ECO 4). Chemical analysis #37. Banff Formation.	AGS ECO 4	Alberta Geological Survey
082G 0191	Industrial mineral	Summit Q4	C9534; INDID_0110, INDID_0109 (DIG 2019-0027)	82G	49.634630	-114.664320	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Livingstone Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Fair	The quarry is in the mid to upper-Livingstone Formation. The rock is brownish grey, medium grained and in fairly heavy beds. The strike is N33W while the dip is 50W.
Western (uppermost) and overlying beds of Q4. In the mid-upper Livingstone Formation. Ch	Holter: Samples 448-457 XRF analysis	-9999	Composite	-9999	-9999	CaCO3	per cent	98.02	-9999	-9999	-9999	Composite sample of 448-451. Chemical analysis #18 (AGS ECO 4).	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, AGS OFR 1982-10	Alberta Geological Survey
082G 0225	Industrial mineral	Summit Q6(E)	C10280; INDID_0112, INDID_0113 (DIG 2019-0027)	82G	49.633900	-114.674300	-9999	Along the southern slopes of Crowsnest ridge, above Island Lake.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	Eastern end (lowest beds) of quarry #6. Near base of Mount Head Formation. A thin high grade calcareous bed was quarried, but is now exhausted.
Middle (?) beds of quarry in the lower Mount Head Formation Dolomitic limestone. Strike is approx. N39W and di	Eastern end of quarry samples 462-466 (AGS ECO 4) XRF analysis.
Centre of quarry samples 467-476 (AGS ECO 4) XRF analysis.	-9999	Composite	-9999	-9999	CaCO3	per cent	100.73	-9999	-9999	-9999	Composite Samples 462-466; chemical analysis #21 (AGS ECO 4) on eastern end of quarry.	AGS ECO 4, AGS OFR 1982-10, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083J 0010	Metallic mineral	Athabasca River Valley	Athabasca River Valley; METID_0343 (DIG 2019-0026)	83J	54.170607	-115.769907	-9999	Paul Flash and Al Cortes gravel pits (permit #9302100871) directly north of the town of Whitecourt (west side of Highway 43).	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold, Silver, Platinum, Palladium, Diamonds	Sand, gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	0.062	-9999	-9999	-9999	Concentrated HMCs from sand and gravel pits placer fire assay: 1.0 oz/ton Ag 0.08 oz/ton Pt and 0.02 oz/ton Pd; another fire assay yielded 62 ppb Au and 1.0 ppb Pd.	MAR 20050006	Alberta Geological Survey
073E 0016	Industrial mineral	Kinsella	E25144; INDID_0091 (DIG 2019-0027)	73E	53.083155	-111.567470	-9999	On the shores of Lac Letendre.	Surface	Prospect	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	-9999	Three lakes lying in close proximity in hilly, sandy drift covered terrain. Two have muddy crystal bed, not measured. Total areas: 449 acres.	-9999	-9999	Lake brine	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentration: 4 - 11%; Tonnage: 406,754 t.	AGS ESR 1958-02	Alberta Geological Survey
083M 0006	Metallic mineral	Grande Prairie	83M-M-04 (OFR 1994-08); METID_0376 (DIG 2019-0026)	83M	55.315235	-118.958360	-9999	About 5.5 km north of Bear Lake and about 12.5 km WSW of Sexsmith.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Zinc, Copper, Uranium, Nickel	Sandstone, siltstone, shale	Late Cretaceous	Wapiti Formation	Sandstone beds; Sphalerite, chalcopyrite, and Ni/Co/Fe sulphides were observed in interbedded shale and sandstone at a depth of 124.97 to 134.11 metres in drill cuttings. Sphalerite and chalcopyrite were observed in a unit of coarse grained, calcareous, and carbonaceous; Sulphides are disseminated in drill cuttings. A supplement to the report indicates that the samples may have been contaminated during preparation; Gangue: Pyrite, Marcasite - No structural information; Average grade Ni 400 ppm. Average grade U 100 ppm. Minor mineral occurrences. The quantities of metals present may not be accurate due to possible contamination.	Merrill Calvan Charter Scurry Grande Prairie (4-14-73-7W6)	100/04-14-073-07W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	125	134.1	Ni	per cent	0.04	U	per cent	0.01	Cuttings yielded 100 ppm U and 400 ppm Ni over 9.14 m.	MAR 19700024, AGS OFR 1994-08	Alberta Geological Survey
083B 0022	Industrial mineral	Homeglen Rimbey	M34707; INDID_1430 (DIG 2019-0027)	83B	52.763440	-114.109480	-9999	Approximately 16 km to the northwest of the town of Rimbey, AB.	Subsurface	Producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 1%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
083B 0020	Industrial mineral	Brazeau River (Nordegg)	M30601	83B	52.777866	-115.656580	-9999	Approximately 65 km southwest of the town of Drayton Valley, AB along Nordegg River.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Nisku Formation, Elkton Member, Shunda Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: 2.9 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 1.3%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083F 0057	Industrial mineral	Edson	M33731; INDID_1447 (DIG 2019-0027)	83F	53.559339	-116.550322	-9999	Approximately 4 km to the east of the town of Edson, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Mississippian	Elkton Member, Shunda Formation	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 1.4%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082P 0038	Industrial mineral	Lone Pine Creek	M36620	82P	51.583142	-113.836610	-9999	Approximately 22 km to the northeast of the town of Crossfield, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation, Wabamun Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 10%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082P 0037	Industrial mineral	Lone Pine Creek	M36521	82P	51.510499	-113.860010	-9999	Approximately 15 km to the northeast of the town of Crossfield, AB along Rosebud Creek.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation, Wabamun Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 10%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083K 0021	Industrial mineral	Kaybob S. I	M36073; INDID_1445 (DIG 2019-0027)	83K	54.339498	-116.865770	-9999	Approximately 7 km to the southwest of the town of Fox Creek, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Triassic	Beaverhill Lake Group, Nisku Formation	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 11%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082O 0155	Industrial mineral	Burnt Timber	M31242	82O	51.569341	-114.855810	-9999	Approximately 25 km to the west of the town of Cremona, AB south of Fallentimber Creek.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Wabamun Group, Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: 1.2 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 13%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082P 0039	Industrial mineral	Wimborne	M43083	82P	51.903591	-113.558960	-9999	Approximately 40 km to the south of the city of Red Deer, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 13%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082O 0162	Industrial mineral	Garrington Olds	M38196; INDID_1421 (DIG 2019-0027)	82O	51.740354	-114.131785	-9999	Approximately 4 km to the south of the town of Olds, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	-9999	-9999	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: not stated	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 15%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083K 0020	Industrial mineral	Kaybob S. III	M35660; INDID_1446 (DIG 2019-0027)	83K	54.101380	-116.612750	-9999	Approximately 35 km to the south of the town of Fox Creek, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Triassic	Beaverhill Lake Group, Nisku Formation	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Reserves: 3.2 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 16%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082O 0160	Industrial mineral	Innisfail	M35027	82O	51.977060	-114.060190	-9999	Approximately 4 km to the north of the town of Bowden, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: not stated	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 16%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083K 0023	Industrial mineral	Simonette	M40816; INDID_1433 (DIG 2019-0027)	83K	54.421483	-117.768710	-9999	Approximately 60 km to the west of the town of Fox Creek, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Cretaceous	Leduc Formation, Wabamun Group, Mannville Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 16%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083K 0022	Industrial mineral	Kaybob S.	M36274; INDID_1445 (DIG 2019-0027)	83K	54.348534	-116.862680	-9999	Approximately 7 km to the southwest of the town of Fox Creek, AB.	Subsurface	Producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Cretaceous	Beaverhill Lake Group, Mannville Group	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 16%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083K 0019	Industrial mineral	Bigstone	M30012	83K	54.261248	-117.212570	-9999	Approximately 30 km to the southwest of the town of Fox Creek, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Wabamun Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 16%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082P 0036	Industrial mineral	Crossfield (Balzac)	M32719	82P	51.188898	-113.931110	-9999	On the northern outskirts of the city of Calgary, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian, Cretaceous	Wabamun Group, Rundle Group, Mannville Group	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Reserves: 2.1 Mt	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 17%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083M 0005	Metallic mineral	Grande Prairie	83M-M-05 (OFR 1994-08); METID_0375 (DIG 2019-0026)	83M	55.267145	-118.617068	-9999	About 8.5 km east of the north end of Clairmont Lake and about 16 km northeast of Grande Prairie.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Copper, Zinc, Lead	Siltstone	Late Cretaceous	Wapiti Formation	Siltstone; Chalcopyrite, galena, sphalerite, and loellingite were all observed in unit of siltstone at a depth of 64.01m to 67.06m in drill cuttings; Sulphides are disseminated in drill cuttings. A supplement to the report indicates that the samples may have been contaminated during preparation. In this occurrence, results are from possible contaminated pulp. Most other showings backed up by relooking; Gangue: Pyrite, Marcasite - No structural information; Minor mineral occurrences. The quantities of metals present may not be accurate due to possible contamination.	Imperial Clairmont #1 16-25-72-5W6	100/16-25-072-05W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	64	67.1	Zn	per cent	0.2	Pb	per cent	0.02	Cuttings yielded anomalous 200 ppm Pb and 2000 ppm Zn over 3.05 m.	MAR 19700024, AGS OFR 1994-08	Alberta Geological Survey
083C 0131	Metallic mineral	Whiterabbit Creek North Ridge No.1	24WRC003_2	83C	52.102667	-116.319821	-9999	6 km SE of the southern tip of Abraham Lake and 14.6 km SE of the locality of Cline River	Surface	Geochemical anomaly	Grab	-9999	Polymetallic black shale	-9999	Nickel, Zinc, Molybdenum	Mudstone	Jurassic	Fernie Formation	Thick (30cm), competent, dark grey mudstone with no recessive layers and no visible bedding. Overlain by dark grey-black, fissile, laminated mudstone/shale.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	275	Zn	ppm	845	Dark grey-black, fissile, laminated mudstone/shale.; Original sample ID 24WRC003_2 (AGS DIG_2025-0006)	AGS DIG 2025-0006	Alberta Geological Survey
083C 0014	Metallic mineral	Coral Creek Mouth No.1	24CCM002_1	83C	52.178420	-116.531260	-9999	3.5 km SW of the locality of Cline Lake Alberta and 4 km west of Abraham Lake	Surface	Geochemical anomaly	Grab	-9999	Unknown	-9999	Rare-earth elements, Phosphate	Sandstone, chert, breccia, mudstone	Permian	Ranger Canyon Formation	Dark grey-reddish weathered (lichen), light grey fresh, very fine-grained to fine-grained sandstone containing 5% disseminated, 1-2mm length, black flecks (organic matter or phosphatic material?). Sandstone forms 20-30cm, resistant bed with undulatory, underlying contact. (24CCM002_1) Underlying stratigraphy consists of light grey-white weathered, light grey fresh, very fine-grained - crystalline mudstone with 0.5-4cm diameter nodules. These nodules display internal layering and outward radiating crystals. (24CCM002_2)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Y	ppm	396	La	ppm	317	Dark grey-reddish weathered (lichen), light grey fresh, very fine-grained to fine-grained sandstone containing 5% disseminated, 1-2mm length, black flecks (organic matter or phosphatic material?).; Original sample ID 24CCM002_1 (AGS DIG_2025-0006)	AGS DIG 2025-0006	Alberta Geological Survey
074L 0013	Metallic mineral	-9999	74L-M-11 (OFR 1994-08); METID_0857 (DIG 2019-0026)	74L	58.799061	-110.907037	-9999	Near Ft. Chipewyan 100 m northwest of the Lake Athabasca shoreline and about 800 m northeast of Pointe Basse.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Lead	Quartzite, meta-argillite	Paleoproterozoic	Rutledge River complex	meta-quartzite and meta-argillite; Interbedded meta-quartzite and meta-argillite with minor disseminated pyrite. Beds have nearly vertical dips and generally strike E-W, into the lake. A VLF-EM anomaly is associated with this outcrop; No Assays. Metasediments contain minor disseminated pyrite; Gangue: Pyrite - The rocks are intensely fractured along a N-S and NE-SW trend.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	0.27	-9999	-9999	-9999	Disseminated iron sulfide.; Historical sample ID 74L-M-79 (DIG 2009-0021)	MAR 19800003, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
083E 0001	Metallic mineral	-9999	83E-M-01 (OFR 1994-08); METID_0298 (DIG 2019-0026)	83E	53.025474	-118.015359	-9999	SE of Morro Peak on Mt. Hawk.	Surface	Geological anomaly	Bedrock	-9999	Unknown	-9999	Unknown	Dolomite	Devonian	Flume Member	Dolomite; Finely crystalline dense dolomite with pyrite in five places.; No AssaysFinely disseminated to scattered pyrite in dolomite.; Alteration: None indicated; Structure: Undeformed, Faulted - Thrust slice in the Main Ranges.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Disseminated pyrite.	De Wit and McLaren (1950) Devonian section in the Rocky Mountains between Crowsnest Pass and Jasper, Alberta, AGS OFR 1994-08	Alberta Geological Survey
083M 0020	Metallic mineral	-9999	Kidd-E2 (GEO 2005-05); METID_0486 (DIG 2019-0026)	83M	55.724822	-118.391952	-9999	South of Peace River.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	50.1	-9999	-9999	-9999	ESR 1959-03	AGS ESR 1959-03, AGS GEO 2005-05	Alberta Geological Survey
083M 0025	Metallic mineral	-9999	Kidd-E1 (GEO 2005-05); METID_0493 (DIG 2019-0026)	83M	55.768530	-118.831146	-9999	South of Peace River.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	46.48	-9999	-9999	-9999	ESR 1959-03	AGS GEO 2005-05	Alberta Geological Survey
074E 0030	Metallic mineral	Bradley Property	Bradley Property; METID_0753 (DIG 2019-0026)	74E	57.197867	-111.606600	-9999	Fort Mackay area east of Athabasca River.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold, Silver, Platinum	Limestone	Late Devonian	Waterways Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	45.1	Ag	g/t	180.3	Fire assay 45.1 g/t Au, 180.3 g/t Ag and 2.5 g/t Pt.	AGS GEO 2000-02	Alberta Geological Survey
074E 0032	Metallic mineral	Aurora	Aurora; METID_0767 (DIG 2019-0026)	74E	57.315205	-111.621747	-9999	About 10 km south of Bitumount.	Subsurface	Showing	Well	-9999	Unknown	-9999	Platinum, Gold	-9999	-9999	-9999	-9999	SYNCRUDE 95-04 AURORA 11-7-96-10	1AE/11-07-096-10W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Pt	g/t	4.9	-9999	-9999	-9999	Fire assayed 2.2 to 4.9 g/t Pt and 0.2 g/t Au.	AGS GEO 2000-02	Alberta Geological Survey
074E 0014	Metallic mineral	-9999	MD93090303B (OFR 1994-09); METID_0803 (DIG 2019-0026)	74E	57.690583	-110.594250	-9999	Marguerite River	Surface	Geological anomaly	Bedrock	-9999	Unknown	-9999	Chromium, Zinc	Schist, granite	Paleoproterozoic	Marguerite River complex	Mafic meta-igneous schist with 1-2% pyrite and pyrrhotite.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cr	ppm	500	Zn	ppm	343	Foliated 1-2% pyrite and pyrrhotite 343 ppm Zn and 500 ppm Cr.; Historical sample ID MD93090303B (OFR 1994-9)	AGS OFR 1994-09	Alberta Geological Survey
074M 0099	Metallic mineral	-9999	74M-M-47 (OFR 1994-08); METID_1004 (DIG 2019-0026)	74M	59.682139	-111.229047	-9999	The occurrence is centred about 900 m east of the bay on the southeast side of Myers Lake.	Surface	Geophysical anomaly	Bedrock	-9999	Unknown	-9999	Lead	-9999	Paleoproterozoic	Slave granitoid	Shear zone; A shear zone about 1.0 m wide and 15.0 m long contains a 10 cm wide band of 50% feldspar, 30% hematite, and 30% pyrite and galena. The zone exhibited high radioactivity, as high as 2000cps in places within the band, and it strikes about N20E; No Assays; Gangue: Pyrite, Hematite - 15%, 30%; Structure: Shear zones - This zone is contained within the Warren Fault zone. The shear vein strikes about N20E while the Warren Fault trends about N55E in this area. Outcrop 50%, secondary and tertiary overburden 50%; One vein, 10cm wide by 15m long	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Galena 1-10%.	MAR 19710004, AGS OFR 1994-08	Alberta Geological Survey
082G 0159	Metallic mineral	Crowsnest North	8-S2 (MAR 20140013); METID_1256 (DIG 2019-0026)	82G	49.825075	-114.555575	-9999	About 20 km north of highway 3.	Surface	Showing	Colluvial	-9999	Unknown	-9999	Lead	Sand	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Float	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Galena grains in black sand derived from Crowsnest volcanics	MAR 20140013	Alberta Geological Survey
082G 0160	Metallic mineral	Crowsnest North	12-S2 (MAR 20140013); METID_1257 (DIG 2019-0026)	82G	49.824548	-114.542681	-9999	About 20 km north of highway 3.	Surface	Showing	Colluvial	-9999	Unknown	-9999	Lead	Sand	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Float	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Galena grains in black sand derived from Crowsnest volcanics	MAR 20140013	Alberta Geological Survey
074M 0160	Metallic mineral	-9999	17 (DIG 2009-21); METID_1013 (DIG 2019-0026)	74M	59.700279	-110.458098	-9999	Southwest of Potts Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppb	770	-9999	-9999	-9999	Gold associated with sulfides. Qtz vein 10-15% Aspy; Historical sample ID JG-61-495-1b (OFR 1993-08)	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074E 0001	Metallic mineral	Fort McKay	74E-M-26 (OFR 1994-08); METID_0748 (DIG 2019-0026)	74E	57.117110	-111.578620	-9999	Just south of the junction of the Athabasca and Muskeg Rivers.	Subsurface	Showing	Well	-9999	Unknown	-9999	Copper, Gold	Dolomite	Devonian	Keg River Formation	Dolomite; Buff to brown calcareous, finely crystalline, massive to finely laminated dolomite that is about 67 metres thick. The dolomite becomes more argillaceous towards the base. Overburden: Major overburden: Till 5%, Secondary overburden: Sandstone, shale, Tertiary; chalcopyrite <1% disseminated, minor specks malachite staining Very low anomalous Au values intersected Note: Allan (1920) reported $13.00/ton gold or about 0.63 oz Au/t (21.6 g Au/t) in core from Athabasca Oils Ltd. DDH CV-1; driller indicated depth is at; Gangue: Malachite, Chalcopyrite - <1%	86-R2 14-32-093-10 W4	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	241.4	241.4	Au	g/t	2.16	-9999	-9999	-9999	Gold grade is found 2.3 m below chalcopyrite and malachite zone.	MAR 19860001, AGS GEO 2000-02	Alberta Geological Survey
074M 0124	Metallic mineral	-9999	95 (DIG 2009-21); METID_1029 (DIG 2019-0026)	74M	59.751985	-110.032841	-9999	East of Cherry Lake.	Surface	Geological anomaly	Outcrop	-9999	Unknown	-9999	Unknown	Granite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gossan	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0188	Metallic mineral	-9999	145 (DIG 2009-21); METID_1197 (DIG 2019-0026)	74M	59.930370	-111.010734	-9999	North Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper	Quartzite, gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.0245	-9999	-9999	-9999	Gossan areas 10 m by 1-2 m 245 ppm Cu and 10 ppb Au.	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
083C 0009	Industrial mineral	Nordegg	C41150; INDID_0180 (DIG 2019-0027)	83C	52.470328	-116.072070	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Jurassic	Nordegg Member	-9999	-9999	-9999	-9999	-9999	-9999	Fair	In creek bed at Mile 149.4, black, fine-grained, phosphatic, very siliceous magnesian limestone is exposed in nearly horizontal beds. Beds unconformably overlie rock of the Rundle Group.	Holter (1976), samples 153 to 157 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944), after Parkes (1916)	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082O 0061	Industrial mineral	Kananaskis QB	C33860; INDID_0245 (DIG 2019-0027)	82O	51.079745	-115.125430	-9999	On the southeastern slopes of Door Jamb Mountain.	Surface	Past producer	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Carbonate	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Cambrian Eldon Formation, comprised of dark grey, finely crystalline variegated and mottled limestone and interbedded dolomite. The quarry is in steeply dipping bands of very light coloured limestone which appear to run oblique to the bedding.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944), samples 7,7A, 7B	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082G 0194	Industrial mineral	Island Lake C2	C20192; INDID_0136 (DIG 2019-0027)	82G	49.635165	-114.686338	-9999	Along the southern slopes of Crowsnest ridge, above Island Lake.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Mount Head Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Poor	A 30 feet band of medium-grained, light grey high-calcium limestone exposed in the western side of a valley leading from a tiny lake at the base of the mountain to Island Lake, which is located in the Crowsnest Pass. . Bedding N40W/35 SW. The strata dip	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): Sample #5A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082O 0060	Industrial mineral	Kananaskis N1	C22231; INDID_0137 (DIG 2019-0027)	82O	51.079745	-115.125430	-9999	On the southeastern slopes of Door Jamb Mountain.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Small	-9999	Poor	Dark grey, finely crystalline variegated and mottled limestone and interbedded dolomite. . Goudge's sample #7C was taken from the easternmost mountain just north of the railway at Kananaskis. It came from a band of high-calcium limestone at a distance of 	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample #7C	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, National Mineral Inventory record 115062	Alberta Geological Survey
082O 0055	Industrial mineral	Gap Lake N1	C30025; INDID_0149 (DIG 2019-0027)	82O	51.067047	-115.220610	-9999	Along the eastern slopes of Grotto Mountain.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Fair	Fine-grained, dark blue high calcium limestone in faulted contact with overlying mottled magnesian limestone of the Alexo Formation to the west. Sample 10A is from this dark blue rock which composes the lower strata of the Palliser Fm. at this site.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 10A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082O 0063	Industrial mineral	Gap Lake N2	C30400; INDID_0150 (DIG 2019-0027)	82O	51.070540	-115.219300	-9999	Along the eastern slopes of Grotto Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Alexo Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Mottled magnesian limestone of the Alexo Formation overlying the dark blue limestone of the Palliser Formation.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 10B	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
082O 0064	Industrial mineral	Tunnel Mountain	C33030; INDID_0168 (DIG 2019-0027)	82O	51.166290	-115.554120	-9999	On the eastern outskirts of the town of Banff.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	A representative sample of several beds of coarse grained, light grey limestone exposed on the south end of Tunnel Mountain. These strata are interbedded with fine-grained, dark grey limestone containing 1-3% silica. . These beds can be found in the upper	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 13	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
082O 0067	Industrial mineral	Johnston Canyon/Johnston Creek	C33505; INDID_0169 (DIG 2019-0027)	82O	51.246364	-115.833160	-9999	Along Johnston Canyon.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	The Livingstone Fm. is composed of medium-grained, brownish grey and blue-grey limestone containing many fossils. It is for the most part heavily bedded and relatively free from siliceous impurities. . At intervals, however, bands of fine-grained siliceou	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 17	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
083F 0015	Industrial mineral	Ogre Canyon	C74849; INDID_0207 (DIG 2019-0027)	83F	53.245007	-117.882070	-9999	Along the southern spur of Bedson Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	-9999	Holter (1976): samples 173-184 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 26	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083F 0020	Industrial mineral	Bedson Ridge A	C74750; INDID_0206 (DIG 2019-0027)	83F	53.242324	-117.885840	-9999	Along the southern spur of Bedson Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 27	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
083F 0017	Industrial mineral	Bedson Ridge	C74388; INDID_0205 (DIG 2019-0027)	83F	53.234170	-117.885080	-9999	Along the southern spur of Bedson Ridge.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Alexo Formation, Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Dolomitic limestone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 27A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
083F 0019	Industrial mineral	Roche Miette B	C72077; INDID_0192 (DIG 2019-0027)	83F	53.179502	-117.967260	-9999	On the northern spur of Syncline Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): Sample 28, 28A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
083D 0005	Industrial mineral	Henry House A	C71019; INDID_0166 (DIG 2019-0027)	83D	52.935776	-118.044110	-9999	Approximately 6 km to the north of the town of Jasper, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, shale	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Lowest beds exposed at south end of the Palisade mountain; underlies quarry beds, separated by 300 feet of sandy limestone and high calcium limestone. Sampled from face of thinly bedded brown calcium limestone interbedded with brown shale. . Limestone bed	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): sample 30X	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
082O 0068	Industrial mineral	Mount Edith	C40280; INDID_0257 (DIG 2019-0027)	82O	51.173520	-115.664640	-9999	On a southern spur of Mt. Edith.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Cambrian	Eldon Formation, Pika Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): Samples 15, 15A to 15D	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
083F 0018	Industrial mineral	Roche Miette A	C71371; INDID_0191 (DIG 2019-0027)	83F	53.175900	-117.964240	-9999	On the northern spur of Syncline Ridge.	Surface	Past producer	Outcrop	Quarry	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Mount Hawk Formation	-9999	-9999	-9999	Lime	Medium	-9999	Good	Beds of high calcium limestone, up to 12 m thick, interbedded with beds of impure magnesian limestone, up to 13.7 m thick.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): Samples 29, 29A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
083D 0004	Industrial mineral	Henry House B	C70190; INDID_0165 (DIG 2019-0027)	83D	52.933980	-118.046880	-9999	Approximately 6 km to the north of the town of Jasper, AB.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Portland cement	Medium	-9999	Good	Very fine-grained limestone, nearly black in colour, in beds up to 2 m thick. A few minor beds of mottled magnesian limestone observed, particularly in upper part of face.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944): Samples 30, 30A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
082G 0198	Industrial mineral	Island Lake A	C8522; INDID_0133 (DIG 2019-0027)	82G	49.631467	-114.674770	-9999	Along the southern slopes of Crowsnest ridge, above Island Lake.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Mount Head Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Good	Two bands of high calcium limestone dip 30-60W with a N-S strike. A light grey medium-grained bed, at least 150 feet thick, composes a spur with a cliff like eastern face (sample #4). . The second bed, 100 ft of medium to coarse-grained, light grey, high 	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge: Sample #4 Sample #4A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082O 0059	Industrial mineral	Radnor	C118762; INDID_0383 (DIG 2019-0027)	82O	51.223399	-114.686630	-9999	Approximately 1 km to the east of the summer village of Ghost Lake, AB.	Surface	Past producer	Outcrop	-9999	Chemical and Biogenics	-9999	Tufa	Tufa	Quaternary	-9999	-9999	-9999	-9999	Building stone	Small	-9999	Good	Deposit of pale brown calcareous tufa on the lower part of the river bank for a distance of 200 ft.- originating from a series of small springs that occur about halfway up the bank at the contact between shale beds and the overlying gravel. Tufa is soft a	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge: sample #6	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
082O 0065	Industrial mineral	Sulfur Mountain A	C39911; INDID_0255, INDID_0256 (DIG 2019-0027)	82O	51.144422	-115.565890	-9999	On the eastern slopes of Sulphur Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Middle Devonian	Southesk Formation, Cairn Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge: sample 14A & 14	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
082O 0069	Industrial mineral	Castle Mountain	C40766; INDID_0258 (DIG 2019-0027)	82O	51.267875	-115.902910	-9999	On the southern slopes of Castle Mountain.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	Dark blue-grey, fine grained, pure dolomite.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge: sample 19	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
082G 0196	Industrial mineral	Blairmore N	C2144; INDID_0100, INDID_0099, INDID_0101 (DIG 2019-0027)	82G	49.606001	-114.420770	-9999	Along the outskirts of the town of Blairmore, AB. North and across the river from the main quarry (on the northern spur of Turtle Mountain).	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Livingstone Formation	A 30 foot band of medium-grained, grey, high-calcium limestone.	-9999	-9999	-9999	Small	-9999	Poor	Small quarry at the base of Bluff Mtn. was used to mine a 30 feet band of grey, medium grained, high calcium limestone. This band of limestone is near the top of the Livingstone Formation. Across the river to the north from the main quarry east of the tow	CaCO3 content of samples was 97.23%. MgCO3 content was 2.36% and SiO2 content was 0.70%.	-9999	Grab	-9999	-9999	CaCO3	per cent	97.23	-9999	-9999	-9999	Goudge: Sample 1X; Historical sample ID sample 1X (Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada).	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083C 0005	Industrial mineral	Nordegg F	C45162; INDID_0188 (DIG 2019-0027)	83C	52.493600	-116.003800	-9999	Approximately 5 km to the east of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Large exposure of impure, fine-grained, dark grey, heavily bedded calcium limestone, containing some chert, with intervals of chert free strata up to 50 feet thick. Sample 20 is representative of a 50 feet section of chert free stone. . Strike is N50W whi	Holter: samples 103 and 104 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge: sample 20	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083C 0011	Industrial mineral	Nordegg J	C46985; INDID_0290 (DIG 2019-0027)	83C	52.489800	-116.005400	-9999	Approximately 5 km to the east of the hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Dolomite, 260 m thick. Lower 150 m massively bedded, brown, porous, vuggy, finely crystalline becoming calcareous, silty and less porous towards base. Upper 110 m unit interbedded, finely laminated, silty and argillaceous dolomite.	Holter: samples 105 to 108 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge: sample 21 Basal Palliser beds sample show 57% CaCO3	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083C 0010	Industrial mineral	Nordegg F	C51088; INDID_0287 (DIG 2019-0027)	83C	52.481181	-116.030010	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	Fine-grained, brown dolomite, underlain by mottled magnesian limestone. Strata dip SW at 10 - 12 degrees.	Holter: samples 119-121 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge: sample 21A	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
074M 0263	Metallic mineral	Bonny Fault	37820, 37821, 37819 (MAR 20070025); METID_1204 (DIG 2019-0026)	74M	59.945452	-110.262551	-9999	West side of Andrew Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium, Lead, Rare-earth elements, Silver, Copper	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U	per cent	1.93	Pb	per cent	0.406	Grab and rock chip assays of up to 19300 ppm U, 4060 ppm Pb, 38 ppm Ag. Approximately 30 scintillometer readings with over 1000 cps.; Historical sample ID 37821 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0023	Metallic mineral	-9999	59 (DIG 2009-21); METID_1222 (DIG 2019-0026)	74M	59.988403	-110.219910	-9999	Near Lindgren Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Silver, Nickel	Metasediment	Paleoproterozoic	Rutledge River complex	Band of feldspathic quartzite and biotite schist. A gossan (3 by 20 feet) contains massive arsenopyrite, pyrite, and smaller amounts of pyrrhotite, smaltite.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	oz/t	0.3	Ni	per cent	0.39	Grab sample containing 25% sulfides.	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0199	Metallic mineral	-9999	MSB93-E109 (GSC Open File 2893); METID_0992 (DIG 2019-0026)	74M	59.565030	-110.505970	-9999	Between Woodman and Cornwall lakes.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Zinc	Gneiss	Archean, Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.8959	-9999	-9999	-9999	Grab sample from mineralized zone yielded 8959 ppm Zn and 785 ppm Cu.	McDonough et al. (1994) Whole rock major trace element analyses of selected mineral occurrences, Taltson magmatic zone	Alberta Geological Survey
074L 0015	Metallic mineral	-9999	MSB93-146 site M774 (GSC Open File 2893); METID_0834 (DIG 2019-0026)	74L	58.403200	-110.585020	-9999	Athabasca Basin	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	114	-9999	-9999	-9999	Grab sample yielded 114 ppm La.	McDonough et al. (1994) Whole rock major trace element analyses of selected mineral occurrences, Taltson magmatic zone	Alberta Geological Survey
084J 0001	Metallic mineral	Harper/Lambert Creek Northeast	Harper/Lambert Creek Northeast; METID_0825 (DIG 2019-0026)	84J	58.181181	-114.326543	-9999	Harper and Lambert creeks junction.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Zinc	Carbonate	Devonian	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.0198	-9999	-9999	-9999	Grab sample yielded 45 ppm Pb and 198 ppm Zn.	AGS GEO 2000-02	Alberta Geological Survey
074M 0198	Metallic mineral	-9999	MSB93-92 site M605 (GSC Open File 2893); METID_0991 (DIG 2019-0026)	74M	59.557720	-110.405440	-9999	Between Woodman and Cornwall lakes.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Gold	Gneiss	Archean, Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.067	-9999	-9999	-9999	Grab sample yielded 67 ppb Au.	McDonough et al. (1994) Whole rock major trace element analyses of selected mineral occurrences, Taltson magmatic zone	Alberta Geological Survey
083F 0003	Metallic mineral	Erith Tie	site 1b 69 (MAR 20150001); METID_0301 (DIG 2019-0026)	83F	53.233873	-116.561573	-9999	Near junction of Erith Tie River and Lundrum River.	Surface	Geochemical anomaly	Sand and gravel	-9999	Paleoplacer gold	-9999	Gold, Platinum, Silver, Iron	Sand, gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	Au	g/t	90.24	Ag	ppm	22	Gravel river terrace with 90.24 g/t Au, 22 ppm Ag and 563 ppb Pt.; Historical sample ID site 1b 69 (MAR 20150001)	MAR 20150001, MAR 20130006	Alberta Geological Survey
083P 0001	Metallic mineral	Pelican River	83P-M-03 (OFR 1994-08); METID_0518 (DIG 2019-0026)	83P	55.798731	-112.621670	-9999	About 3.2 km upstream on the Athabasca from the mouth of the Pelican River on the east bank.	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Iron	Sandstone	Early Cretaceous	McMurray Formation	Tar sands immediately below contact with Clearwater shales; Drill hole intersected a tremendous flow of gas at 820' below surface. Small nodules of "a corn sized" iron pyrite were blown out of the hole. The hole then passed through 18" of a "Conglomerate mass of iron-pyrites nodules embedded in oil". At 821'6" har; No Assays Conglomerate mass of iron pyrites embedded in heavy petroleum. What is the potential for thick horizons of sulphides with anomalous metals? Note that S. Wightman suggests that these were siderite-pyrite concretions that are quite common in Tar S; Gangue: Pyrite	GSC Hole	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	249.9	249.9	-9999	-9999	-9999	-9999	-9999	-9999	GSC drill hole intersected gas at 249.9 m below surface and pyrite nodules. Conglomerate mass of iron-pyrites nodules embedded in oil	Dawson (1899) Annual report of 1897, reports A, H, I, J, M, S (GSC), AGS GEO 2000-02	Alberta Geological Survey
082O 0164	Industrial mineral	Caroline - Swan Hills	M49662; INDID_1450 (DIG 2019-0027)	82O	51.965200	-114.753600	-9999	Approximately 14 km to the south of the village of Caroline, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Beaverhill Lake Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Reserves: 25 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S content: 30-35%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1990) Special report: Shell's Caroline Project. Oilweek Magazine, September 17, 1990	Alberta Geological Survey
082O 0168	Industrial mineral	Bearberry	M47959	82O	51.889520	-114.816732	-9999	Approximately 60 km to the west of the town of Innisfail, AB along the James River.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Dolostone	Devonian	Leduc Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Porous reef dolomite at 4000 m depth, "ultra sour" natural gas reservoir. Reserves: 70 M to 100 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S content: 90%	Kitzan and Auger (1992) The Bearberry ultra-sour gas project	Alberta Geological Survey
082O 0082	Industrial mineral	Panther River	M49813	82O	51.540255	-115.396008	-9999	On the northeastern slopes of Otuskwan Peak.	Subsurface	Prospect	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Nisku Formation, Wabamun Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	400+ m depth, "ultra sour" gas reservoir. Reserves: 1.7 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S contents 68% and 87% respectively	ERCB ST 91-18	Alberta Geological Survey
083B 0023	Industrial mineral	Minnehik-Buck Lake	M37396; INDID_1431 (DIG 2019-0027)	83B	52.938445	-114.834280	-9999	Approximately 52 km to the north of the town of Rimbey, AB near Buck Lake.	Subsurface	Producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Mississippian	Pekisko Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 0.1%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
083H 0086	Industrial mineral	Bonnie Glen	M30373	83H	53.054146	-113.913800	-9999	On the eastern outskirts of the hamlet of Mulhurst, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 0.4%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082O 0197	Industrial mineral	Carstairs-Crossfield.	M32096	82O	51.536100	-114.203200	-9999	Approximately 7 km to the west of the town of Carstairs, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	Location changed. Based off Map.	Sulphur	Sour gas	Mississippian	Elkton Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 0.5%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083M 0115	Industrial mineral	Progress	M38503; INDID_1443 (DIG 2019-0027)	83M	55.730524	-119.408030	-9999	Approximately 35 km to the west of the town of Spirit River, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Triassic	Halfway Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 0.7%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082O 0156	Industrial mineral	Caroline	M31499	82O	51.933236	-114.532020	-9999	Approximately 40 km to the west of the town of Innisfail, AB along the Red Deer River.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Beaverhill Lake Group, Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 0.8%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083B 0021	Industrial mineral	Brazeau River	M30791	83B	52.957871	-115.901330	-9999	Approximately 70 km southwest of the town of Drayton Valley, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Nisku Formation, Elkton Member, Shunda Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Producing zones - Miss. Elkton-Shunda, and Dev. Nisku.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 0.8%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083B 0024	Industrial mineral	Ram River (Strachan)	M39848; INDID_1428 (DIG 2019-0027)	83B	52.151638	-115.321570	-9999	Approximately 37 km southwest of the town of Rocky Mountain House, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 19%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082G 0263	Industrial mineral	Waterton	M42419; INDID_1457 (DIG 2019-0027)	82G	49.307438	-114.000200	-9999	Approximately 30 km west of the village of Hill Spring, AB.	Surface	Producer	Plant	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Wabamun Group, Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Reserves: 7.3 Mt	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 19%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
084L 0005	Industrial mineral	Rainbow	M39336; INDID_1427 (DIG 2019-0027)	84L	58.448852	-119.240280	-9999	Approximately 11 km to the southeast of the town of Rainbow Lake, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Keg River Formation, Slave Point Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 2%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082J 0110	Industrial mineral	Turner Valley (Diamond)	M42127	82J	50.593827	-114.150850	-9999	Approximately 9 km to the northeast of the village of Longview, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Mississippian	Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 2.5%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083H 0085	Industrial mineral	Redwater	M40178; INDID_1429 (DIG 2019-0027)	83H	53.952290	-113.076090	-9999	On the outskirts of the town of Redwater, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 2.6%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
083K 0025	Industrial mineral	Windfall - Whitecourt	M43445; INDID_1448 (DIG 2019-0027)	83K	54.188671	-116.212780	-9999	Approximately 45 km to the southeast of the town of Fox Creek, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian, Cretaceous	Leduc Formation, Nisku Formation, Rundle Group, Mannville Group	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Reserves: 1.0 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 21%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082G 0262	Industrial mineral	Coleman (Savannah Creek)	M32443	82G	49.627720	-114.569141	-9999	Approximately 5 km east of the town of Coleman, AB.	Subsurface	Producer	Gas plant	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Wabamun Group, Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	H2S content 24%. Reserves: 2.5 Mt	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 24%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
083L 0015	Industrial mineral	Gold Creek	M33814; INDID_1423 (DIG 2019-0027)	83L	54.828833	-118.647330	-9999	Approximately 30 km to the south of the city of Grand Prairie, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Cretaceous	Wabamun Group, Mannville Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 3%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083M 0116	Industrial mineral	Sinclair-Hythe	M40982; INDID_1455 (DIG 2019-0027)	83M	55.410622	-119.831880	-9999	Approximately 20 km to the west of the village of Hythe, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Triassic	Doig Formation	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 3%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
083A 0069	Industrial mineral	Joffre	M35142	83A	52.353615	-113.710210	-9999	Approximately 7 km to the northeast of the city of Red Deer, AB along the Red Deer River.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Cretaceous	Nisku Formation, Mannville Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 3.4%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082I 0034	Industrial mineral	Okotoks	M37974	82I	50.724905	-113.939300	-9999	Along the outskirts of the town of Okotoks, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Wabamun Group, Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: 2.1 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 34%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082O 0158	Industrial mineral	Crossfield E.	M33301; INDID_1442 (DIG 2019-0027)	82O	51.394661	-114.035870	-9999	On the southern outskirts of the town of Crossfields, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Wabamun Group	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Reserves: 2.2 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 34%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082I 0033	Industrial mineral	Mazeppa (Okotoks)	M37006; INDID_1412 (DIG 2019-0027)	82I	50.643074	-113.780660	-9999	Approximately 7 km northeast of the town of High River, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Wabamun Group, Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 36%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083A 0081	Industrial mineral	Keyera Nevis Gas Plant 16-33-38-22W4	M37834; INDID_1432 (DIG 2019-0027)	83A	52.314000	-113.077000	-9999	Approximately 11 km to the southeast of the village of Alix, AB.	Surface	Producer	Plant	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	-9999	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 4%	AER ST50	Alberta Geological Survey
082O 0163	Industrial mineral	Wildcat Hills	M43005; INDID_1420 (DIG 2019-0027)	82O	51.219790	-114.640180	-9999	To the east of the summer village of Ghost Lake, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Mississippian	Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 4%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082O 0159	Industrial mineral	Harmattan	M34464; INDID_1458 (DIG 2019-0027)	82O	51.685869	-114.484930	-9999	Approximately 20 km to the west of town of Didsbury, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Mississippian	Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	-9999	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 46%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082O 0161	Industrial mineral	Jumping Pound	M35470; INDID_1451 (DIG 2019-0027)	82O	51.138526	-114.580414	-9999	Approximately 7 km to the southwest of the town of Cochrane, AB along Jumping Pound Creek.	Subsurface	Producer	Gas plant	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Mississippian	Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: 2.8 Mt	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 6%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083G 0063	Industrial mineral	Brazeau River	M31180; INDID_1413 (DIG 2019-0027)	83G	53.181110	-115.756930	-9999	Approximately 50 km west of the town of Drayton Valley, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Nisku Formation, Elkton Member, Shunda Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Producing zones - Miss. Elkton-Shunda, and Dev. Nisku.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 7%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
083M 0117	Industrial mineral	Teepee Creek	M41747; INDID_1454 (DIG 2019-0027)	83M	55.381529	-118.498760	-9999	Approximately 35 km to the northeast of the city of Grand Prairie, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Triassic	Doig Formation, Wabamun Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Producing zones - Tria. Doig, and Dev. Wabamun. Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 8%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083F 0059	Industrial mineral	Rosevear	M40224	83F	53.650140	-116.101140	-9999	Approximately 23 km to the east of the town of Edson, AB near McLeod River.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Beaverhill Lake Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 8%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083F 0060	Industrial mineral	Rosevear	M40695	83F	53.708263	-116.150280	-9999	Approximately 23 km to the east of the town of Edson, AB near McLeod River.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Beaverhill Lake Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 8%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
084M 0002	Industrial mineral	Zama	M43572	84M	59.059425	-118.866990	-9999	Approximately 22 km to the north of Hay Lake.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Elk Point Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 8%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083B 0025	Industrial mineral	Strachan	M41283; INDID_1437 (DIG 2019-0027)	83B	52.224240	-115.178930	-9999	Approximately 25 km southwest of the town of Rocky Mountain House, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: 0.8 Mt	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 9%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083F 0058	Industrial mineral	Hanlan-Robb, Petro-Can Hanlan	M34253; INDID_1441 (DIG 2019-0027)	83F	53.205830	-116.813830	-9999	Approximately 48 km to the southwest of the town of Edson, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Beaverhill Lake Group, Nisku Formation	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Reserves: 2.9 Mt.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 9%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
082J 0109	Industrial mineral	Quirk Creek	M38853; INDID_1440 (DIG 2019-0027)	82J	50.748677	-114.495180	-9999	Approximately 20 km to the northwest of the town of Diamond Valley, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Mississippian	Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Reserves: not stated	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 9%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083K 0024	Industrial mineral	Sturgeon Lake	M41484; INDID_1415 (DIG 2019-0027)	83K	54.939468	-117.239698	-9999	Approximately 13 km to the south of the town of Valleyview, AB near Little Smoky River.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Leduc Formation	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	Gas	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	H2S in sour gas: 9%	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST50	Alberta Geological Survey
083C 0132	Industrial mineral	Whitehorse Creek	C65112; INDID_0304 (DIG 2019-0027)	83C	52.986847	-117.346070	-9999	Approximately 10km to the south of the hamlet of Cadomin, AB.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Shunda Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Argillaceous dolomite, from scree slope on north side of creek.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Halferdahl (1966): SiO2 and Insolubles    4.50 R2O3,  1.86 CaO , 29.16 MgO,  20.02 Fe2O3.	AGS OFR 1967-07	Alberta Geological Survey
083C 0016	Industrial mineral	Cadomin F	C61267; INDID_0297 (DIG 2019-0027)	83C	52.984262	-117.333740	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Entire formation, 55 m thick, sampled on hillside above railway.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1967): H1-1 to 5	AGS SPE 102	Alberta Geological Survey
083C 0018	Industrial mineral	Cadomin D	C60748; INDID_0299 (DIG 2019-0027)	83C	52.982778	-117.333080	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone, chert	Mississippian	Turner Valley Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Basal resistant bed of formation, 10 m thick; overlain by chert zone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1967): Samples H1-10, H1-11	AGS SPE 102	Alberta Geological Survey
083C 0017	Industrial mineral	Cadomin E	C62191; INDID_0298 (DIG 2019-0027)	83C	52.982999	-117.334126	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone, chert	Mississippian	Turner Valley Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Upper 15 m of formation, slightly recessive interval, separated from basal resistant bed by chert zone 10 m thick.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1967): Samples H1-6 to 8	AGS SPE 102	Alberta Geological Survey
083C 0019	Industrial mineral	Whitehorse Creek	C64622; INDID_0303 (DIG 2019-0027)	83C	52.985079	-117.367210	-9999	On the southern slopes of Leyland Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Triassic	Whitehorse Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Siliceous dolomite. Exposed section of formation, 40 m thick.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1967): Samples H2-1 to 7	AGS SPE 102	Alberta Geological Survey
083C 0015	Industrial mineral	Tripoli Mtn. B	C60290; INDID_0294, INDID_0295 (DIG 2019-0027)	83C	52.877937	-117.279320	-9999	Approximately 4 km to the north of Mt. Cardinal.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Cairn Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor / Fair	Lower 50 m of 75 m section, to base of exposure; underlain by Miette thrust (over Cretaceous shales of Blackstone Formation). Upper 25 m of 75 m section, lower part of formation; overlain by cherty/silty interval at top of ridge.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1967): Samples H3- 2a to 9b	AGS SPE 102	Alberta Geological Survey
082O 0076	Industrial mineral	Spray Lakes C	C37636; INDID_0252, INDID_0253 (DIG 2019-0027)	82O	51.083503	-115.406690	-9999	On the southeastern slopes of the East End of Rundle.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Cambrian, Late Cambrian	Pika Formation, Lyell Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969): Samples H10- 4 to 8	Hamilton (1969) Unpublished, AGS SPE 102	Alberta Geological Survey
082O 0078	Industrial mineral	Spray Lakes A	C36225; INDID_0250, INDID_0251 (DIG 2019-0027)	82O	51.080792	-115.411700	-9999	On the southeastern slopes of the East End of Rundle.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Cairn Formation, Southesk Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Section of Devonian Fairholme Group, measured above Canmore-Spray Lakes road, in first major gulley north of pass. 465 m of reefal dolomites. Light grey in Southesk Formation; med-dark grey in Cairn Formation.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969): Samples H11-11 to 19	Hamilton (1969) Unpublished, AGS SPE 102	Alberta Geological Survey
082O 0081	Industrial mineral	James Pass C	C69443; INDID_0279 (DIG 2019-0027)	82O	51.734888	-115.444420	-9999	North side of James Pass	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Southesk Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	523 - 335 m interval of section of Upper Cambrian Lynx and Devonian Fairholme Groups Beginning in Cambrian and working up section along upper limit of talus cover. Reefal dolomite, light grey, massive/blocky, fine vugs. Total thickness of section 536 m.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969): Samples H8-1 to 9	Hamilton (1969) Unpublished, AGS SPE 102	Alberta Geological Survey
082O 0080	Industrial mineral	James Pass B	C68388; INDID_0278 (DIG 2019-0027)	82O	51.734881	-115.438300	-9999	On the southern slopes of Eagle Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Cairn Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	335 - 97 m. interval of section of Upper Cambrian Lynx and Devonian Fairholme Groups. Reefal dolomite, med-dark grey, massive/thick-bedded slabby/blocky, vugs. Total thickness of section 536 m. Measured on north side of James Pass, beginning in Cambrian a	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969): Samples H8-10 to 20	Hamilton (1969) Unpublished, AGS SPE 102	Alberta Geological Survey
082O 0079	Industrial mineral	James Pass A	C67598; INDID_0277 (DIG 2019-0027)	82O	51.734871	-115.432470	-9999	On the southern slopes of Eagle Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Cambrian	Lotsberg Formation (upper)	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Section of Upper Cambrian Lynx and Devonian Fairholme Groups. Reefal dolomite, light-medium grey in Cambrian, medium-dark grey in Devonian. Total thickness 536 m.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969): Samples H8-21 to 24	Hamilton (1969) Unpublished, AGS SPE 102	Alberta Geological Survey
082O 0074	Industrial mineral	Red Deer Gap	C66938; INDID_0276 (DIG 2019-0027)	82O	51.662178	-115.397210	-9999	Approximately 6 km to the southeast of Labyrinth Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Middle Cambrian	Eldon Formation, Pika Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Section H9-67; measured on north side of Red Deer River gap.42 m of Mid-Cambrian Pika Formation dolomite over 86 m Eldon Formation dolomite. Medium to dark grey, thick bedded, massive, blocky with some light grey beds in Eldon Formation.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969): Samples H9-1 to 8	AGS SPE 102	Alberta Geological Survey
084P 0002	Industrial mineral	Peace Point	E18704; INDID_0069 (DIG 2019-0027)	84P	59.170663	-112.531505	-9999	Approximately 45 km to the north of Lake Claire along Peace River.	Surface	Prospect	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Middle Devonian	Fort Vermilion Formation	-9999	-9999	-9999	-9999	Large	-9999	Good	Beds flat lying, undulatory, forming steep cliffs up to 25 m high. Consists of 12-15 m gypsum (white, massive), overlain by 3-4 m limestone or brecciated limestone and dolomite. Reserves estimated 1 billion tonnes, quarriable reserves undetermined. . Depo	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1982), Table 3. Average grade 95% over 5-10 m.	Halferdahl (1960) Gypsum deposit at Peace Point, northern Alberta, AGS BUL 007, AGS MAP 145, Hamilton (1982) Salt and gypsum in Alberta	Alberta Geological Survey
082J 0080	Industrial mineral	Kananaskis	E18485; INDID_0068 (DIG 2019-0027)	82J	50.679459	-115.191917	-9999	Along the eastern slopes of Mt Warspite.	Surface	Prospect	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Middle Devonian	Elk Point Group	-9999	-9999	-9999	-9999	Small	-9999	Fair	Gypsiferous section 30 m thick and comprises beds of pure gypsum from 2 - 3 m thick, separated by layers of impure gypsum, dolomite and shale. Thickest gypsum bed is 4.5 m.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1982), Table 3. Grab samples assayed 90-92% Fe2O3 Al2O3.	Leech (1964) Kananaskis Lakes (west half) (82 J W 1/2) map-area, AGS OFR 1965-11, Hamilton (1982) Salt and gypsum in Alberta	Alberta Geological Survey
083E 0003	Industrial mineral	Fetherstonehaugh Creek	E20765; INDID_0078 (DIG 2019-0027)	83E	53.768491	-119.889562	-9999	Located in Wilmore Wilderness Park, on Alberta-B.C. border.	Surface	Prospect	Outcrop	Test hole	Evaporites	-9999	Gypsum	Evaporite	Triassic	Whitehorse Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	Gypsum as wavy, contorted beds, interbedded with limestone and dolomite. Severe contortion and collapse structures. Test hole drilling encountered 14 m gypsiferous interval. Mostly white. Computed reserves 2.3 Mt. Projected reserves 25-30 Mt.	High grade (95-98%) for individual beds, but avg. from test hole samples 75-80%.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1982).	AGS BUL 007, Hamilton (1969) Subsurface gypsum deposits near Fort McMurray, Alberta, Hamilton (1982) Salt and gypsum in Alberta	Alberta Geological Survey
083C 0073	Industrial mineral	Cline River Bridge	C46581; INDID_0263 (DIG 2019-0027)	83C	52.171541	-116.478770	-9999	On the eastern shore of Abraham Lake near Cline River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Cambrian	Lynx Group (upper)	-9999	-9999	-9999	-9999	Small	Grinds with moderate difficulty, some gritty particles remain.	-9999	Siliceous dolostone.	Sample CRB-31 - medium crystalline, compact; hard, tough.	Brightness: 64.9%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton: sample CRB-31	AGS OFR 1989-14	Alberta Geological Survey
083C 0024	Industrial mineral	Shunda Mtn. A	C53536; INDID_0291 (DIG 2019-0027)	83C	52.528524	-116.120040	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Shunda Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton: sample H5-1	AGS SPE 102	Alberta Geological Survey
083C 0071	Industrial mineral	Whirlpool Pt. A	C45684; INDID_0259 (DIG 2019-0027)	83C	52.000735	-116.466730	-9999	Approximately 6 km north of Mt. Peskett along the North Saskatchewan River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Cambrian	Cathedral Formation (upper)	-9999	-9999	-9999	-9999	Small	Grinds with moderate ease, no grit residue.	Good	Dolomite, 300 m thick. Grey, with finely interlayered white dolomite and irregularly scattered zones and patches of white dolomite veins and stockworks. Some dolomite beds recrystallized to marble-like texture.	Sample WRP-24 - medium crystalline with coarse crystalline spar, dense; hard, brittle.	Brightness: 52.1%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton: sample WRP-24	AGS OFR 1989-14	Alberta Geological Survey
083C 0072	Industrial mineral	Whirlpool Pt. B	C45983; INDID_0260 (DIG 2019-0027)	83C	52.004350	-116.466730	-9999	Approximately 6 km north of Mt. Peskett along the North Saskatchewan River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Cambrian	Cathedral Formation	-9999	-9999	-9999	-9999	Large	Grinds with moderate ease, no grit residue.	-9999	-9999	Sample WRP-25 - medium crystalline (peloidal) with coarse crystalline spar, dense; hard, brittle.	Brightness:  52.4%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton: sample WRP-25	AGS OFR 1989-14	Alberta Geological Survey
082H 0087	Industrial mineral	Cameron Lake Road (WTN-2)	C49918; INDID_0237 (DIG 2019-0027)	82H	49.057547	-113.921580	-9999	Along the southern slopes of Mt. Crandell.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Precambrian	Altyn Formation (middle)	-9999	-9999	-9999	-9999	Small	Grinds with difficulty, gritty particles remain.	Good	Siliceous dolomite.	Hamilton: sample WTN-2 Microcrystalline with detrital quartz grains, compact; very hard, tough.	Brightness: 73.9%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton: sample WTN-2	AGS OFR 1989-14	Alberta Geological Survey
074E 0023	Metallic mineral	-9999	MD93082701 (OFR 1994-09); METID_0818 (DIG 2019-0026)	74E	57.785434	-110.560752	-9999	Marguerite River	Surface	Geochemical anomaly	Bedrock	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Marguerite River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	480	La	ppm	250	Hematite-stained (675 cps) 190 ppm Th, 480 ppm Ce, 250 ppm La, 130 ppm Nd and 19 ppm Sm.; Historical sample ID MD93082701 (AGS OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
074E 0003	Metallic mineral	-9999	MD93082401B (OFR 1994-09); METID_0745 (DIG 2019-0026)	74E	57.074996	-111.510189	-9999	Fort McKay	Surface	Geological anomaly	Bedrock	-9999	Unknown	-9999	Chromium	Sandstone	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cr	ppm	220	-9999	-9999	-9999	Hematitic siliceous sandstone 220 ppm Cr and 0.6 ppm Cd.; Historical sample ID MD93082401B (AGS OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
082G 0214	Industrial mineral	Blairmore A	C3018; INDID_0097, INDID_0098 (DIG 2019-0027)	82G	49.604000	-114.424300	-9999	Two small quarries just east of the town of Blairmore, AB Livingstone Formation, south of the railway tracks on the northern spur of Turtle Mountain.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	The main abandoned quarry was operated by Rocky Mountain Cement Company Limited from 1909 to 1915. The quarry was worked to supply a lime plant. Further east a second smaller quarry may exist.	Limestone	Carbonate	Mississippian	Livingstone Formation	The total thickness of the Livingstone Formation here exceeds 300m. The lower beds are composed of grey, medium-grained, medium to coarsely crystalline biofragmental (crinoidal) limestones interbedded with grey, thin- to medium-bedded, finely crystalline cherty and dolomitic limestone (small quarry described and sampled by AGS ECO 4). The upper beds (main quarry) consist of interbedded pure limestone up to 40 feet thick with alternating bands of cherty limestone and siliceous, magnesian limestone (described and sampled by Goudge, 1944).	-9999	-9999	-9999	Small	-9999	Fair	The lower/basal beds of Livingstone Formation are grey, medium-bedded, medium to coarsely crystalline bio fragmental (crinoidal) limestones interbedded with grey, thin to medium-bedded, finely crystalline cherty and dolomitic limestones. . Strike is N18E,	In AGS ECO 4, Holter (1976) sampled the upper Banff Formation (samples 41-47), the lower Livingstone Formation (samples 48-52; small quarry), and the upper Livingstone Formation (samples 53-59; main quarry) for XRF analysis. Goudge (1944) sampled the uppe	-9999	Grab	-9999	-9999	CaCO3	per cent	96.52	-9999	-9999	-9999	Highest CaCO3 result from Goudge (1944) from the main quarry. Historical sample 1A (Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada).	AGS ECO 4, Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada	Alberta Geological Survey
083B 0051	Industrial mineral	Baseline Ridge	INDID_1330 (DIG 2019-0027)	83B	52.202574	-115.538932	-9999	Northern part of Clearwater Range, west of Rocky Mountain House, Alberta Foothills. Northwest of the quarry of Prairie Creek Quarries Ltd. on Baseline Ridge 50 km north of Fall Creek. NW flank of Baseline Ridge. Coordinates: 52.215219, 115.583105	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	-9999	-9999	-9999	The high-quality Pekisko intervals generally consist of resistant and massive, light- to-medium-brownish-grey, fine- to coarse-grained crinoidal lime wackestone to packstone.	Analytical results variable	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Highest quality sample section averaged 98.36% CaCO3, 1.14% MgCO3 and 0.23% SiO2 over approximately 21.5 m.	MAR 20140014	Alberta Geological Survey
074M 0239	Metallic mineral	Bonny Fault	37880 (MAR 20070025); METID_1032 (DIG 2019-0026)	74M	59.754198	-110.101919	-9999	Southeast of Andrew Lake.	Surface	Geochemical anomaly	Float	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	U	per cent	0.115	-9999	-9999	-9999	Highest value of 1150 ppm U.	MAR 20070025	Alberta Geological Survey
074M 0249	Metallic mineral	Bonny Fault	37854 (MAR 20070025); METID_1072 (DIG 2019-0026)	74M	59.779520	-110.198878	-9999	West side of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.092	-9999	-9999	-9999	Highest value of 920 ppm U.	MAR 20070025	Alberta Geological Survey
072M 0001	Metallic mineral	-9999	11311 (DIG 2016-0001); METID_1247 (DIG 2019-0026)	72M	51.821505	-110.062991	-9999	Approximately 53 km east of Consort, AB, close to the Alberta-Saskatchewan border.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium	Shale	-9999	Banff Formation	-9999	PENN WEST COMPEER 15-10-33-1	100/15-10-033-01W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	836.8	836.8	V	per cent	0.1287	-9999	-9999	-9999	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	AGS DIG 2016-0001	Alberta Geological Survey
083M 0085	Metallic mineral	-9999	10004 (DIG 2016-0001); METID_0536 (DIG 2019-0026)	83M	55.888573	-119.547402	-9999	Gordondale	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Zinc, Nickel, Molybdenum, Silver, Uranium	Lime mudstone	Jurassic	Nordegg Member	-9999	CNRL GORD 7-31-79-10	100/07-31-079-10W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1555.6	1555.6	V	per cent	0.0792	Zn	per cent	0.046	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
084I 0002	Metallic mineral	-9999	8412 (DIG 2016-0001); METID_1236 (DIG 2019-0026)	84I	58.087822	-112.496571	687	Approximately 35 km southwest of Lake Claire.	Surface	Geochemical anomaly	Outcrop	-9999	Polymetallic black shale	-9999	Vanadium, Rare-earth elements	Mudstone	-9999	Second White Specks Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	V	per cent	0.1121	-9999	-9999	-9999	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	AGS DIG 2016-0001	Alberta Geological Survey
084N 0012	Metallic mineral	-9999	19387 (DIG 2019-0021); METID_1249 (DIG 2019-0026)	84N	59.600014	-116.883084	-9999	Approximately 40 km south of the Alberta-Northwest Territories border. East of Hay River.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Silver, Copper, Nickel, Molybdenum, Cobalt, Uranium	Shale	-9999	Loon River Formation	-9999	BEARSPAW ET AL DIZZY 9-17-122-17	100/09-17-122-17W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	62.73	62.73	Zn	per cent	0.0753	-9999	-9999	-9999	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	AGS DIG 2019-0021, AGS DIG 2023-0016	Alberta Geological Survey
084N 0005	Metallic mineral	-9999	13009 (DIG 2016-0001); METID_1227 (DIG 2019-0026)	84N	59.675927	-117.365980	-9999	Approximately 35 km south of the Alberta-Northwest Territories border. West of Hay River.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Silver, Nickel, Uranium	Shale	-9999	Loon River Formation	-9999	BEARSPAW 102 DIZZY 13-11-123-20	102/13-11-123-20W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	87.1	87.1	Zn	per cent	0.0861	V	ppm	486	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	AGS DIG 2016-0001	Alberta Geological Survey
072L 0009	Metallic mineral	-9999	10794 (DIG 2016-0001); METID_1246 (DIG 2019-0026)	72L	50.090385	-110.613021	-9999	Approximately 3.5 km northeast of Medicine Hat, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc	Mudstone	-9999	Rierdon Formation	-9999	PCP MEDICINE HAT 14-15-13-5	100/14-15-013-05W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	868.89	868.89	Zn	per cent	0.8774	-9999	-9999	-9999	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	AGS DIG 2016-0001	Alberta Geological Survey
084E 0049	Metallic mineral	-9999	11779 (DIG 2019-0021); METID_0772 (DIG 2019-0026)	84E	57.389313	-119.077805	-9999	Chinchaga River	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc	Shale	Devonian	Muskwa Formation	-9999	CNRL CHNCHAGA 12-4-97-7	100/12-04-097-07W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2037.9	2037.9	Zn	per cent	0.3083	-9999	-9999	-9999	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	AGS DIG 2019-0021	Alberta Geological Survey
074E 0040	Metallic mineral	-9999	7316 (DIG 2016-0001); METID_1237 (DIG 2019-0026)	74E	57.628779	-111.945904	653	Approximately 50 km north of Fort McKay, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Silver, Cobalt, Molybdenum, Rare-earth elements, Uranium	Shale	-9999	Second White Specks Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.0972	V	ppm	732	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500)	MAR 20100017, AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082G 0162	Metallic mineral	Crowsnest Lake, site CR01	8051 (DIG 2016-0001); METID_0162 (DIG 2019-0026), INDID_0391 (DIG 2019-0027)	82G	49.625976	-114.648140	1354.5	Crowsnest Lake	Surface	Geochemical anomaly	Outcrop	-9999	Polymetallic black shale	-9999	Vanadium, Zinc, Silver, Nickel	Mudstone	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	V	per cent	0.3939	Ag	ppm	1.2	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1.2 ppm Ag.; Historical sample ID 8051 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
084K 0001	Metallic mineral	-9999	HL93-11; METID_0838 (DIG 2019-0026)	84K	58.544033	-117.427901	355.4	17 km west of High Level.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Nickel, Cobalt, Uranium, Copper	Shale	Early Cretaceous	Loon River Formation	Shale; black / white fresh, weathered; black shale; abundant white Fe-sulphate crystal growth that disintegrated the core (developed several weeks after coring)	HL93-11	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	7.6	7.6	Zn	per cent	0.1	Ni	per cent	0.0341	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1000 ppm Zn, 341 ppm Ni, 163 ppm Cu, 158 ppm Co, 103 ppm Mo, 39 ppm U and 1.4 ppm Ag	AGS DIG 2006-0021	Alberta Geological Survey
084N 0004	Metallic mineral	-9999	5695 (DIG 2006-0021); METID_0999 (DIG 2019-0026)	84N	59.689124	-117.301455	-9999	Steen River	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Molybdenum, Silver, Copper, Uranium, Cobalt	Mudstone	Early Cretaceous	Loon River Formation	Mudstone; dark grey fresh, weathered	BEARSPAW JACKPOT 14-18-123-19	100/14-18-123-19W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	56.1	56.1	Zn	per cent	0.101	Mo	per cent	0.007	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1010 ppm Zn, 406 ppm V, 97 ppm Ni, 71 ppm Mo, 27 ppm U and 3.5 ppm Ag; Historical sample ID 5695 (AGS DIG 2006-0021)	AGS DIG 2006-0021, AGS DIG 2023-0016, AGS DIG 2019-0021	Alberta Geological Survey
084D 0152	Metallic mineral	-9999	10051 (DIG 2016-0001); METID_0563 (DIG 2019-0026)	84D	56.088949	-118.192994	-9999	11 km east of Fairview.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel	Lime mudstone	Jurassic	Nordegg Member	-9999	LONG RUN WHITELAW 2-11-82-2	100/02-11-082-02W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	985.4	985.4	Zn	per cent	0.1082	Ni	per cent	0.0732	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1082 ppm Zn and 255 ppm Ni.	AGS DIG 2016-0001	Alberta Geological Survey
084N 0010	Metallic mineral	-9999	7854 (DIG 2019-0021); METID_1022 (DIG 2019-0026)	84N	59.732238	-117.090275	-9999	Steen River	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Lead, Silver, Molybdenum, Uranium	Shale	Early Cretaceous	Loon River Formation	-9999	BEARSPAW LESSARD 15-32-123-18	100/15-32-123-18W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	31.4	31.4	Zn	per cent	0.11	V	per cent	0.0483	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1100 ppm Zn, 302 ppm Ni and 483 ppm V.	AGS DIG 2019-0021, AGS DIG 2021-0005	Alberta Geological Survey
083M 0087	Metallic mineral	-9999	11421 (DIG 2016-0001); METID_0556 (DIG 2019-0026)	83M	55.985227	-118.906740	-9999	About 23 km north of Spirit River.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Silver	Shale	Devonian, Mississippian	Exshaw Formation	-9999	PCP HAMELIN CREEK 3-5-81-6	1S0/03-05-081-06W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2352.3	2352.3	Zn	per cent	0.11	V	ppm	746	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1100 ppm Zn, 471 ppm Ni and 746 ppm V.; Historical sample ID 11421 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
072L 0004	Metallic mineral	-9999	9343 (DIG 2016-0001); METID_0255 (DIG 2019-0026)	72L	50.682074	-111.726320	-9999	Patricia - southeast Alberta.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel	Mudstone	Jurassic	Nordegg Member	-9999	CVE 11A2 BANTRY 11-10-20-13	102/11-10-020-13W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	844.25	844.25	Zn	per cent	0.1125	Ni	per cent	0.0339	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1125 ppm Zn, 339 ppm Ni; Historical sample ID 9343 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
084E 0047	Metallic mineral	-9999	10453 (DIG 2016-0001); METID_0732 (DIG 2019-0026)	84E	57.000884	-119.990103	-9999	15 km west of Halverson Ridge.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc	Mudstone	Early Cretaceous	Wilrich Member	-9999	AECOG NORTH HALVERSON 16-22-92-13	100/16-22-092-13W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	963.3	963.3	Zn	per cent	0.1207	-9999	-9999	-9999	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1207 ppm Zn; Historical sample ID 10453 (DIG 2016-0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082H 0051	Metallic mineral	-9999	13038 (DIG 2019-0021); METID_0215 (DIG 2019-0026)	82H	49.922108	-113.688811	-9999	About 10 km southwest of Claresholm.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Rare-earth elements, Uranium	Shale	Devonian, Mississippian	Exshaw Formation	-9999	CVE EASTM 8-24-11-28	100/08-24-011-28W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3161.5	3161.5	Zn	per cent	0.124	Ni	ppm	614.8	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1240 ppm Zn, 615 ppm Ni, 878 ppm REE; Historical sample ID 13038 (AGS DIG 2019-0021)	AGS DIG 2019-0021	Alberta Geological Survey
082H 0037	Metallic mineral	-9999	11403 (DIG 2016-0001); METID_0129 (DIG 2019-0026)	82H	49.439353	-113.391972	-9999	Waterton River	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Nickel, Zinc, Molybdenum, Silver	Shale	Devonian, Mississippian	Exshaw Formation	-9999	CHEVRON ET AL STANDOFF 1-2-6-26	100/01-02-006-26W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2886.4	2886.4	Ni	per cent	0.2187	Zn	per cent	0.1295	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1295 ppm Zn, 2187 ppm Ni, 674 ppm Mo and 1.1 ppm Ag.; Historical sample ID 11403 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
072L 0003	Metallic mineral	-9999	11386 (DIG 2016-0001); METID_0254 (DIG 2019-0026)	72L	50.682074	-111.726320	-9999	Patricia - southeast Alberta.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Molybdenum	Shale	Devonian, Mississippian	Exshaw Formation	-9999	CVE 11A2 BANTRY 11-10-20-13	102/11-10-020-13W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1185.8	1185.8	V	per cent	0.1544	Zn	per cent	0.1404	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1404 ppm Zn, 1544 ppm V, 478 ppm Ni, 247 ppm Mo and 1.0 ppm Ag.; Historical sample ID 11386 (AGS DIG 2016-0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
084D 0156	Metallic mineral	-9999	11104 (DIG 2016-0001); METID_0570 (DIG 2019-0026)	84D	56.317994	-119.136120	-9999	Peace River 23 km south of Worsley.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Silver	Lime mudstone	Jurassic	Nordegg Member	-9999	HOME ET AL CECIL 16-26-84-8	100/16-26-084-08W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	800.4	800.4	Zn	per cent	0.1466	V	per cent	0.0665	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1466 ppm Zn, 243 ppm Ni and 665 ppm V.	AGS DIG 2016-0001	Alberta Geological Survey
083K 0003	Metallic mineral	-9999	10072 (DIG 2016-0001); METID_0350 (DIG 2019-0026)	83K	54.737568	-117.600473	-9999	30 km west of Little Smoky townsite.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Vanadium, Molybdenum, Uranium, Rare-earth elements	Mudstone	Jurassic	Nordegg Member	-9999	CNRL ANTE 4-29-66-24	100/04-29-066-24W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1908.8	1908.8	Zn	per cent	0.1947	V	per cent	0.0897	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1568 ppm Zn, 897 ppm V, 603 ppm Ni, 321 ppm Mo, and 1.5 ppm Ag.	AGS DIG 2016-0001	Alberta Geological Survey
084C 0003	Metallic mineral	-9999	10079 (DIG 2016-0001); METID_0586 (DIG 2019-0026)	84C	56.473173	-117.966547	-9999	Whitemud Hills	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Molybdenum, Silver, Uranium	Lime mudstone	Jurassic	Nordegg Member	-9999	PERI 102 VT DIXON 11-24-86-26	102/11-24-086-26W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	825.4	825.4	Zn	per cent	0.1575	V	per cent	0.0868	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1575 ppm Zn, 419 ppm Ni and 563 ppm V.; Sample ID 10079 (DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
082H 0047	Metallic mineral	-9999	13186 (DIG 2019-0021); METID_0015 (DIG 2019-0026)	82H	49.090167	-112.590997	-9999	About 15 northeast of Del Bonita.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Rare-earth elements, Uranium, Silver, Vanadium	Shale	Devonian, Mississippian	Exshaw Formation, Banff Formation	-9999	D3EXP REAGAN 1-3-2-20	100/01-03-002-20W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1545.1	1545.1	Zn	per cent	0.1663	Ni	per cent	0.0825	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1663 ppm Zn, 825 ppm Ni, 724 ppm REE, 108 ppm Mo; Historical sample ID 13186 (AGS DIG 2019-0021)	AGS DIG 2019-0021	Alberta Geological Survey
084N 0006	Metallic mineral	-9999	17904 (DIG 2019-0021); METID_0996 (DIG 2019-0026)	84N	59.590829	-117.190210	-9999	Steen River	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Copper, Silver	Shale	Early Cretaceous	Loon River Formation	-9999	BEARSPAW DIZZY 4-15-122-19	100/04-15-122-19W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	27.9	27.9	Zn	per cent	0.1696	V	per cent	0.0972	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1696 ppm Zn, 972 ppm V, 359 ppm Ni, 158 ppm Mo and 3.7 ppm Ag.; Historical sample ID 17904 (AGS DIG 2023-0016)	AGS DIG 2019-0021, AGS DIG 2023-0016	Alberta Geological Survey
082H 0040	Metallic mineral	-9999	11306 (DIG 2016-0001); METID_0161 (DIG 2019-0026)	82H	49.605695	-112.996848	-9999	About 20 km southwest of Lethbridge	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Zinc, Nickel, Silver, Molybdenum, Rare-earth elements, Uranium	Shale	Devonian, Mississippian	Exshaw Formation, Banff Formation	-9999	GULF MOHAWK BLOOD 11-36-7-23	100/11-36-007-23W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1952.5	1952.5	V	per cent	0.3395	Zn	per cent	0.1729	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1729 ppm Zn, 3395 ppm V, 694 ppm Ni, 423 ppm Mo and 1.3 ppm Ag.; Historical sample ID 11306 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
083M 0080	Metallic mineral	-9999	10040 (DIG 2016-0001); METID_0519 (DIG 2019-0026)	83M	55.829024	-118.133501	-9999	10 km south of junction of Saddle and Peace rivers.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum, Vanadium, Uranium	Lime mudstone	Jurassic	Nordegg Member	-9999	SUNOMA BELLOY 8-7-79-1	100/08-07-079-01W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1048.1	1048.1	Zn	per cent	0.1759	Ni	per cent	0.1396	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1759 ppm Zn, 907 ppm Ni, 603 ppm V, 463 ppm Mo and 1.3 ppm Ag.; Historical sample ID 10040 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
083L 0004	Metallic mineral	-9999	13740 (DIG 2016-0001); METID_0345 (DIG 2019-0026)	83L	54.416819	-118.860685	-9999	About 60 km north of Grande Cache.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Silver, Vanadium, Molybdenum, Copper	Limestone	Jurassic	Nordegg Member	-9999	HUSKY REDROCK 1-5-63-6	100/01-05-063-06W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3650.2	3650.2	Zn	per cent	0.1807	Ni	per cent	0.0429	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 1807 ppm Zn and 429 ppm Ni.	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082O 0015	Metallic mineral	-9999	6507 (DIG 2016-0001); METID_0258 (DIG 2019-0026)	82O	51.091225	-115.159315	-9999	Near the banks of Jura Creek.	Surface	Showing	Outcrop	-9999	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum, Cobalt, Rare-earth elements, Platinum, Vanadium, Uranium	Shale	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	2.59	Ni	per cent	0.4731	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 2.59% Zn, 4731 ppm Ni, 462 ppm Mo, 170 ppm Co, 169 ppm Cd, 80.6 ppm Y, 381 ppm REE and 41 ppb Pt.; Historical sample ID 6507 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
083M 0076	Metallic mineral	-9999	11460 (DIG 2016-0001); METID_0378 (DIG 2019-0026)	83M	55.500164	-118.474540	-9999	Bad Heart River	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum, Uranium, Vanadium	Lime mudstone	Jurassic	Nordegg Member	-9999	POR BAD HEART 10-13-75-4	100/10-13-075-04W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1528.2	1528.2	Zn	per cent	0.2264	Ni	per cent	0.0791	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 2264 ppm Zn, 791 ppm Ni, 512 ppm Mo and 1.3 ppm Ag.; Historical sample ID 11460 (AGS DIG 2016-0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
084D 0153	Metallic mineral	-9999	11551 (DIG 2016-0001); METID_0567 (DIG 2019-0026)	84D	56.287629	-119.042661	-9999	Peace River 23 km south of Worsley.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum, Vanadium, Uranium	Lime mudstone	Jurassic	Nordegg Member	-9999	HOME ET AL ROYCE 14-16-84-7	100/14-16-084-07W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1051.2	1051.2	Zn	ppm	2431	Ni	ppm	499	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 2431 ppm Zn, 499 ppm Ni; Historical sample ID 11551 (DIG 2016-0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082I 0001	Metallic mineral	-9999	10889 (DIG 2016-0001); METID_0228 (DIG 2019-0026)	82I	50.054960	-113.737457	-9999	10 km west of Stavely.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum	Shale	Jurassic	Sawtooth Formation	-9999	ESSO SUNDANCE OXLEY 8-3-13-28	100/08-03-013-28W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2694.2	2694.2	Zn	per cent	0.2614	Ni	per cent	0.0128	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 2614 ppm Zn and 128 ppm Ni.	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
084D 0157	Metallic mineral	-9999	11489 (DIG 2016-0001); METID_0571 (DIG 2019-0026)	84D	56.339247	-118.564438	-9999	13 km north of Hines Creek.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Vanadium, Molybdenum, Uranium	Shale	Jurassic	Nordegg Member	-9999	AEC JACK 7-4-85-4	100/07-04-085-04W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1031.2	1031.3	Zn	per cent	0.2679	Ni	per cent	0.1468	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 2679 ppm Zn, 641 ppm Ni and 622 ppm Mo.; Historical sample ID 11489 (DIG 2016-0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082H 0039	Metallic mineral	-9999	11330 (DIG 2016-0001); METID_0151 (DIG 2019-0026)	82H	49.555597	-112.509215	-9999	About 25 km southeast of Lethbridge.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Zinc, Silver, Molybdenum, Uranium, Nickel	Shale	Devonian, Mississippian	Exshaw Formation	-9999	IMPERIAL-STIRLING NO. 1	100/04-15-007-19W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1442.9	1442.9	V	per cent	0.2856	Zn	per cent	0.1528	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 2856 ppm V, 1528 ppm Zn and 645 ppm Ni .; Historical sample ID 11330 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
082J 0033	Metallic mineral	Mount Gass-Oldman River	8296 (site RM20, OFR 2011-11); METID_0232 (DIG 2019-0026)	82J	50.129152	-114.721667	2431	Mount Gass continental divide.	Surface	Geochemical anomaly	Bedrock	-9999	Polymetallic black shale	-9999	Zinc, Nickel, Uranium	Shale	Devonian, Mississippian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.3621	Ni	per cent	0.1363	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 3621 ppm Zn, 1363 ppm Ni and 94 ppm Mo	AGS OFR 2011-11	Alberta Geological Survey
084D 0160	Metallic mineral	-9999	10008 (DIG 2016-0001); METID_0628 (DIG 2019-0026)	84D	56.571648	-118.959786	-9999	13 km northeast of Worsley.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Uranium, Copper, Molybdenum, Vanadium, Silver	Mudstone	Jurassic	Nordegg Member	-9999	SHELL WORSLEY 8-25-87-7	100/08-25-087-07W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1001.8	1001.8	Zn	per cent	0.5553	Ni	per cent	0.1033	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 5553 ppm Zn, 1033 ppm Ni and 2.9 ppm Ag.	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082H 0056	Metallic mineral	-9999	13037 (DIG 2019-0021); METID_1253 (DIG 2019-0026)	82H	49.247470	-112.266457	-9999	Approximately 6 km southwest of Warner, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Zinc, Nickel, Molybdenum, Uranium	Shale	-9999	Exshaw Formation	-9999	D3EXP FERGUSON 4-32-3-17	102/04-32-003-17W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1331.4	1331.4	V	per cent	0.1568	Zn	per cent	0.0553	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 91 ppm Cr	AGS DIG 2019-0021	Alberta Geological Survey
082H 0053	Metallic mineral	-9999	13033 (DIG 2019-0021); METID_1250 (DIG 2019-0026)	82H	49.025688	-112.802568	-9999	Approximately 3 km north of the Canada/U.S. border at Del Bonita, MT.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Nickel, Zinc, Uranium, Molybdenum	Shale	-9999	Exshaw Formation	-9999	ANTELOPE HZ DELBON 14-7-1-21	100/14-07-001-21W4/02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1946.8	1946.8	V	per cent	0.1036	Zn	per cent	0.0599	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), 95 ppm Co	AGS DIG 2019-0021, AGS DIG 2023-0016	Alberta Geological Survey
083F 0011	Metallic mineral	-9999	11070 (DIG 2016-0001); METID_0336 (DIG 2019-0026)	83F	53.966654	-116.918587	-9999	About 50 km northwest of Edson.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum, Vanadium, Silver, Uranium	Lime mudstone	Jurassic	Nordegg Member	-9999	ACL PINE CK 5-33-57-20	100/05-33-057-20W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2567.5	2567.5	Zn	per cent	0.3554	V	per cent	0.1358	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500), up to 3554 ppm Zn, 1358 ppm V, 672 ppm Ni, 962 ppm Mo and 1.6 ppm Ag.; Historical sample ID 11070 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
083K 0010	Metallic mineral	-9999	10017 (DIG 2016-0001); METID_1229 (DIG 2019-0026)	83K	54.563028	-116.717328	-9999	Approximately 18 km north of Fox Creek, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Zinc, Vanadium	Mudstone	-9999	Nordegg Member	-9999	TRILOGY KAYBOB 4-30-64-18	100/04-30-064-18W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1785.1	1785.1	Zn	per cent	0.0926	V	ppm	607	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500); Historical sample ID 10017 (DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
072E 0008	Metallic mineral	-9999	11308 (DIG 2016-0001); METID_1245 (DIG 2019-0026)	72E	49.859482	-111.662793	-9999	Approximately 20 km west of Bow Island, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Zinc, Nickel, Uranium	Shale	-9999	Exshaw Formation	-9999	IMPERIAL GRASSY LAKE #3	100/02-35-010-13W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1203.4	1203.4	V	per cent	0.1762	Zn	per cent	0.0726	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500); Historical sample ID 11308 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
082H 0042	Metallic mineral	-9999	11317 (DIG 2016-0001); METID_1233 (DIG 2019-0026)	82H	49.045642	-113.165479	-9999	Approximately 20 km southeast of Cardston, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Nickel, Uranium, Zinc, Rare-earth elements, Molybdenum	Shale	-9999	Exshaw Formation	-9999	CHEVRON ET AL WHISKEY GAP 1-20-1-24	100/01-20-001-24W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2790.3	2790.3	V	per cent	0.0864	Ni	ppm	367.5	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500); Historical sample ID 11317 (AGS DIG 2016-0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082I 0005	Metallic mineral	-9999	11334 (DIG 2016-0001); METID_1231 (DIG 2019-0026)	82I	50.238969	-113.595300	-9999	Approximately 9 km north of Stavely, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Nickel, Zinc	Shale	-9999	Exshaw Formation	-9999	CHEVRON PARKLAND 4-12-15-27	100/04-12-015-27W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2671.04	2671.04	V	per cent	0.1774	Ni	ppm	310.9	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500); Historical sample ID 11334 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
083M 0089	Metallic mineral	-9999	11425 (DIG 2016-0001); METID_1225 (DIG 2019-0026)	83M	55.622202	-118.037762	-9999	Approximately 60 km northeast of Grande Prairie, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium	Shale	-9999	Exshaw Formation	-9999	ANDERSON ET AL PEORIA 2-35-76-1	100/02-35-076-01W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2177.3	2177.3	V	per cent	0.0907	-9999	-9999	-9999	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500); Historical sample ID 11425 (DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
082H 0054	Metallic mineral	-9999	13194 (DIG 2019-0021); METID_1251 (DIG 2019-0026)	82H	49.549827	-112.501792	-9999	Approximately 5.5 km north of Stirling, AB.	Subsurface	Geochemical anomaly	Well	oil or gas well	Polymetallic black shale	-9999	Vanadium, Zinc, Nickel, Uranium, Molybdenum	Shale	-9999	Exshaw Formation, Banff Formation	-9999	PENGROWTH STIRLING 14-10-7-19	102/14-10-007-19W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1446.9	1446.9	V	per cent	0.1148	Zn	per cent	0.045	Highly metalliferous shale (Mo+Ni+Zn+Se+V>1500); Historical sample ID 13194 (AGS DIG 2019-0021)	AGS DIG 2019-0021	Alberta Geological Survey
082G 0193	Industrial mineral	Island Lake C1	C19870; INDID_0135 (DIG 2019-0027)	82G	49.635160	-114.686698	-9999	Along the southern slopes of Crowsnest ridge, above Island Lake.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Mount Head Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Fair	A 40 feet thick band of fine-grained, dark blue limestone on the N. side of Island Lake, in the Crowsnest Pass (Sample 5). It is overlain by shaly limestone and underlain by cherty limestone. Strike is N.40W. And dip is 35 S.W. An additional 30 feet band 	-9999	-9999	Grab	-9999	-9999	CaCO3	per cent	94.66	-9999	-9999	-9999	Historical sample #5 (Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada).	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
072E 0002	Metallic mineral	Cypress Hills 1	1 - Cypress Hills 1 (Leckie and Craw, 1997); METID_0166 (DIG 2019-0026)	72E	49.630870	-110.336648	-9999	Cypress Hills	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Eocene, Oligocene	Cypress Hills Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sand	-9999	-9999	Au	g/t	0.015	-9999	-9999	-9999	Historical sample 1 - Cypress Hills 1 (Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta)	Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta	Alberta Geological Survey
072E 0004	Metallic mineral	Cypress Hills 3	1 - Cypress Hills 3 (Leckie and Craw, 1997); METID_0169 (DIG 2019-0026)	72E	49.635301	-110.328926	-9999	Cypress Hills	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Eocene, Oligocene	Cypress Hills Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sand	-9999	-9999	Au	g/t	0.012	-9999	-9999	-9999	Historical sample 1 - Cypress Hills 3 (Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta)	Leckie and Craw (1997) Anomalous gold occurrences in Cretaceous and Tertiary conglomerates and gravels of Alberta	Alberta Geological Survey
083K 0050	Metallic mineral	Lightbulb Lake No.1	02MDH104	83K	54.749251	-116.720832	-9999	40 km north of the town of Fox Creek AB	Surface	Geochemical anomaly	Dredge concentrate	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Heavy mineral concentrate	-9999	-9999	Au	ppb	6279	-9999	-9999	-9999	Historical sample ID 02MDH104 (MAR 20040011)	MAR 20040011	Alberta Geological Survey
083K 0051	Metallic mineral	Lightbulb Lake No.1	02MDH105	83K	54.814592	-116.735339	-9999	46 km north of the town of Fox Creek AB	Surface	Geochemical anomaly	Dredge concentrate	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Heavy mineral concentrate	-9999	-9999	Au	ppb	2026	-9999	-9999	-9999	Historical sample ID 02MDH105 (MAR 20040011)	MAR 20040011	Alberta Geological Survey
083N 0112	Metallic mineral	Lightbulb Lake No.2	02MDH107	83N	55.006686	-116.901527	-9999	68 km north of the town of Fox Creek AB	Surface	Geochemical anomaly	Dredge concentrate	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Heavy mineral concentrate	-9999	-9999	Au	ppb	1165	-9999	-9999	-9999	Historical sample ID 02MDH107 (MAR 20040011)	MAR 20040011	Alberta Geological Survey
082H 0105	Metallic mineral	Waterton River No.2	05BKC002	82H	49.422345	-113.386978	1039.3	11 km NE of the village of Glenwood AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Copper, Iron, Rare-earth elements, Tin	-9999	-9999	-9999	-9999	05FMRC-01	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	27.43	28.96	Cu	ppm	181	Fe	per cent	39.3	Historical sample ID 05BKC002 (MAR 20070020)	MAR 20070020	Alberta Geological Survey
082H 0104	Metallic mineral	Waterton River No.1	05BKC024	82H	49.451556	-113.364233	1025.6	14 km NE of the village of Glenwood AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Copper, Iron, Nickel, Rare-earth elements, Tin	-9999	-9999	-9999	-9999	05FMRC-12	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	13.72	15.24	Cu	ppm	288	Fe	per cent	44.2	Historical sample ID 05BKC024 (MAR 20070020)	MAR 20070020	Alberta Geological Survey
082H 0106	Metallic mineral	Waterton River No.3	05BKC039	82H	49.480968	-113.386856	1025.6	16 km NE of the village of Glenwood AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements, Iron	-9999	-9999	-9999	-9999	05FMRC-19	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	35.05	36.58	Ce	ppm	3160	La	ppm	1960	Historical sample ID 05BKC039 (MAR 20070020)	MAR 20070020	Alberta Geological Survey
084C 0040	Metallic mineral	Peace River No.10	05-T-12	84C	56.287966	-116.818329	-9999	32 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel, Iron	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Cr	ppm	307	Ni	ppm	88	Historical sample ID 05-T-12 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0043	Metallic mineral	Peace River No.13	05-T-4	84C	56.174080	-116.298512	-9999	64 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel, Vanadium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	V	ppm	286	Cr	ppm	206	Historical sample ID 05-T-4 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0041	Metallic mineral	Peace River No.11	05-T-7	84C	56.324264	-116.578652	-9999	48 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel, Iron	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Fe2O3	ppm	12.54	Cr	ppm	255	Historical sample ID 05-T-7 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0042	Metallic mineral	Peace River No.12	090-PH-21	84C	56.274251	-116.556594	-9999	48 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel, Vanadium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Cr	ppm	397	Ni	ppm	203	Historical sample ID 090-PH-21 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0038	Metallic mineral	Peace River No.8	090-PH-29	84C	56.213087	-117.005079	-9999	20 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel, Vanadium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Cr	ppm	397	Ni	ppm	105	Historical sample ID 090-PH-29 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0037	Metallic mineral	Peace River No.7	090-PH-30	84C	56.360954	-116.905204	-9999	30 km NE of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Cr	ppm	352	Ni	ppm	111	Historical sample ID 090-PH-30 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0036	Metallic mineral	Peace River No.6	090-PH-31	84C	56.459120	-116.853391	-9999	39 km NE of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Cr	ppm	353	Ni	ppm	73	Historical sample ID 090-PH-31 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0039	Metallic mineral	Peace River No.9	090-PH-33	84C	56.165120	-116.806865	-9999	33 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Chromium, Nickel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Cr	ppm	353	Ni	ppm	137	Historical sample ID 090-PH-33 (MAR 20060005)	MAR 20060005	Alberta Geological Survey
084C 0033	Metallic mineral	Peace River No.3	090PH40	84C	56.097490	-116.713698	-9999	41 km SE of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Copper, Cobalt	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Cu	ppm	97	Co	ppm	38	Historical sample ID 090PH40 (MAR 20060030)	MAR 20060030	Alberta Geological Survey
084C 0034	Metallic mineral	Peace River No.4	090PH43	84C	56.342569	-116.642691	-9999	44 km ENE of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	33	U	ppm	10	Historical sample ID 090PH43 (MAR 20060030)	MAR 20060030	Alberta Geological Survey
084C 0035	Metallic mineral	Peace River No.5	090PH44	84C	56.306967	-116.567739	-9999	48 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	34	U	ppm	13	Historical sample ID 090PH44 (MAR 20060030)	MAR 20060030	Alberta Geological Survey
084C 0032	Metallic mineral	Peace River No.2	090PH70A	84C	56.310428	-116.560555	-9999	46 km east of the town of Peace River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	48	Sb	ppm	4	Historical sample ID 090PH70A (MAR 20080013)	MAR 20080013	Alberta Geological Survey
074E 0108	Metallic mineral	SBH No.1/2 & Gos Creek C	Buckton - Gos Creek, 09GOSBB010S; METID_0807 (DIG 2019-0026)	74E	57.722266	-111.870690	-9999	120 km north of Fort McMurray AB. Eastern flanks of the Birch Mountains.	Surface	Geochemical anomaly	Bedrock	-9999	Polymetallic black shale	-9999	Uranium, Rare-earth elements, Nickel, Zinc, Gold	Shale	Late Cretaceous	Second White Specks Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	U	ppm	94.2	Ce	ppm	109	Historical sample ID 09GOSBB010S (MAR 20100017)	MAR 20100017, MAR 20120007, AGS GEO 2000-02	Alberta Geological Survey
083K 0053	Metallic mineral	Swan Hills No.3	0WAS106	83K	54.572373	-116.567670	-9999	24 km NE of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lithium, Uranium, Beryllium, Neodymium, Tin, Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Li	ppm	53	U	ppm	16	Historical sample ID 0WAS106 (MAR 20020012)	MAR 20020012	Alberta Geological Survey
082J 0012	Metallic mineral	Bruin Creek	1 - Bruin Creek (Leckie and Craw, 1995); METID_0222 (DIG 2019-0026)	82J	50.016206	-114.417017	-9999	Bruin Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Mill Creek Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.91	-9999	-9999	-9999	Historical sample ID 1 - Bruin Creek (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082G 0088	Metallic mineral	Carbondale Hill	1 - Carbondale Hill (Leckie and Craw, 1995); METID_0125 (DIG 2019-0026)	82G	49.429005	-114.349856	-9999	Carbondale Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.022	-9999	-9999	-9999	Historical sample ID 1 - Carbondale Hill (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082G 0098	Metallic mineral	Castle River	1 - Castle River (Leckie and Craw, 1995); METID_0142 (DIG 2019-0026)	82G	49.488895	-114.238744	-9999	Crowsnest and Carbondale channels confluence.	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.232	-9999	-9999	-9999	Historical sample ID 1 - Castle River (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082J 0018	Metallic mineral	Corral Creek	1 - Corral Creek (Leckie and Craw, 1995); METID_0235 (DIG 2019-0026)	82J	50.262775	-114.433048	-9999	Sentinel Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.023	-9999	-9999	-9999	Historical sample ID 1 - Corral Creek (Leckie & Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082G 0106	Metallic mineral	Frank Slide	1 - Frank Slide (Leckie and Craw, 1995); METID_0156 (DIG 2019-0026)	82G	49.599035	-114.398362	-9999	Crowsnest Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Mill Creek Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.021	-9999	-9999	-9999	Historical sample ID 1 - Frank Slide (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082G 0095	Metallic mineral	Ginger Hill	1 - Ginger Hill (Leckie and Craw, 1995); METID_0139 (DIG 2019-0026)	82G	49.480906	-114.335989	-9999	Carbondale Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.015	-9999	-9999	-9999	Historical sample ID 1 - Ginger Hill (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082J 0028	Metallic mineral	Rio Alto Ranch (West and East)	1 - Rio Alto Ranch (Leckie and Craw, 1995); METID_0248 (DIG 2019-0026)	82J	50.565650	-114.346407	-9999	Highwood Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.026	-9999	-9999	-9999	Historical sample ID 1 - Rio Alto Ranch (Leckie & Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082G 0091	Metallic mineral	Screwdriver Creek	1 - Screwdriver Creek (Leckie and Craw, 1995); METID_0135 (DIG 2019-0026)	82G	49.479883	-114.243046	-9999	Carbondale Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.019	-9999	-9999	-9999	Historical sample ID 1 - Screwdriver Creek (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082J 0007	Metallic mineral	White Creek	1 - White Creek (Leckie and Craw, 1995); METID_0217 (DIG 2019-0026)	82J	50.003351	-114.314094	-9999	Bruin Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.12	-9999	-9999	-9999	Historical sample ID 1 - White Creek (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
082J 0023	Metallic mineral	Coal Creek	1 - Coal Creek (Leckie and Craw, 1995); METID_0243 (DIG 2019-0026)	82J	50.560498	-114.608263	-9999	Highwood Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.034	-9999	-9999	-9999	Historical sample ID 1 (Leckie & Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
074M 0404	Metallic mineral	Athabaska SS No.2	1	74M	59.199933	-110.529929	-9999	76 km ENE of Carlson Landing AB	Surface	Geochemical anomaly	Boulder	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	U	per cent	1.93	-9999	-9999	-9999	Historical sample ID 1 (MAR 19750007)	MAR 19750007	Alberta Geological Survey
084E 0002	Metallic mineral	Donner	1 (MAR 19960002); METID_0755 (DIG 2019-0026)	84E	57.216667	-118.416667	-9999	Approximately 58 km northwest of Manning, AB. Just south of Hotchkiss River.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	-9999	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	57	-9999	-9999	-9999	Historical sample ID 1 (MAR19960002)	MAR 19620002, AGS GEO 2005-05	Alberta Geological Survey
074M 0403	Metallic mineral	Athabaska SS No.1	10	74M	59.201071	-110.554757	-9999	76 km ENE of Carlson Landing AB	Surface	Geochemical anomaly	Boulder	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	U	per cent	0.076	-9999	-9999	-9999	Historical sample ID 10 (MAR 19750007)	MAR 19750007	Alberta Geological Survey
074L 0112	Metallic mineral	Maybelle River No.4	10009	74L	58.198537	-110.690549	-9999	126 km NW of Fort Mckay AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Manganese	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Mn	ppm	3291	-9999	-9999	-9999	Historical sample ID 10009 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
083G 0084	Metallic mineral	CALPINE CHIP LAKE 13-12-53-10	10029 (DIG2016_0001)	83G	53.567105	-115.346701	851	Roughly 23 km west of Entwistle, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Sandstone	Jurassic	Nordegg Member	Anomalous La, Nd, and Y from drill core.	CALPINE CHIP LAKE 13-12-53-10	100/13-12-053-10W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1887.7	1887.8	La	ppm	163.4	Nd	ppm	155.9	Historical sample ID 10029 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
073L 0005	Metallic mineral	Cold Lake No.1	1006	73L	54.621709	-110.226130	-9999	16 km north of the town of Cold Lake AB	Surface	Geochemical anomaly	Till	-9999	Placer gold	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	ppb	2417	-9999	-9999	-9999	Historical sample ID 1006 (MAR 19950024)	MAR 19950024	Alberta Geological Survey
074L 0111	Metallic mineral	Maybelle River No.3	10074	74L	58.033120	-110.723222	-9999	109 km NW of Fort Mckay AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Manganese, Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Mn	ppm	4024	Pb	ppm	24.5	Historical sample ID 10074 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
072E 0089	Metallic mineral	AVENIR OC BI 16-14-11-13	10357 (DIG2016_0001)	72E	49.916520	-111.670248	774.9	Roughly 75 km west of Medicine Hat, AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Mudstone	Jurassic	Rierdon Formation	Anomalous Ce, La, and Nd from drill core.	SLE BI 16-14-11-13	100/16-14-011-13W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	908.6	909	Ce	ppm	307.2	La	ppm	150.6	Historical sample ID 10357 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
072E 0088	Metallic mineral	DOME ET AL GRAND FORKS 15-29-11-13	10559 (DIG2016_0001)	72E	49.944313	-111.741379	756.7	Roughly 75 km west of Medicine Hat, AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Lithium	Shale	Cretaceous	Bantry Shale Member	Anomalous Li from drill core.	DOME ET AL GRAND FORKS 15-29-11-13	100/15-29-011-13W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	912.2	912.6	Li	ppm	329	-9999	-9999	-9999	Historical sample ID 10557 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
072L 0037	Metallic mineral	GASCAN MEDHAT 14-9-14-4	10575 (DIG2016_0001)	72L	50.163384	-110.496826	753.3	Roughly 20 km northeast of Medicine Hat, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Mudstone	Jurassic	Rierdon Formation	Anomalous Ce, Dy, Nd, Y, and REE from drill core.	GASCAN MEDHAT 14-9-14-4	102/14-09-014-04W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	894.7	895.1	Dy	ppm	100.57	Y	ppm	884.1	Historical sample ID 10575 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082H 0091	Metallic mineral	RENAISSANCE TABERS 13-9-7-16	10320 (DIG2016_0001)	82H	49.550402	-112.123422	940	Roughly 30 km east of Stirling, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Shale	Jurassic	Rierdon Formation	Anomalous Ce, La, Nd, and total REE from drill core.	CNRL TABERS 13-9-7-16	100/13-09-007-16W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	997.35	997.75	Ce	ppm	339.5	La	ppm	140.3	Historical sample ID 10601 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082H 0092	Metallic mineral	CAUSEWAY ET AL RETLAW 14-31-11-18	10661 (DIG2016_0001)	82H	49.957427	-112.450796	845.7	Roughly 30 km northwest of Taber, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Shale	Cretaceous	Bantry Shale Member	Anomalous Ce and La from drill core.	CAUSEWAY ET AL RETLAW 14-31-11-18	100/14-31-011-18W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1097.05	1097.45	Ce	ppm	203.3	La	ppm	111	Historical sample ID 10661 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
082J 0113	Metallic mineral	FLAGSTONE HIGHWOOD HIR 6-36-17-1	10758 (DIG2016_0001)	82J	50.474709	-114.017564	1150.6	Roughly 15 km southwest of High River, AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Rare-earth elements	Shale	Jurassic	Rierdon Formation	Anomalous Zn from drill core.	FLAGSTONE HIGHWOOD HIR 6-36-17-1	100/06-36-017-01W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2760.9	2761.3	Zn	ppm	516	-9999	-9999	-9999	Historical sample ID 10758 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
072E 0087	Metallic mineral	ROAN EUG MEDHAT 15-24-9-8	10986 (DIG2016_0001)	72E	49.755849	-110.961564	792.8	Roughly 37 km southwest of Medicine Hat, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements, Zinc	Shale	Jurassic	Rierdon Formation	Anomalous Ce, La, Nd, Y, and total REE from drill core.	WINSLOW MEDHAT 15-24-9-8	100/15-24-009-08W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	907.85	908.25	Ce	ppm	321.8	La	ppm	181.3	Historical sample ID 10986 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
083P 0025	Metallic mineral	Calling Lake No.3	11 North # 3	83P	55.220917	-113.432639	-9999	16 km west of the town of Calling Lake AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Antimony, Chromium, Thorium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Sb	ppm	5	Cr	ppm	154	Historical sample ID 11 North # 3 (MAR 20110002)	MAR 20110002	Alberta Geological Survey
074L 0113	Metallic mineral	Maybelle River No.5	11008	74L	58.234367	-110.676733	-9999	130 km NW of Fort Mckay AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Manganese, Lead, Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Mn	ppm	6311	Pb	ppm	74.4	Historical sample ID 11008 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
083N 0099	Metallic mineral	-9999	11111 (DIG 2016-0001); METID_0365 (DIG 2019-0026)	83N	55.012282	-116.870595	-9999	Approximately 25 km east of Valleyview, AB.	Subsurface	Geochemical anomaly	Drillhole	oil or gas well	Polymetallic black shale	-9999	Rare-earth elements, Zinc, Nickel, Molybdenum	Shale	Jurassic	Fernie Formation, Gething Formation	-9999	AVN SUNSET 4-32-69-19	100/04-32-069-19W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1386	1386	REE	ppm	1117.01	-9999	-9999	-9999	Historical sample ID 11111 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
083F 0088	Metallic mineral	TALISMAN 02 CECILIA 12-12-57-22	11297 (DIG2016_0001)	83F	53.913211	-117.144714	1110.5	Roughly 60 km northwest of Edson, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Sediment-hosted lead-zinc	-9999	Zinc	Shale	Devonian	Duvernay Formation	Anomalous Zn from drill core.	TALISMAN 02 CECILIA 12-12-57-22	100/12-12-057-22W5/02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3905.7	3905.8	Zn	ppm	878	-9999	-9999	-9999	Historical sample ID 11297 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
084L 0007	Metallic mineral	PENN WEST ET AL SOUSA 11-26-112-3	11363 (DIG2023_0016)	84L	58.757332	-118.385879	343	Roughly 78 km west of High Level, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Nickel	Shale	Devonian, Mississippian	Exshaw Formation	-9999	PENN WEST ET AL SOUSA 11-26-112-3	100/11-26-112-03W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	241.03	241.13	Ni	ppm	535	-9999	-9999	-9999	Historical sample ID 11363 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084D 0166	Metallic mineral	MESA AMOCO ROYCE 10-28-83-7	11365 (DIG2016_0001)	84D	56.228884	-119.037126	677	Roughly 27 km west of Hines Creek, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Shale	Late Devonian	Exshaw Formation	Anomalous Ce, La, and Nd from drill core.	MESA AMOCO ROYCE 10-28-83-7	100/10-28-083-07W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2202.54	2202.6	Ce	ppm	313.9	La	ppm	191.8	Historical sample ID 11365 (DIG 2016_0001)	AGS DIG 2016-0002	Alberta Geological Survey
073L 0006	Metallic mineral	Cold Lake No.2	1138	73L	54.616833	-110.061851	-9999	17 km north of the town of Cold Lake AB, on the north shore of Cold Lake	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	g/t	0.8125	-9999	-9999	-9999	Historical sample ID 1138 (MAR 19950024)	MAR 19950024	Alberta Geological Survey
083K 0032	Metallic mineral	NORCEN WINDFALL 2-4-60-14	11518 (DIG2016_0001)	83K	54.155526	-116.038603	794.1	Roughly 23 km west of Whitecourt, AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Shale	Jurassic	Fernie Formation	Anomalous Ce and La from drill core.	NORCEN WINDFALL 2-4-60-14	100/02-04-060-14W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1783.5	1783.6	Ce	ppm	219.8	La	ppm	115.4	Historical sample ID 11518 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
083F 0093	Metallic mineral	CVE WHHORSE 10-12-50-16	11584 (DIG2023_0016)	83F	53.304372	-116.205681	1021.2	Roughly 35 km south of Edson, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Lime mudstone	Jurassic	Fernie Formation	-9999	CVE WHHORSE 10-12-50-16	100/10-12-050-16W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2812.3	2812.4	Y	ppm	212	La	ppm	118	Historical sample ID 11584 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
082O 0187	Metallic mineral	NAL CAROL 3-8-33-4	6537 (DIG2016_0001)	82O	51.811364	-114.536013	1089.4	Roughly 7 km east of Sundre, AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements, Zinc, Cobalt, Nickel	Mudstone	Jurassic	Poker Chip Shale	Anomalous Ce, Co, La, Nd, and REE from drill core.	NAL CAROL 3-8-33-4	100/03-08-033-04W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2671.6	2671.7	-9999	-9999	-9999	-9999	-9999	-9999	Historical sample ID 11676 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
082O 0193	Metallic mineral	NAL GARR 6-15-33-3	11688 (DIG2023_0016)	82O	51.829660	-114.347103	1036.3	Roughly 20 km east of Sundre, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Mudstone	Jurassic	Fernie Formation	-9999	NAL GARR 6-15-33-3	100/06-15-033-03W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2440.35	2440.45	La	ppm	155	Ce	ppm	330	Historical sample ID 11688 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
082P 0041	Metallic mineral	PCP ET AL TWINING 6-6-32-24	11792 (DIG2023_0016)	82P	51.712513	-113.399806	868.8	Roughly 9 km west of Three Hills, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Nickel	Lime mudstone	Devonian	Duvernay Formation	-9999	PCP ET AL TWINING 6-6-32-24	102/06-06-032-24W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2303.15	2303.25	Zn	ppm	2100	-9999	-9999	-9999	Historical sample ID 11792 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
074E 0115	Metallic mineral	SBH No.4	11AS0103750	74E	57.494200	-111.976560	688	40 km NW of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements, Nickel, Uranium, Zinc	-9999	-9999	-9999	-9999	11AS-01	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	28	28.5	Ni	ppm	382	U	ppm	84	Historical sample ID 11AS0102800 (MAR 20120007)	MAR 20120007	Alberta Geological Survey
074E 0116	Metallic mineral	SBH No.5	11AS0210550	74E	57.498226	-111.986796	747	41 km NW of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements, Uranium, Nickel	-9999	-9999	-9999	-9999	11AS-02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	105.5	106	Ce	ppm	346	La	ppm	272	Historical sample ID 11AS0210550 (MAR 20120007)	MAR 20120007	Alberta Geological Survey
084H 0006	Metallic mineral	SBH No.6	11AS0302950	84H	57.487609	-112.008246	699	41 km NW of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	11AS-03	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	29.5	29.7	Ag	ppm	5.2	-9999	-9999	-9999	Historical sample ID 11AS0302950 (MAR 20120007)	MAR 20120007	Alberta Geological Survey
083C 0001	Metallic mineral	-9999	Site 12 (Ballantyne and Harris, 1997); METID_0297 (DIG 2019-0026)	83C	52.938504	-116.579690	-9999	Pembina River	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	-9999	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	grains	49	-9999	-9999	-9999	Historical sample ID 12 (Ballantyne and Harris (1997))	Ballantyne and Harris (1997) Alluvial platinum-group minerals and gold in Alberta	Alberta Geological Survey
074L 0114	Metallic mineral	Maybelle River No.6	12051	74L	58.174171	-110.743990	-9999	122 km NE of Fort Mckay AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Manganese, Lead, Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Mn	ppm	10402	Zn	ppm	357	Historical sample ID 12051 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
083O 0009	Metallic mineral	Slave Lake No.1	120730	83O	55.322178	-114.730630	-9999	3 km NNE of the town of Slave Lake AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	Cr	ppm	331	-9999	-9999	-9999	Historical sample ID 120730 (MAR 20160013)	MAR 20160013	Alberta Geological Survey
083H 0100	Metallic mineral	IMPERIAL LEDUC NO 345	12-29_002 (DIG2023_0016)	83H	53.346900	-113.778300	707.4	Roughly 4 km southwest of Devin, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Lead, Zinc	Carbonate	Devonian	Leduc Formation	-9999	IMPERIAL LEDUC NO 345	100/12-29-050-26W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1614.8	1614.8	Pb	ppm	747	-9999	-9999	-9999	Historical sample ID 12-29_002 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084N 0014	Metallic mineral	BEARSPAW DIZZY 1-29-120-19	13012 (DIG2016_0001)	84N	59.448646	-117.222830	316.1	Roughly 100 km north of High Level, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Silver, Zinc, Copper, Vanadium, Nickel	Shale	Cretaceous	Loon River Formation	Anomalous Ag, Zn, and Cu in drill core.	BEARSPAW DIZZY 1-29-120-19	100/01-29-120-19W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	31.4	31.5	Ag	ppm	2.2	Zn	ppm	545	Historical sample ID 13012 (DIG 2016_0001)	AGS DIG 2016-0002, AGS DIG 2023-0016	Alberta Geological Survey
083A 0072	Metallic mineral	PENN WEST PROVOST 6-4-37-16	13056 (DIG2023_0016)	83A	52.147566	-112.232271	860.4	Roughly 9 km northwest of Sullivan Lake, AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc	Shale	Devonian	Winnipegosis Formation	-9999	PENN WEST PROVOST 6-4-37-16	100/06-04-037-16W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2008.37	2008.47	Zn	ppm	5404	-9999	-9999	-9999	Historical sample ID 13056 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084B 0003	Metallic mineral	CDN FOREST EVI 9-18-87-11	10854 (DIG2023_0016)	84B	56.546492	-115.733454	621.8	Roughly 18 km west of Loon Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Limestone	Devonian	Slave Point Formation	-9999	CDN FOREST EVI 9-18-87-11	100/09-18-087-11W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1518.85	1518.95	Zn	ppm	2752	-9999	-9999	-9999	Historical sample ID 13459 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084B 0004	Metallic mineral	MBOG SAWN LK 15-11-91-13	13459 (DIG2023_0016)	84B	56.884677	-115.970751	797.9	Roughly 49 km northwest of Loon Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Limestone	Devonian	Slave Point Formation	-9999	MBOG SAWN LK 15-11-91-13	100/15-11-091-13W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1629.75	1629.85	Zn	ppm	712	-9999	-9999	-9999	Historical sample ID 13479 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083M 0122	Metallic mineral	TOURMALINE VALHALLA 6-28-77-7	8872 (DIG2023_0016)	83M	55.699435	-119.027508	757.1	Roughly 20 km west of Rycroft, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Nickel, Molybdenum	Shale	Jurassic	Fernie Formation	-9999	TOURMALINE VALHALLA 6-28-77-7	100/06-28-077-07W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1526.7	1526.85	Zn	ppm	1752	Mo	ppm	308	Historical sample ID 13625 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084B 0005	Metallic mineral	Buffalo Hills No.1	K6-08-03	84B	56.916175	-115.602697	584	46 km NW of the hamlet of Red Earth Creek AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	13 drill holes with REE and Ni anomalies	Nickel, Rare-earth elements	-9999	-9999	-9999	-9999	K6-08-03	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	174.06	174.15	Ni	ppm	2623.1	-9999	-9999	-9999	Historical sample ID 13858 (MAR 20090005)	MAR 20090005	Alberta Geological Survey
083A 0079	Metallic mineral	Chain Lakes No.6	138-S4	83A	52.684535	-113.392176	-9999	12 km west of the town of Ponoka AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Gold, Silver	-9999	-9999	-9999	-9999	138	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	4.57	6.1	Au	oz/t	0.002	Ag	oz/t	0.2	Historical sample ID 138-S4 (MAR 19960004)	MAR 19960004	Alberta Geological Survey
084B 0008	Metallic mineral	Buffalo Hills No.4	K252-08-06	84B	56.923688	-115.934731	-9999	58 km NW of the hamlet of Red Earth Creek AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Nickel, Rare-earth elements	-9999	-9999	-9999	-9999	K252-08-06	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	93.94	93.98	Ni	ppm	1780.7	Ce	ppm	213.6	Historical sample ID 13993 (MAR 20080028)	MAR 20080028	Alberta Geological Survey
084B 0006	Metallic mineral	Buffalo Hills No.2	K252-08-04	84B	56.920656	-115.606538	-9999	47 km NW of the hamlet of Red Earth Creek AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	5 drill holes with REE and Ni anomalies	Nickel, Rare-earth elements, Iron	-9999	-9999	-9999	-9999	K252-08-04	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	170.09	170.14	Ni	ppm	850.9	Ce	ppm	455.4	Historical sample ID 14016 (MAR 20080028)	MAR 20080028	Alberta Geological Survey
083A 0080	Metallic mineral	Chain Lakes No.7	141-2 S2	83A	52.695735	-113.392388	-9999	12 km west of the town of Ponoka AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	141-2	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1.52	3.05	Ag	oz/t	0.55	-9999	-9999	-9999	Historical sample ID 141-2 S2 (MAR 19960004)	MAR 19960004	Alberta Geological Survey
083P 0031	Metallic mineral	Calling Lake No.8	14351	83P	55.637271	-113.416383	858.4	50 km N of the town of Calling Lake AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	5 diamond drill holes with anomalous Fe2O3, Fe, V and Zr.	Zirconium, Vanadium, Iron	-9999	-9999	-9999	-9999	PM99-01	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	11.58	12.43	Zr	ppm	9026	V	ppm	1260	Historical sample ID 14351 (MAR 20000019)	MAR 20000019	Alberta Geological Survey
083A 0077	Metallic mineral	Chain Lakes No.4	147-S3	83A	52.676838	-113.415648	-9999	10 km west of the town of Ponoka AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	147	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3.05	4.57	Au	oz/t	0.004	-9999	-9999	-9999	Historical sample ID 147-S3 (MAR 19960004)	MAR 19960004	Alberta Geological Survey
083A 0078	Metallic mineral	Chain Lakes No.5	152-S6	83A	52.665850	-113.413015	-9999	10 km west of the town of Ponoka AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	152	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	7.62	9.14	Ag	oz/t	0.3	-9999	-9999	-9999	Historical sample ID 152-S6 (MAR 19960004)	MAR 19960004	Alberta Geological Survey
083A 0076	Metallic mineral	Chain Lakes No.3	161-S7	83A	52.638249	-113.445655	-9999	10 km west of the town of Ponoka AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	161	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	9.14	10.67	Ag	oz/t	0.25	-9999	-9999	-9999	Historical sample ID 161-S7 (MAR 19960004)	MAR 19960004	Alberta Geological Survey
083A 0075	Metallic mineral	Chain Lakes No.2	163-S3	83A	52.644641	-113.436121	-9999	10 km west of the town of Ponoka AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	163	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3.05	4.57	Au	oz/t	0.004	-9999	-9999	-9999	Historical sample ID 163-S3 (MAR 19960004)	MAR 19960004	Alberta Geological Survey
083A 0074	Metallic mineral	Chain Lakes No.1	165-S5	83A	52.607221	-113.493733	-9999	9 km SW of the town of Ponoka AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	165	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	6.1	8.53	Ag	oz/t	0.35	-9999	-9999	-9999	Historical sample ID 165-S5 (MAR 19960004)	MAR 19960004	Alberta Geological Survey
074M 0186	Metallic mineral	-9999	147 (DIG 2009-21); METID_1179 (DIG 2019-0026)	74M	59.888617	-111.007147	-9999	North Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	797	-9999	-9999	-9999	Historical sample ID 17-05 (OFR_1994_05)	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
083P 0028	Metallic mineral	Calling Lake No.6	17-2-2	83P	55.120333	-113.186000	-9999	7 km south of the town of Calling Lake AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Lithium, Silver, Bismuth, Thorium, Tungsten	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	Li	ppm	135	Th	ppm	25	Historical sample ID 17-2-2 (MAR 20170008)	MAR 20170008	Alberta Geological Survey
083P 0027	Metallic mineral	Calling Lake No.5	17-2-4	83P	55.187667	-113.185783	-9999	1 km west of the town of Calling Lake AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Lithium, Thorium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	Li	ppm	151	Th	ppm	27	Historical sample ID 17-2-4 (MAR 20170008)	MAR 20170008	Alberta Geological Survey
083P 0029	Metallic mineral	Calling Lake No.7	17-2-6	83P	55.142867	-112.948183	-9999	15 km east of the town of Calling Lake AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Lithium, Thorium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	Li	ppm	145	Th	ppm	29	Historical sample ID 17-2-6 (MAR 20170008)	MAR 20170008	Alberta Geological Survey
072E 0086	Metallic mineral	NORWICH TGOL SMICO 8-4-4-11	11750 (DIG2016_0001)	72E	49.264999	-111.423716	955.6	Roughly 24 km south of Foremost, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Yttrium	Limestone	Jurassic	Rierdon Formation	Anomalous yttrium values and total REE from drill core.	NORWICH TGOL SMICO 8-4-4-11	100/08-04-004-11W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	893.6	893.7	Y	ppm	201.9	-9999	-9999	-9999	Historical sample ID 1750 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
073L 0004	Metallic mineral	CNRL OBS MOORE 10-21-67-4	18610 (DIG2023_0016)	73L	54.814590	-110.549800	708.1	Roughly 47 km northwest of Cold Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements, Uranium	Shale	Cretaceous	Second White Specks Formation	-9999	CNRL OBS MOORE 10-21-67-4	102/10-21-067-04W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	270	270	Y	ppm	229	La	ppm	117	Historical sample ID 18141 (DIG 2023 0016)	AGS DIG 2023-0016, AGS DIG 2024-0009	Alberta Geological Survey
073L 0003	Metallic mineral	IMP IORL N02W2-HGRM LEMING 4-36-66-3	18148 (DIG2023_0016)	73L	54.750198	-110.332262	643.3	Roughly 35 km north of Cold Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Vanadium, Nickel	Shale	Cretaceous	Colorado Group	-9999	IMP IORL N02W2-HGRM LEMING 4-36-66-3	1F1/04-36-066-03W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	195	195	V	ppm	1118	-9999	-9999	-9999	Historical sample ID 18148 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
082J 0119	Metallic mineral	CPEC TV 2-9-19-2	18267 (DIG2023_0016)	82J	50.589698	-114.222139	1223.4	Roughly 7 km north of Longview, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements, Nickel, Cobalt	Mudstone	Cretaceous	Blairmore Group	-9999	RANAHANRESOURCES TV 2-9-19-2	100/02-09-019-02W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	919	919	La	ppm	122	Ce	ppm	222	Historical sample ID 18268 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
074M 0384	Metallic mineral	Lake Athabasca	1828	74M	59.115003	-110.437756	-9999	80 m from the shore of Lake Athabasca, approx. 60 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Gold	Pegmatite	-9999	-9999	A 3 decimetre wide pseudo-quartz vein, very likely a siliceous pegmatite remnant; taken from an altered siliceous pegmatite within the exposure of a major N.E. fault zone, near the south end of the more northerly main sandstone outcrop	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppm	0.07	-9999	-9999	-9999	Historical sample ID 1828 (MAR 19990015)	MAR 19990015	Alberta Geological Survey
072E 0091	Metallic mineral	GREEN-APEX NO. 1	18352 (DIG2023_0016)	72E	49.564901	-111.865972	824.2	Roughly 32 west of Foremost, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Cobalt, Chromium	Claystone, siltstone	Cretaceous	Mannville Group	-9999	GREEN-APEX NO. 1	100/15-17-007-14W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	848.3	848.3	Zn	ppm	3319	Co	ppm	230	Historical sample ID 18352 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
072E 0090	Metallic mineral	ALOGO ET AL FAITH 3-32-3-14	18051 (DIG2023_0016)	72E	49.248371	-111.856082	942.8	Roughly 9 km east of Verdigris Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements	Shale	Cretaceous	Second White Specks Formation	-9999	ALOGO ET AL FAITH 3-32-3-14	100/03-32-003-14W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	464.5	464.5	Ce	ppm	207	Y	ppm	135	Historical sample ID 18501 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
082H 0100	Metallic mineral	KAINAI ENERGY NINSTO 14-5-5-25	18654 (DIG2023_0016)	82H	49.362931	-113.333547	1099.8	Roughly 18 km north of Cardston, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Silver, Rare-earth elements, Nickel, Copper, Molybdenum, Uranium, Chromium	Shale	Devonian, Mississippian	Exshaw Formation	-9999	KAINAI ENERGY  NINSTO 14-5-5-25	100/14-05-005-25W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2833.4	2833.4	Zn	ppm	3855	Ag	ppm	2.63	Historical sample ID 18654 (DIG 2 023_0016)	AGS DIG 2023-0016	Alberta Geological Survey
083B 0057	Metallic mineral	I3 ENERGY HOMRIM 11-14-42-2	18680 (DIG2023_0016)	83B	52.620122	-114.183919	904.6	Roughly 9 km northwest of Gull Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Zinc, Lead	Carbonate	Devonian	Leduc Formation	-9999	I3 ENERGY HOMRIM 11-14-42-2	100/11-14-042-02W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2385	2385	Zn	ppm	3892	Pb	ppm	1105	Historical sample ID 18680 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084N 0048	Metallic mineral	-9999	1871	84N	59.006409	-117.672551	-9999	Approximately 4 km south of Meander River, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Zinc	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Sphalerite	grains	539	-9999	-9999	-9999	Historical sample ID 1871 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0012	Metallic mineral	-9999	1873	84K	58.980661	-117.883315	-9999	Approximately 12 km southwest of Meander River, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper, Molybdenum, Lead	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	Molybdenite	grains	1	Historical sample ID 1873 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
082G 0280	Metallic mineral	CALIFORNIA STANDARD CROWSNEST 6-14	18329 (DIG2023_0016)	82G	49.646020	-114.579661	1428.3	Roughly 6 km west of Coleman, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Silver	Sandstone	Cretaceous	Blairmore Group	-9999	CALIFORNIA STANDARD CROWSNEST 6-14	100/06-14-008-05W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	617.2	617.2	Ag	ppm	25.32	-9999	-9999	-9999	Historical sample ID 18756 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084K 0013	Metallic mineral	-9999	1876	84K	58.570377	-117.904268	-9999	Approximately 43 km west of Footner Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 1876 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0014	Metallic mineral	-9999	1880	84K	58.059395	-117.017929	-9999	Approximately 70 km southwest of Fort Vermillion, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Molybdenum	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Molybdenite	grains	1	-9999	-9999	-9999	Historical sample ID 1880 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0013	Metallic mineral	-9999	1881	84M	59.075123	-119.050179	-9999	Approximately 26 km north of Zama Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Zinc, Molybdenum	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Sphalerite	grains	988	Molybdenite	grains	1	Historical sample ID 1881 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084N 0049	Metallic mineral	-9999	1889	84N	59.627425	-117.752409	-9999	Approximately 20 km west of Steen River, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 1889 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084N 0039	Metallic mineral	-9999	1898 (AGS DIG 2021-0005)	84N	59.757527	-117.650832	583	Roughly 31 km northwest of Steen River, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 1898 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084F 0002	Metallic mineral	Buffalo Prairie No.1	1979-01-05	84F	57.973453	-116.263661	-9999	48 km SW of Fort Vermillion AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Iron	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Fe	per cent	13.39	-9999	-9999	-9999	Historical sample ID 1979-01-05 (MAR 19680074)	MAR 19680074	Alberta Geological Survey
083I 0002	Metallic mineral	-9999	83I-M-03 (OFR 1994-08); METID_0348 (DIG 2019-0026)	83I	54.729127	-113.271264	-9999	About 1.6 km northeast of the town of Athabasca (NTS 83I/11).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Sand and gravel; Preglacial sand and gravel, river bar alluvium; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	grains	42	-9999	-9999	-9999	Historical sample ID 2 (AGS OFR 1990-09)	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
083P 0026	Metallic mineral	Calling Lake No.4	2018-CL-12-1	83P	55.157633	-113.323450	-9999	5 km SW of the town of Calling Lake AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Silver, Beryllium, Neodymium, Thorium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	Ag	ppm	6.36	Be	ppm	1.5	Historical sample ID 2018-CL-12-1 (MAR 20180014)	MAR 20180014	Alberta Geological Survey
084M 0003	Metallic mineral	-9999	213PH51 (MAR 20080021)	84M	59.125142	-118.195171	360	Roughly 30 km west of Meander River, AB.	Subsurface	Geochemical anomaly	Till	Drillhole	Unknown	-9999	Cobalt, Uranium, Molybdenum, Nickel	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	49	U	ppm	11	Historical sample ID 213PH51 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0023	Metallic mineral	Zama Lake No.5	213PH52	84M	59.188466	-118.172638	-9999	31 km west of the settlement of Meander River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	31	-9999	-9999	-9999	Historical sample ID 213PH52 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0020	Metallic mineral	Zama Lake No.2	213PH53	84M	59.044158	-119.037629	-9999	76 km west of the settlement of Meander River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Copper, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	38	Cu	ppm	40	Historical sample ID 213PH53 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0027	Metallic mineral	Zama Lake No.9	213PH55	84M	59.044791	-118.950936	-9999	19 km SW of the hamlet of Zama City AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Copper, Molybdenum, Nickel, Uranium, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	52	Cu	ppm	52	Historical sample ID 213PH55 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0024	Metallic mineral	Zama Lake No.6	213PH56	84M	59.208642	-118.167165	-9999	31 km west of the settlement of Meander River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Molybdenum, Uranium, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	42	Mo	ppm	10	Historical sample ID 213PH56 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0021	Metallic mineral	Zama Lake No.3	213PH57	84M	59.035434	-118.286055	-9999	33 km west of the settlement of Meander River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Copper, Antimony, Molybdenum, Nickel, Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	44	Cu	ppm	46	Historical sample ID 213PH57 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0022	Metallic mineral	Zama Lake No.4	213PH58	84M	59.181408	-118.496201	-9999	48 km west of the settlement of Meander River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Copper, Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	45	Cu	ppm	62	Historical sample ID 213PH58 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084N 0052	Metallic mineral	Zama Lake No.1	213PH59	84N	59.250762	-116.739927	-9999	60 km ENE of the settlement of Meander River AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Copper	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	35	Cu	ppm	48	Historical sample ID 213PH59 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0026	Metallic mineral	Zama Lake No.8	213PH63	84M	59.094428	-118.802778	-9999	9 km SW of the hamlet of Zama City AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	42	Sb	ppm	3	Historical sample ID 213PH63 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0028	Metallic mineral	Zama Lake No.10	213PH65	84M	59.136547	-119.037856	-9999	20 km west of the hamlet of Zama City AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	28	-9999	-9999	-9999	Historical sample ID 213PH65 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0029	Metallic mineral	Zama Lake No.11	213PH67	84M	59.141797	-119.047853	-9999	20 km west of the hamlet of Zama City AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	43	Sb	ppm	3	Historical sample ID 213PH67 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
084M 0025	Metallic mineral	Zama Lake No.7	213PH68	84M	59.071032	-118.753366	-9999	10 km SSW of the hamlet of Zama City AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Cobalt, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Co	ppm	29	Sb	ppm	3	Historical sample ID 213PH68 (MAR 20080021)	MAR 20080021	Alberta Geological Survey
082H 0103	Metallic mineral	Fort Macleod No.3	22132	82H	49.932917	-113.806003	-9999	19 km southwest of Claresholm	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Lithium, Silver, Beryllium, Tantalum, Tungsten	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Li	ppm	40	Ag	ppm	0.6	Historical sample ID 22132 (MAR 20070023)	MAR 20070023	Alberta Geological Survey
084L 0008	Metallic mineral	-9999	2255	84L	58.217532	-118.784493	-9999	Approximately 50 km southeast of the town of Rainbow Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Molybdenite	grains	1	-9999	-9999	-9999	Historical sample ID 2255 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084L 0009	Metallic mineral	-9999	2263	84L	58.387978	-118.644868	-9999	Approximately 10 km northwest of Basset Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Gold	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	-9999	-9999	-9999	Historical sample ID 2263 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084L 0010	Metallic mineral	-9999	2298	84L	58.890142	-118.360062	-9999	Approximately 28 km northeast of Chateh, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Diamonds	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	KIMs	grains	3	-9999	-9999	-9999	Historical sample ID 2298 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084L 0011	Metallic mineral	-9999	2314	84L	58.315649	-119.427403	-9999	Approximately 21 km south of the town of Rainbow Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Lead	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Galena	grains	1	-9999	-9999	-9999	Historical sample ID 2314 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
074M 0399	Metallic mineral	Whaleback Lake	-9999	74M	59.702600	-110.343569	-9999	400 m east of Whaleback Lake, approx. 120 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	No geology details provided in MAR	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U	per cent	0.013	-9999	-9999	-9999	Historical sample ID 23-24 (MAR 19760012)	MAR 19760012	Alberta Geological Survey
084L 0012	Metallic mineral	-9999	2326	84L	58.046029	-119.102460	-9999	Approximately 54 km southeast of the town of Rainbow Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Gold	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	25	-9999	-9999	-9999	Historical sample ID 2326 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084L 0013	Metallic mineral	-9999	2327	84L	58.207182	-119.109680	-9999	Approximately 37 km southeast of the town of Rainbow Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Gold	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	4	-9999	-9999	-9999	Historical sample ID 2327 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084L 0014	Metallic mineral	-9999	2335	84L	58.144156	-119.360335	-9999	Approximately 41 km south of the town of Rainbow Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Diamonds	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	KIMs	grains	7	-9999	-9999	-9999	Historical sample ID 2335 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084L 0015	Metallic mineral	-9999	2341	84L	58.562040	-118.693473	-9999	Approximately 15 km south of Chateh, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Zinc	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Sphalerite	grains	509	-9999	-9999	-9999	Historical sample ID 2341 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0009	Metallic mineral	-9999	2384	84M	59.864302	-118.570806	-9999	Approximately 5 km north of Bistcho Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 2384 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0017	Metallic mineral	-9999	2386	84M	59.958959	-118.618715	-9999	Approximately 15 km north of Bistcho Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	5	-9999	-9999	-9999	Historical sample ID 2386 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0008	Metallic mineral	-9999	2393	84M	59.977621	-118.143075	-9999	Approximately 5 km north of Thurston Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 2393 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0011	Metallic mineral	-9999	2401	84M	59.327041	-119.346458	-9999	Approximately 40 km south of Bistcho Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Lead, Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Galena	grains	1	Molybdenite	grains	1	Historical sample ID 2401 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0005	Metallic mineral	-9999	2411	84M	59.309221	-119.023267	-9999	Approximately 45 km south of Bistcho Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper, Lead	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	Galena	grains	2	Historical sample ID 2411 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0010	Metallic mineral	-9999	2414	84M	59.358619	-119.107688	-9999	Approximately 40 km south of Bistcho Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 2414 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084N 0050	Metallic mineral	-9999	2425	84N	59.486817	-117.164762	-9999	Approximately 16 km south of Steen River, AB.	Surface	Geological anomaly	Sand and gravel	-9999	Unknown	-9999	Diamonds	Sand, gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	KIMs	grains	55	-9999	-9999	-9999	Historical sample ID 2425 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084N 0033	Metallic mineral	-9999	2433 (AGS DIG 2021-0005)	84N	59.424619	-117.527907	305	Roughly 30 km southwest of Steen River, AB.	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Copper, Chromium, Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 2433 (AGS DIG 2021-0005).	AGS DIG 2021-0005, MAR 19950015	Alberta Geological Survey
084N 0038	Metallic mineral	-9999	2448 (AGS DIG 2021-0005)	84N	59.682909	-117.144057	304	Roughly 6 km north of Steen River, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Lead	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Galena	grains	2	-9999	-9999	-9999	Historical sample ID 2448 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0014	Metallic mineral	-9999	2451	84M	59.612018	-119.715726	-9999	Approximately 20 km north of Bootis Hill, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 2451 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0015	Metallic mineral	-9999	2460	84M	59.559895	-119.750703	-9999	Approximately 20 km north of Bootis Hill, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Molybdenite	grains	3	-9999	-9999	-9999	Historical sample ID 2460 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0012	Metallic mineral	-9999	2462	84M	59.690315	-119.985503	-9999	Approximately 3 km west of Dickins Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Gold	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	-9999	-9999	-9999	Historical sample ID 2462 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0018	Metallic mineral	-9999	2466	84M	59.920522	-119.676575	-9999	Approximately 13 km west of Creighton Lake, AB.	Surface	Geological anomaly	Sand	-9999	Unknown	-9999	Copper	Glaciofluvial sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sand	-9999	-9999	Chalcopyrite	grains	3	-9999	-9999	-9999	Historical sample ID 2466 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0006	Metallic mineral	-9999	2467	84M	59.852267	-119.426404	-9999	Approximately 8 km south of Creighton Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	6	-9999	-9999	-9999	Historical sample ID 2467 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0016	Metallic mineral	-9999	2472	84M	59.987868	-119.764590	-9999	Approximately 19 km west of Creighton Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	4	-9999	-9999	-9999	Historical sample ID 2472 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0007	Metallic mineral	-9999	2473	84M	59.758993	-119.954089	-9999	Approximately 6 km north of Dickins Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	6	-9999	-9999	-9999	Historical sample ID 2473 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084M 0019	Metallic mineral	-9999	2496	84M	59.553120	-118.610503	-9999	Approximately 13 km south of Bistcho Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	5	-9999	-9999	-9999	Historical sample ID 2496 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
074L 0108	Metallic mineral	Lake Athabasca	25164	74L	58.818781	-110.940679	-9999	3 km from shore of Lake Athabasca, approx. 17 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Granite	-9999	-9999	Sample type: Outcrop, Grab; rock type: Granite; Description: grey to pink, coarse grained; Remarks: Cps >1000 over 5 m x 20 m, strikes 50 deg.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	76	-9999	-9999	-9999	Historical sample ID 2516 4 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0207	Metallic mineral	Lake Athabasca North Shore	25173 (MAR 20070004); METID_0930 (DIG 2019-0026)	74M	59.134217	-110.522648	-9999	Lake Athabasca north shore.	Surface	Geophysical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Rare-earth elements	Gneiss	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	316	La	ppm	142	Historical sample ID 25173 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
082H 0102	Metallic mineral	Fort Macleod No.2	25415	82H	49.820627	-113.598192	-9999	18 km northwest of Fort Macleod AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Lithium, Silver	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Li	ppm	43	Ag	ppm	0.8	Historical sample ID 25415 (MAR 20070023)	MAR 20070023	Alberta Geological Survey
083H 0006	Metallic mineral	-9999	83H-M-07 (OFR 1994-08); METID_0312 (DIG 2019-0026)	83H	53.536103	-113.506888	-9999	In the centre of Edmonton along the North Saskatchewan River (NTS 83H/12).	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	Gravel river bar; Preglacial sand and gravel. Gold grains separated from sample; Gold grains separated from sample.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	grains	47	-9999	-9999	-9999	Historical sample ID 28 (AGS OFR 1990-09)	AGS OFR 1990-09, AGS OFR 1994-08	Alberta Geological Survey
084E 0035	Metallic mineral	-9999	2824 (DIG 2006-0021); METID_0792 (DIG 2019-0026)	84E	57.561102	-118.378212	-9999	Botha River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Gold	Ironstone	Late Cretaceous	Bad Heart Formation	Ironstone; oolitic; rusty brown fresh, rusty brown weathered; aphanitic to very fine; Fe-oxide, ooidal and Clay-rich Rock; 30-50% yellow-brown to rusty brown ooids to 0.5 mm (some very hard to see); 5% very fine grained pyrite in multidirectional veinlets to 5 mm wide (possible trace chalcopyrite in with pyrite); small areas of light grey rock (to 2 cm across) may represent less altered rock (in these areas the ooids are grey to yellow-brown)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	41.69	V	per cent	0.0246	Historical sample ID 2824 (DIG 2006-0021)	AGS DIG 2006-0021, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, MAR 20120014	Alberta Geological Survey
082H 0101	Metallic mineral	Fort Macleod No.1	28411	82H	49.500938	-113.985424	-9999	3 km northwest of Pincher Creek AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Lithium, Silver, Beryllium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Li	ppm	44	-9999	-9999	-9999	Historical sample ID 28414 (MAR 20070023)	MAR 20070023	Alberta Geological Survey
074M 0398	Metallic mineral	Whaleback Lake	29	74M	59.722229	-110.334400	-9999	850 m northeast from the north end of Whaleback Lake, approx. 120 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	No geology details provided in MAR	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U	per cent	0.645	-9999	-9999	-9999	Historical sample ID 29 (MAR 19760012)	MAR 19760012	Alberta Geological Survey
082J 0120	Metallic mineral	Fort Macleod No.4	29075	82J	50.004954	-114.151125	-9999	40 km west of Claresholm AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Uranium, Bismuth, Beryllium, Lithium, Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	U	ppm	9	Bi	ppm	5.2	Historical sample ID 29075 (MAR 20070023)	MAR 20070023	Alberta Geological Survey
082J 0121	Metallic mineral	Fort Macleod No.5	29128	82J	50.104020	-114.163361	-9999	40 km west of Claresholm AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Uranium, Lead, Beryllium, Bismuth, Neodymium, Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	U	ppm	9	-9999	-9999	-9999	Historical sample ID 29128 (MAR 20070023)	MAR 20070023	Alberta Geological Survey
084L 0016	Metallic mineral	-9999	2927	84L	58.365591	-119.550598	-9999	Approximately 18 km south of the town of Rainbow Lake, AB.	Surface	Geological anomaly	Sand and gravel	-9999	Unknown	-9999	Diamonds	Glaciofluvial sand and gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sand	-9999	-9999	KIMs	grains	3	-9999	-9999	-9999	Historical sample ID 2927 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0015	Metallic mineral	-9999	2943	84K	58.583094	-116.178562	-9999	Approximately 23 km northwest of Fort Vermillion, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Gold, Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	Molybdenite	grains	1	Historical sample ID 2943 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0016	Metallic mineral	-9999	2944	84K	58.458585	-116.194937	-9999	Approximately 13 km northwest of Fort Vermillion, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Diamonds	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	KIMs	grains	22	-9999	-9999	-9999	Historical sample ID 2944 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0017	Metallic mineral	-9999	2951	84K	58.593788	-117.139848	-9999	Approximately 2.5 km south of Footner Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Gold, Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	Molybdenite	grains	1	Historical sample ID 2951 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084L 0017	Metallic mineral	-9999	2957	84L	58.595738	-118.333095	-9999	Approximately 24 km southeast of Chateh, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Diamonds	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	KIMs	grains	5	-9999	-9999	-9999	Historical sample ID 2957 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
082H 0021	Metallic mineral	Del Bonita Upland	3 (GSC Open File 3601); METID_0004 (DIG 2019-0026)	82H	49.041119	-112.791738	-9999	Del Bonita	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Paleoplacer gold	-9999	Gold	Sand, gravel	Late Miocene, Early Pliocene	Del Bonita Gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gravel	-9999	-9999	Au	g/t	0.007	-9999	-9999	-9999	Historical sample ID 3 (GSC OFR 3601)	Bednarski et al. (1998) Gold recovery and kimberlite/diamond indicators from Del Bonita Upland, Alberta	Alberta Geological Survey
084L 0018	Metallic mineral	-9999	3217	84L	58.646000	-118.926825	-9999	Approximately 15 km west of Chateh, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Molybdenite	grains	1	-9999	-9999	-9999	Historical sample ID 3217 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0018	Metallic mineral	-9999	3232	84K	58.197286	-116.607781	-9999	Approximately 41 km southwest of Fort Vermillion, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper, Molybdenum	Till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	3	Molybdenite	grains	1	Historical sample ID 3232 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0019	Metallic mineral	-9999	3233	84K	58.295074	-116.375777	-9999	Approximately 24 km southwest of Fort Vermillion, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	4	-9999	-9999	-9999	Historical sample ID 3233 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
084K 0020	Metallic mineral	-9999	3248	84K	58.927295	-116.037468	-9999	Approximately 5 km southeast of Hotte Lake, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Copper	Basal till	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Chalcopyrite	grains	20	-9999	-9999	-9999	Historical sample ID 3248 (AGS DIG 2021-0005).	AGS DIG 2021-0005	Alberta Geological Survey
074L 0120	Metallic mineral	Maybelle River No.6	337104	74L	58.186171	-110.615404	322	127 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements, Iron, Lithium	-9999	-9999	-9999	-9999	R040107	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	240.05	240.15	Ce	ppm	423	Fe	per cent	12.65	Historical sample ID 337104 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
074M 0395	Metallic mineral	Andrew Lake	37726	74M	59.811873	-110.299275	-9999	500 m south of the west arm of Andrew Lake, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements	Pegmatite	-9999	-9999	Sample type: Outcrop grab; rock type: Pegmatite; Description: Quartz-rich; Remarks: Up to 800cps throughout area.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1241.5	-9999	-9999	-9999	Historical sample ID 37726 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0389	Metallic mineral	Andrew Lake	37728	74M	59.821094	-110.208633	-9999	20 m from the shore of Andrew Lake, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements	Pegmatite	-9999	-9999	First described in MAR19740005 as anomalous readings clustered around tight folds and disruptions in a NE-trending band of quartz-biotite schist. Traced to the north for 1800ft. "Sample type: Outcrop grab; rock type: Pegmatite; Description: variably banded; Remarks: 1100 cps in area ~20cm x 20cm. All else is background	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1792.5	-9999	-9999	-9999	Historical sample ID 37728 (MAR 20070025)	MAR 20070025, MAR 19740005	Alberta Geological Survey
074M 0392	Metallic mineral	Andrew Lake	37732	74M	59.820222	-110.257818	-9999	400 m north of the west arm of Andrew Lake, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Thorium, Rare-earth elements, Zirconium	Granite	-9999	-9999	Sample type: Outcrop grab; rock type: Granite; Description: Quartz-rich; Remarks: Highest readings along fracture, the rest is low	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Th	ppm	749	Zr	ppm	3060	Historical sample ID 37732 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0388	Metallic mineral	Andrew Lake	37740	74M	59.845107	-110.152545	-9999	500 m from the shore of Andrew Lake, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements	Granitic gneiss	-9999	-9999	Sample type: Outcrop grab; rock type: Granitic gneiss; Description: Pink+grey/black bands. Grey metallic-looking mineral	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1211.9	-9999	-9999	-9999	Historical sample ID 37740 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0387	Metallic mineral	Andrew Lake	37781	74M	59.899268	-110.143301	-9999	150 m from the shore of Andrew Lake, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	No geology details provided in MAR	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	155	-9999	-9999	-9999	Historical sample ID 37781 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0394	Metallic mineral	Spider Lake	37857	74M	59.783893	-110.198755	-9999	400 m northeast of Spider Lake, approx. 135 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Pegmatite	-9999	-9999	Sample type: Outcrop grab; rock type: Pegmatite; Description: Massive quartz vein; Remarks: scintillometer high runs for over 50m	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	197	-9999	-9999	-9999	Historical sample ID 37857 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0393	Metallic mineral	Andrew Lake	37867	74M	59.858845	-110.302305	-9999	150 m north of the west arm of Andrew Lake, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Copper, Nickel, Chromium	Metasediment	-9999	-9999	Sample type: Outcrop grab; rock type: Metasediment; Description: Micaceous + gossanous; Remarks: Gossanous area next to small Pegmatite vein	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	376	-9999	-9999	-9999	Historical sample ID 37867 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0391	Metallic mineral	Andrew Lake	37890	74M	59.844984	-110.191577	-9999	1.5 km west of Andrew Lake, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements	Pegmatite	-9999	-9999	Sample type: Outcrop grab; rock type: Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1069.5	-9999	-9999	-9999	Historical sample ID 37890 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0390	Metallic mineral	Bonny Fault	37911	74M	59.857575	-110.187380	-9999	2 km west of Andrew Lake near the Bonny Fault, approx. 140 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements	Pegmatite	-9999	-9999	Sample type: Outcrop grab; rock type: Pegmatite; Remarks: 15 m from sample 37910	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1038.8	-9999	-9999	-9999	Historical sample ID 37911 (MAR 20070025)	MAR 20070025	Alberta Geological Survey
074M 0401	Metallic mineral	Colin Lake	37921	74M	59.400728	-110.083445	-9999	16 km south of Colin Lake, approx. 100 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Silver, Uranium	Granite	-9999	-9999	Sample type: Outcrop grab; rock type: Metasediment/granite; Remarks: Small outcrop with metasediment/granite contact - no cps anomaly	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	2.2	U	ppm	101	Historical sample ID 37921 (MAR 20070026)	MAR 20070026	Alberta Geological Survey
074M 0402	Metallic mineral	Colin Lake	37923	74M	59.408646	-110.161939	-9999	15 km south of Colin Lake, approx. 100 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Pegmatite	-9999	-9999	Sample type: Outcrop grab; rock type: Metasediment/Pegmatite; Description: Gossanous; Remarks: Pegmatite/metasediment contact	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	117	-9999	-9999	-9999	Historical sample ID 37923 (MAR 20070026)	MAR 20070026	Alberta Geological Survey
074M 0400	Metallic mineral	Colin Lake	38107	74M	59.438266	-110.087173	-9999	12 km south of Colin Lake, approx. 100 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements, Uranium	Pegmatite	-9999	-9999	Sample type: Outcrop grab; rock type: Pegmatite; Remarks: Localized hit, ~1 m squared in area	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1739.3	-9999	-9999	-9999	Historical sample ID 38107 (MAR 20070026)	MAR 20070026	Alberta Geological Survey
084B 0007	Metallic mineral	Buffalo Hills No.3	K14-08-01	84B	56.978535	-115.633665	-9999	53 km NW of the hamlet of Red Earth Creek AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	17 drill holes with REE and Ni anomalies	Nickel, Rare-earth elements	-9999	-9999	-9999	-9999	K14-08-01	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	52.2	52.27	Ni	ppm	931.6	Ce	ppm	450	Historical sample ID 39320 (MAR 20080028)	MAR 20080028	Alberta Geological Survey
084B 0009	Metallic mineral	Buffalo Hills No.5	K14-08-25	84B	56.976420	-115.965638	-9999	63 km NW of the hamlet of Red Earth Creek AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Nickel, Rare-earth elements	-9999	-9999	-9999	-9999	K14-08-25	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	145.35	145.43	Ni	ppm	1645.3	Ce	ppm	364.3	Historical sample ID 39940 (MAR 20080028)	MAR 20080028	Alberta Geological Survey
074L 0117	Metallic mineral	Maybelle River No.3	463547	74L	58.080376	-110.543038	332	118 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Nickel, Rare-earth elements, Iron	-9999	-9999	-9999	-9999	R070107	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	207.8	207.8	Ni	ppm	429	Ce	ppm	422	Historical sample ID 463547 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
074L 0116	Metallic mineral	Maybelle River No.2	463582	74L	58.082433	-110.492988	336	120 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Lithium	-9999	-9999	-9999	-9999	R110107	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	300.84	302	Li	ppm	376	-9999	-9999	-9999	Historical sample ID 463582 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
074L 0121	Metallic mineral	Maybelle River No.7	463827	74L	58.167000	-110.720925	303	122 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements, Uranium	-9999	-9999	-9999	-9999	R130107	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	164.5	165.5	Ce	ppm	470	-9999	-9999	-9999	Historical sample ID 463827 (MAR 20080006)	MAR 20080006	Alberta Geological Survey
074L 0126	Metallic mineral	Maybelle River No.12	463845	74L	58.174125	-110.743531	302	122 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Silver, Lanthanum	-9999	-9999	-9999	-9999	R120107	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	59.95	60.05	Ag	ppm	2.48	La	ppm	127.5	Historical sample ID 463845 (MAR 20080006)	MAR 19860002	Alberta Geological Survey
084H 0002	Metallic mineral	McIvor River	McIvor River; METID_0822 (DIG 2019-0026)	84H	57.978268	-112.083700	-9999	McIvor River in Birch Mountains.	Surface	Geochemical anomaly	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	grains	1212	-9999	-9999	-9999	Historical sample ID 5088 (AGS GEO 2000-02)	AGS GEO 2000-02	Alberta Geological Survey
084J 0009	Metallic mineral	Caribou No.13	52502	84J	58.724874	-115.036844	-9999	121 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Silver, Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	231	-9999	-9999	-9999	Historical sample ID 52502 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084J 0010	Metallic mineral	Caribou No.14	52505	84J	58.716267	-114.666691	-9999	146 km east of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Molybdenum	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	218	Mo	ppm	7	Historical sample ID 52505 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084K 0023	Metallic mineral	Caribou No.18	52507	84K	58.905456	-116.016532	-9999	77 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Molybdenum, Chromium, Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Mo	ppm	14	Cr	ppm	172	Historical sample ID 52507 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084J 0004	Metallic mineral	Caribou No.7	52508	84J	58.984383	-114.821681	-9999	144 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	215	-9999	-9999	-9999	Historical sample ID 52508 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
083K 0054	Metallic mineral	Fox Creek No.1	571601	83K	54.117847	-116.647329	-9999	32 km SSE of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	U	ppm	54	-9999	-9999	-9999	Historical sample ID 571601 (MAR 20180016)	MAR 20180016	Alberta Geological Survey
083K 0055	Metallic mineral	Fox Creek No.2	571602	83K	54.077381	-116.622039	-9999	36 km SSE of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	U	ppm	7	-9999	-9999	-9999	Historical sample ID 571602 (MAR 20180016)	MAR 20180016	Alberta Geological Survey
083K 0056	Metallic mineral	Fox Creek No.3	571609	83K	54.171765	-116.670417	-9999	26 km SSE of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	U	ppm	24	-9999	-9999	-9999	Historical sample ID 571609 (MAR 20180016)	MAR 20180016	Alberta Geological Survey
083K 0057	Metallic mineral	Fox Creek No.4	571630	83K	54.274928	-116.349232	-9999	31 km ESE of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Zn	ppm	323	-9999	-9999	-9999	Historical sample ID 571630 (MAR 20180016)	MAR 20180016	Alberta Geological Survey
083K 0058	Metallic mineral	Fox Creek No.5	571637	83K	54.368245	-117.035872	-9999	15 km west of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Ag	ppm	2.8	-9999	-9999	-9999	Historical sample ID 571637 (MAR 20180016)	MAR 20180016	Alberta Geological Survey
083K 0059	Metallic mineral	Fox Creek No.6	571638	83K	54.426238	-116.899441	-9999	6 km NW of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Zn	ppm	270	-9999	-9999	-9999	Historical sample ID 571638 (MAR 20180016)	MAR 20180016	Alberta Geological Survey
083K 0060	Metallic mineral	Fox Creek No.7	571677	83K	54.029032	-116.562403	-9999	43 km SSE of the town of Fox Creek AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Cobalt, Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Co	ppm	40	Zn	ppm	219	Historical sample ID 571677 (MAR 20180016)	MAR 20180016	Alberta Geological Survey
074E 0101	Metallic mineral	7BK01	6051 (DIG2023_0016)	74E	57.736700	-111.883600	-9999	Roughly 45 km northwest of Fort Hills Mine, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements, Nickel, Uranium, Vanadium, Zinc, Silver, Copper, Iron	Shale	Cretaceous	Second White Specks Formation	-9999	7BK01	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	132.94	133.01	Y	ppm	426	La	ppm	408	Historical sample ID 6049 (DIG 2023 0016)	AGS DIG 2023-0016, MAR 19990028	Alberta Geological Survey
074E 0102	Metallic mineral	7BK05	6097 (DIG2023_0016)	74E	57.768500	-111.860200	-9999	Roughly 49 km northwest of Fort Hills Mine, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements, Nickel, Vanadium, Zinc, Uranium, Silver, Copper	Shale	Cretaceous	Second White Specks Formation	-9999	7BK05	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	77.22	77.36	Zn	ppm	549	La	ppm	165	Historical sample ID 6097 (DIG 2023 0016)	AGS DIG 2023-0016, MAR 19980002, MAR 20140008	Alberta Geological Survey
083C 0126	Metallic mineral	Nordegg area (railway section)	11676 (DIG2016_0001)	83C	52.493774	-116.003679	1327	Roughly 75 km west of Rocky Mountain House, AB	Surface	Geochemical anomaly	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Zinc, Uranium, Lithium	Shale	Late Devonian, Mississippian	Exshaw Formation	Anomalous Zn and U from outcrop.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	ppm	697	-9999	-9999	-9999	Historical sample ID 6537 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
074M 0441	Metallic mineral	Andrew Lake No.31	6607 (AGS OFR 2010-08)	74M	59.813165	-110.236415	-9999	On the western arm of Andrew Lake, Alberta.	Surface	Showing	Grab	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	Pegmatite dyke within amphibolite schist with layer parallel leucosome (all within historic trench).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	1010	Ce	ppm	1850	Historical sample ID 6607 (AGS OFR 2010-08); Pegmatite dyke in northern trench; pegmatite at this location is white to light pink and nonmagnetic, and contains mainly feldspar with 5% to 10% quartz and about 5% biotite concentrated along irregular fractur	AGS OFR 2010-08	Alberta Geological Survey
084J 0005	Metallic mineral	Caribou No.8	67501	84J	58.943803	-114.857685	-9999	142 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	163	-9999	-9999	-9999	Historical sample ID 67501 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084J 0006	Metallic mineral	Caribou No.9	67502	84J	58.796849	-114.758427	-9999	142 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	238	-9999	-9999	-9999	Historical sample ID 67502 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084O 0009	Metallic mineral	Caribou No.20	67506	84O	59.034617	-115.723960	-9999	99 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Lithium, Molybdenum	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	217	Mo	ppm	7	Historical sample ID 67506 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084K 0024	Metallic mineral	Caribou No.19	67523	84K	58.954339	-116.004450	-9999	86 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lithium, Zinc, Chromium, Molybdenum, Beryllium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Li	ppm	67	Zn	ppm	650	Historical sample ID 67523 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084K 0022	Metallic mineral	Caribou No.17	67526	84K	58.868852	-116.199268	-9999	68 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	199	-9999	-9999	-9999	Historical sample ID 67526 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0054	Metallic mineral	Caribou No.21	67531	84N	59.060323	-116.065485	-9999	89 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lithium, Chromium, Beryllium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	266	-9999	-9999	-9999	Historical sample ID 67531 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0020	Metallic mineral	-9999	67533 (MAR 20090017)	84N	59.081037	-116.514615	615	Roughly 25 km west of Caribou Lake, AB.	Surface	Geological anomaly	Sediment	Stream	Unknown	-9999	Chromium, Molybdenum	Stream sediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	228	Mo	ppm	7	Historical sample ID 67533 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0057	Metallic mineral	Caribou No.24	67534	84N	59.234419	-116.086789	-9999	101 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	224	-9999	-9999	-9999	Historical sample ID 67534 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0056	Metallic mineral	Caribou No.23	67535	84N	59.144809	-116.090942	-9999	93 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	235	-9999	-9999	-9999	Historical sample ID 67535 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0058	Metallic mineral	Caribou No.25	67539	84N	59.222214	-116.135382	-9999	98 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Silver, Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Ag	ppm	0.7	Cr	ppm	230	Historical sample ID 67539 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0059	Metallic mineral	Caribou No.26	67540	84N	59.224796	-116.192084	-9999	96 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	185	-9999	-9999	-9999	Historical sample ID 67540 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0022	Metallic mineral	-9999	67544 (MAR 20090017)	84N	59.179572	-116.301114	742	Roughly 18 km northwest of Caribou Lake, AB.	Surface	Geological anomaly	Sediment	Stream	Unknown	-9999	Chromium, Molybdenum	Stream sediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	269	Mo	ppm	8	Historical sample ID 67544 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0060	Metallic mineral	Caribou No.27	67545	84N	59.262824	-116.342574	-9999	95 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Beryllium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Be	ppm	19	-9999	-9999	-9999	Historical sample ID 67545 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0053	Metallic mineral	Caribou No.11	67550	84N	59.349160	-116.258416	-9999	106 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Lithium, Beryllium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	144	Li	ppm	38	Historical sample ID 67550 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084N 0055	Metallic mineral	Caribou No.22	67555	84N	59.171333	-116.100349	-9999	95 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	264	-9999	-9999	-9999	Historical sample ID 67555 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084O 0007	Metallic mineral	Caribou No.5	67557	84O	59.294763	-115.703716	-9999	120 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	181	-9999	-9999	-9999	Historical sample ID 67557 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084O 0008	Metallic mineral	Caribou No.6	67560	84O	59.359862	-115.869022	-9999	120 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Molybdenum	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	302	Mo	ppm	9	Historical sample ID 67560 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084O 0003	Metallic mineral	Caribou No.1	67563	84O	59.596742	-115.570437	-9999	151 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	231	-9999	-9999	-9999	Historical sample ID 67563 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084O 0004	Metallic mineral	Caribou No.2	67565	84O	59.618100	-115.676618	-9999	150 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lithium, Beryllium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Li	ppm	53	Be	ppm	2	Historical sample ID 67565 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084O 0006	Metallic mineral	Caribou No.4	67566	84O	59.256225	-115.588899	-9999	122 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Molybdenum	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	263	Mo	ppm	9	Historical sample ID 67566 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084O 0005	Metallic mineral	Caribou No.3	67567	84O	59.477824	-115.564962	-9999	141 km NE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	252	-9999	-9999	-9999	Historical sample ID 67567 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084J 0011	Metallic mineral	Caribou No.15	67568	84J	58.798208	-115.772161	-9999	86 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Beryllium, Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Be	ppm	10	Cr	ppm	191	Historical sample ID 67568 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084J 0008	Metallic mineral	Caribou No.12	67569	84J	58.708377	-115.611006	-9999	92 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Molybdenum	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	238	Mo	ppm	8	Historical sample ID 67569 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084J 0012	Metallic mineral	Caribou No.16	67570	84J	58.817802	-115.847728	-9999	83 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium, Molybdenum	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	242	Mo	ppm	7	Historical sample ID 67570 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
084J 0007	Metallic mineral	Caribou No.10	67574	84J	58.723012	-114.879115	-9999	134 km ENE of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Cr	ppm	227	-9999	-9999	-9999	Historical sample ID 67574 (MAR 20090017)	MAR 20090017	Alberta Geological Survey
083K 0033	Metallic mineral	CNRL ANTEN 5-18-67-26	6908 (DIG2023_0016)	83K	54.796824	-117.962610	836.2	Roughly 50 km west of Little Smoky, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Nickel, Vanadium	Lime mudstone	Jurassic	Fernie Formation	-9999	CNRL ANTEN 5-18-67-26	100/05-18-067-26W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2143.25	2143.35	Ni	ppm	232	V	ppm	1390	Historical sample ID 6908 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
084D 0064	Metallic mineral	-9999	6ROCHR01 (site LVH Main Pit, Kafle 2011, OFR 2009-01); METID_0598 (DIG 2019-0026)	84D	56.490419	-118.502039	813	Southern Clear Hills.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	Sandstone and Ironstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	35.22	V	per cent	0.1038	Historical sample ID 6ROCHR01 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0085	Metallic mineral	-9999	6ROCHR12 (site ACH1 Pit1, Kafle 2011, OFR 2009-01); METID_0626 (DIG 2019-0026)	84D	56.537242	-118.689563	-9999	Southern Clear Hills.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	Sandstone and Ironstone reported	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	59.82	V	per cent	0.0732	Historical sample ID 6ROCHR12 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0145	Metallic mineral	-9999	6ROCHR13 (site ACH4 Pit1, Kafle 2011); METID_0630 (DIG 2019-0026)	84D	56.588048	-119.317031	-9999	Southern Clear Hills.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	33.35	V	per cent	0.1424	Historical sample ID 6ROCHR13 (Kafle, 2011)	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0110	Metallic mineral	-9999	6ROCHR21 (site KC14 Pit1, Kafle 2011, OFR 2009-01); METID_0662 (DIG 2019-0026)	84D	56.595851	-118.888552	805	Southern Clear Hills.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Zinc	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	49.19	V	per cent	0.1405	Historical sample ID 6ROCHR21 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0117	Metallic mineral	-9999	6ROCHR30 (site ARR5A, Kafle 2011, OFR 2009-01); METID_0695 (DIG 2019-0026)	84D	56.861889	-118.666758	780	Rambling River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	43.16	V	per cent	0.1334	Historical sample ID 6ROCHR30 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0126	Metallic mineral	-9999	6ROCHR39 (site ARR3, Kafle 2011, OFR 2009-01); METID_0709 (DIG 2019-0026)	84D	56.866243	-118.665655	769	Rambling River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	25.29	V	per cent	0.0867	Historical sample ID 6ROCHR39 (Kafle 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0057	Metallic mineral	-9999	6ROCHR44 (site KC17 Pit6, Kafle 2011, OFR 2009-01); METID_0578 (DIG 2019-0026)	84D	56.464796	-118.498835	804	Southern Clear Hills.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	28.4	V	per cent	0.1164	Historical sample ID 6ROCHR44 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083N 0026	Metallic mineral	-9999	6ROSR35 (site ASR10A, Kafle 2011, OFR 2009-01); METID_0408 (DIG 2019-0026)	83N	55.551648	-117.778224	441	Smoky River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	46.22	V	per cent	0.1169	Historical sample ID 6ROSR35 (OFR 2009-01)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083M 0045	Metallic mineral	-9999	6ROSR41 (site SPRV Pit, Kafle 2011, OFR 2009-01); METID_0494 (DIG 2019-0026)	83M	55.772067	-118.864250	688	Spirit River	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Rare-earth elements, Zinc	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	31.16	V	per cent	0.0634	Historical sample ID 6ROSR41 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, AGS ESR 1959-03, AGS GEO 2000-02	Alberta Geological Survey
083M 0051	Metallic mineral	-9999	6ROSRR03 (site SPRV Rdcut, Kafle 2011, OFR 2009-01); METID_0501 (DIG 2019-0026)	83M	55.772168	-118.854019	685	Spirit River	Surface	Geochemical anomaly	Roadcut	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	35.63	V	per cent	0.0912	Historical sample ID 6ROSRR03 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083N 0096	Metallic mineral	-9999	6ROSRR22 (site ASR14C, Kafle 2011); METID_0481 (DIG 2019-0026)	83N	55.608050	-117.722686	-9999	Smoky River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	36.83	V	per cent	0.0369	Historical sample ID 6ROSRR22 (Kafle, 2011)	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083M 0042	Metallic mineral	-9999	6ROSRR39 (site ASR4B, Kafle 2011, OFR 2009-01); METID_0473 (DIG 2019-0026)	83M	55.575578	-118.054652	521	Smoky River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	34.25	V	per cent	0.1036	Historical sample ID 6ROSRR39 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
074E 0104	Metallic mineral	Richardson River	7	74E	57.913363	-110.803862	-9999	135 km north of Fort McMurray, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements	-9999	-9999	-9999	no descriptions provided for samples in MAR, discussion of leucogranites, gneiss, and amphibolites	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1123.36	-9999	-9999	-9999	Historical sample ID 7(MAR 19950012)	MAR 19950012	Alberta Geological Survey
074L 0109	Metallic mineral	Maybelle River No.1	739	74L	58.396437	-110.386318	-9999	57 km ESE of Fort Chipewyan	Surface	Geochemical anomaly	Lake sediment	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lake sediment	-9999	-9999	U	ppm	25	-9999	-9999	-9999	Historical sample ID 739 (MAR 19900003)	MAR 19900003	Alberta Geological Survey
083I 0019	Metallic mineral	Big Bend No.1	770	83I	54.881417	-113.803018	-9999	37 km NW of the town of Athabaska AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Silver, Gold, Iron	-9999	-9999	-9999	-9999	Ladd Big Bend 02-18-068-25W4	103/10-29-038-01W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	770	-9999	Ag	ppm	9.9	-9999	-9999	-9999	Historical sample ID 770 (MAR 20220002); Samples named after interval	MAR 20220002	Alberta Geological Survey
084D 0168	Metallic mineral	Clear Hills No.1	7A-3-88-7-6	84D	56.599968	-119.020063	813.5	13 km NE of the town of Worsley AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	58 drill holes reported 11.85-40.65% Fe.	Iron	-9999	-9999	-9999	-9999	7A-3-88-7-6	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	12.19	13.41	Fe	per cent	40.65	-9999	-9999	-9999	Historical sample ID 7A-3-88-7-6 3 (MAR 19620001)	MAR 19620001	Alberta Geological Survey
074E 0027	Metallic mineral	Asphalt	7AS-01 (MAR 19990028); METID_0812 (DIG 2019-0026)	74E	57.493198	-111.971292	-9999	Eastern flanks of the Birch Mountains.	Subsurface	Showing	Drillhole	-9999	Polymetallic black shale	-9999	Uranium, Zinc, Rare-earth elements	Shale	Late Cretaceous	Second White Specks Formation	-9999	7AS-01	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	15.19	15.28	Ce	ppm	650	La	ppm	570	Historical sample ID 7AS0101519 (MAR 19980002)	MAR 19990028, MAR 19980002	Alberta Geological Survey
074E 0026	Metallic mineral	Asphalt	7AS-02 (MAR 19990028); METID_0811 (DIG 2019-0026)	74E	57.500571	-111.975453	-9999	Eastern flanks of the Birch Mountains.	Subsurface	Showing	Drillhole	-9999	Polymetallic black shale	-9999	Vanadium, Zinc, Nickel, Molybdenum, Copper, Rare-earth elements, Uranium	Shale	Late Cretaceous	Second White Specks Formation	-9999	7AS-02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	32.42	32.58	Ce	ppm	780	La	ppm	620	Historical sample ID 7AS0203242 (MAR 19980002)	MAR 19990028, MAR 19980002	Alberta Geological Survey
074E 0117	Metallic mineral	SBH No.7	7BK0412099	74E	57.750314	-111.843507	730	64 km N of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements, Nickel, Uranium	-9999	-9999	-9999	-9999	7BK04	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	120.99	121.24	Ce	ppm	280	La	ppm	220	Historical sample ID 7BK0412099 (MAR 19980002)	MAR 19980002	Alberta Geological Survey
074E 0118	Metallic mineral	SBH No.8	7BK0611071	74E	57.717043	-111.900814	730	61 km NW of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements, Iron, Nickel, Uranium, Vanadium, Zinc	-9999	-9999	-9999	-9999	7BK06	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	110.71	110.95	Ce	ppm	210	La	ppm	130	Historical sample ID 7BK0611071 (MAR 19980002)	MAR 19980002	Alberta Geological Survey
083F 0096	Metallic mineral	Hinton No.1	7BRA011	83F	53.495163	-117.193195	-9999	15 km east of the town of Hinton AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Manganese	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Mn	ppm	3123	-9999	-9999	-9999	Historical sample ID 7BRA011 (MAR 19980003)	MAR 19980003	Alberta Geological Survey
083F 0097	Metallic mineral	Hinton No.2	7BRA023	83F	53.465052	-117.379997	-9999	21 km east of the town of Hinton AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Ag	ppm	2	-9999	-9999	-9999	Historical sample ID 7BRA023 (MAR 19980003)	MAR 19980003	Alberta Geological Survey
083F 0098	Metallic mineral	Hinton No.3	7BRA024	83F	53.492424	-117.300956	-9999	28 km east of the town of Hinton AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Ag	ppm	0.6	-9999	-9999	-9999	Historical sample ID 7BRA024 (MAR 19980003)	MAR 19980003	Alberta Geological Survey
083F 0099	Metallic mineral	Hinton No.4	7BRA033	83F	53.471821	-117.173955	-9999	28 km east of the town of Hinton AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Manganese	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Mn	ppm	2480	-9999	-9999	-9999	Historical sample ID 7BRA033 (MAR 19980003)	MAR 19980003	Alberta Geological Survey
084E 0050	Metallic mineral	Chinchaga No.1	7BRK001	84E	57.693916	-118.379249	-9999	116 km SW of the town of High Level AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Pb	ppm	25	-9999	-9999	-9999	Historical sample ID 7BRK001 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0056	Metallic mineral	Chinchaga No.7	7BRS001	84E	57.464647	-119.097811	-9999	164 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Pb	ppm	23	-9999	-9999	-9999	Historical sample ID 7BRS001 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0058	Metallic mineral	Chinchaga No.9	7MDS001	84E	57.035418	-119.614704	-9999	220 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Pb	ppm	20	-9999	-9999	-9999	Historical sample ID 7MDS001 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
083N 0009	Metallic mineral	-9999	7ROSR04 (site ASR5, Kafle 2011, OFR 2009-01); METID_0387 (DIG 2019-0026)	83N	55.548023	-117.882161	460	Smoky River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Rare-earth elements	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	29.75	V	per cent	0.1987	Historical sample ID 7ROSR04 (AGS OFR 2009-01)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084K 0021	Metallic mineral	-9999	7ROSRR13	84K	58.788980	-117.915794	-9999	Approximately 55 km northwest of the town of High Level, AB.	Surface	Geochemical anomaly	Outcrop	outcrop	Oolitic ironstone	-9999	Iron, Vanadium, Nickel	Ironstone	-9999	-9999	Moderately ooidal Ironstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	30.21	V	ppm	1422	Historical sample ID 7ROSRR13 (AGS DIG 2009-0001).	AGS DIG 2009-0001	Alberta Geological Survey
083N 0098	Metallic mineral	-9999	7ROSRR13 (site ASR8B, Kafle 2011); METID_0845 (DIG 2019-0026)	83N	55.555388	-117.839158	-9999	Smoky River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	37.21	V	per cent	0.0556	Historical sample ID 7ROSRR13 (AGS OFR 2009-01)	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083M 0062	Metallic mineral	-9999	7ROSRR15 (site BM, Kafle 2011, OFR 2009-01); METID_0526 (DIG 2019-0026)	83M	55.873120	-119.297214	771	Blueberry Mountain	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Rare-earth elements, Zinc	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	43.91	V	per cent	0.0398	Historical sample ID 7ROSRR15 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, AGS GEO 2005-05, MAR 20010003	Alberta Geological Survey
074M 0408	Metallic mineral	J Lake No.1	J Lake No.1	74M	59.833333	-111.266667	-9999	39 km SE of the town of Fort Smith NWT	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Iron, Copper	-9999	-9999	-9999	-9999	J Lake No.1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	84.43	-9999	Fe	per cent	9.64	Cu	ppm	287	Historical sample ID 8 (MAR 19980020); a specific depth not an interval was reported for the sample	MAR 19980020	Alberta Geological Survey
083M 0120	Metallic mineral	Smoky River	8064 (DIG2016_0001)	83M	55.493904	-118.143594	444.2	Along banks of Smoky River	Surface	Geochemical anomaly	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Anomalous Fe from outcrop sample.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	19.25	-9999	-9999	-9999	Historical sample ID 8064 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
084C 0030	Metallic mineral	Peace River (townsite area)	8086 (DIG2016_0001)	84C	56.159735	-117.333697	406.1	Along Peace River near the town of Peace River, AB.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Rare-earth elements, Uranium	Mudstone	Cretaceous	Fish Scales Formation	Anomalous Ce, La, Nd, U, and Y from outcrop sample.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	215	La	ppm	135.2	Historical sample ID 8086 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
084C 0029	Metallic mineral	Peace River (townsite area)	8107 (DIG2016_0001)	84C	56.201854	-117.309902	318	Along Peace River near the town of Peace River, AB.	Surface	Geochemical anomaly	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Cretaceous	Westgate Formation	Anomalous Fe from outcrop sample.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	30.41	-9999	-9999	-9999	Historical sample ID 8107 (DIG 2016_0001)	AGS DIG 2016-0001	Alberta Geological Survey
084C 0031	Metallic mineral	Peace River No.1	82283	84C	56.554287	-117.093766	-9999	30 km north of the town of Peace River AB	Surface and subsurface	Geochemical anomaly	Rock	-9999	Unknown	High Fe2O3 values in silica sand exploration samples	Iron	Sandstone, shale, clay	Early Cretaceous	Peace River Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	14.64	-9999	-9999	-9999	Historical sample ID 82283 (MAR 20150002)	MAR 20150002	Alberta Geological Survey
082G 0022	Metallic mineral	North Kootenay Pass	82G-M-11 (OFR 1994-08); METID_0117 (DIG 2019-0026)	82G	49.393083	-114.577918	-9999	At an elevation of 2042 m about 1200 m east on North Kootenay Pass on the Alberta/B.C. border.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Lead, Zinc	Dolomite	Mesoproterozoic	Sheppard Formation	Greyish argillite; Malachite-stained greyish argillite with chalcocite along some laminae is present in a layer about 2m thick and is interbedded with a red argillite. Mineralization can be traced for about 60 meters. - No information; Two grab samples assay 0.24% and 0.98% Cu. Mineralization appears to be confined to a 6 ft (2m) thick bed.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.98	-9999	-9999	-9999	Historical sample ID 82G-M-11 (AGS OFR 1994-08). Greyish argillite; Malachite-stained greyish argillite with chalcocite along some laminae is present in a layer about 2m thick and is interbedded with a red argillite. Mineralization can be traced for about	MAR 19700002, MAR 19710010, MAR 19710007, MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
082G 0030	Metallic mineral	Clark Range	82G-M-24A (OFR 1994-08); METID_0067 (DIG 2019-0026)	82G	49.244728	-114.329860	-9999	Along the southern Part of Barnaby Ridge.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Argillite, carbonate, dolomite	Mesoproterozoic	Gateway Formation	Green-grey argillite; "Malachite stains were found along joints and bedding planes in a 0.6m thick bed of grey-green argillite which also contains a very fine-grained copper mineral"; Malachite stains along joints and bedding planes in green-grey argillite. A very fine grained copper mineral also appears to be present. - No structural information; No information as to continuity and extent of mineralization	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.26	-9999	-9999	-9999	Historical sample ID 82G-M-24A (AGS OFR 1994-08). Green-grey argillite; "Malachite stains were found along joints and bedding planes in a 0.6m thick bed of grey-green argillite which also contains a very fine-grained copper mineral"; Malachite stains alon	MAR 19710002, MAR 19710007, AGS OFR 1994-08	Alberta Geological Survey
082H 0008	Metallic mineral	Yarrow Creek Intrusive Zone	82H-S01C (OFR 1994-08); METID_0036 (DIG 2019-0026)	82H	49.200601	-113.988391	-9999	About 600 m north of Yarrow Creek and about 1000 m WNW of Waterton Lakes National Park boundary where it lies on Yarrow Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Quartz arenite	Mesoproterozoic	Appekunny Formation, Grinnell Formation	Quartzite bed within red argillite sequence adjacent to mafic sill. The copper occurs mostly as malachite disseminated within a matrix of white, fine-grained quartzite. Some specimens also have associate azurite and chalcocite. A gabbro sill is present at the contact between the Grinnell and Appekunny Formations. Extensive sampling and some drilling has been completed. Several non-43-101 compliant resource estimates have been produced.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	2.23	-9999	-9999	-9999	Historical sample ID 82H-S01C (AGS OFR 1994-08). Quartzite bed within red argillite sequence; The copper occurs mostly as malachite disseminated within a matrix of white, fine-grained quartzite. Some specimens also have associate azurite and chalcocite. A	MAR 19680007, MAR 19710002, MAR 19720008, MAR 19740007, MAR 19760015, AGS OFR 1994-08	Alberta Geological Survey
084D 0007	Metallic mineral	Swift Creek South	84D-M-05 (OFR 1994-08); METID_0692 (DIG 2019-0026)	84D	56.791976	-118.592980	-9999	Swift Creek South Block B.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Oolitic sandstone; Interbeds of hard sideritic Ironstone and greenish-grey Mudstone. Outcrop up to 200 ft. Overburden is Wapiti Formation and Upper part of Smoky Group. Low grade, highly silicious iron ore; Gangue: Opal, Silica, Clay; Structure: Undeformed; 684,000,000 tons of probable reserves.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	48	-9999	-9999	-9999	Historical sample ID 84D-M-05 (OFR 1994-08)	AGS ESR 1959-03, AGS INF 075, AGS OFR 1994-08, AGS GEO 2000-02	Alberta Geological Survey
083K 0036	Metallic mineral	1976082 KAYBOBS 11-24-62-20	8800 (DIG2023_0016)	83K	54.379863	-116.867645	879.3	Roughly 4 km west of Fox Creek, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Silver, Molybdenum, Vanadium, Nickel, Copper, Uranium	Lime mudstone	Jurassic	Fernie Formation	-9999	1976082 KAYBOBS 11-24-62-20	100/11-24-062-20W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2080.87	2080.99	Zn	ppm	2287	Mo	ppm	645	Historical sample ID 8800 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083F 0094	Metallic mineral	TALISMAN WILDR 11-14-57-23	8820 (DIG2023_0016)	83F	53.928117	-117.314069	1074.8	Roughly 60 km north of Hinton, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Silver	Limestone	Triassic	Montney Formation	-9999	TALISMAN WILDR 11-14-57-23	100/11-14-057-23W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3013.9	3014	Ag	ppm	3.55	-9999	-9999	-9999	Historical sample ID 8820 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083N 0111	Metallic mineral	PCP DEBOLT 6-34-72-25	8939 (DIG2023_0016)	83N	55.279500	-117.763466	757.6	Roughly 39 km northwest of Valleyview, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Rare-earth elements, Uranium	Lime mudstone	Jurassic	Fernie Formation	-9999	PCP DEBOLT 6-34-72-25	100/06-34-072-25W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1535.4	1535.5	Y	ppm	215	U	ppm	55.6	Historical sample ID 8828 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083E 0055	Metallic mineral	ANDERSON FINDLEY 16-23-57-6	8837 (DIG2016_0001)	83E	53.947080	-118.771683	1328.3	Roughly 24 km east of Grande Cache, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Uranium, Molybdenum, Zinc, Silver, Vanadium, Copper, Nickel	Conglomerate	Triassic	Doig Formation	Anomalous U and Mo from drill core.	CNRL FINDLEY 16-23-57-6	100/16-23-057-06W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2482.44	2482.57	U	ppm	144	Mo	ppm	410	Historical sample ID 8837 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
074L 0110	Metallic mineral	Maybelle River No.2	8842-979	74L	58.436988	-110.391207	-9999	55 km ESE of Fort Chipewyan	Surface	Geochemical anomaly	Lake sediment	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lake sediment	-9999	-9999	U	ppm	12	-9999	-9999	-9999	Historical sample ID 8842-979 (MAR 19900003)	MAR 19900003	Alberta Geological Survey
083M 0121	Metallic mineral	PPCL KAKUT 15-6-76-3	8874 (DIG2016_0001)	83M	55.560530	-118.450980	700	Roughly 45 km northeast of Grande Prairie, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Silver	Siltstone	Triassic	Montney Formation	Anomalous Ag from drill core.	PPCL KAKUT 15-6-76-3	100/15-06-076-03W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1458.9	1459	Ag	ppm	7.2	-9999	-9999	-9999	Historical sample ID 8874 (DIG 2016_0001)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
083K 0034	Metallic mineral	ARC ANTE CREEK 12-7-67-24	8882 (DIG2023_0016)	83K	54.788203	-117.658089	726	Roughly 31 km west of Little Smoky, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Vanadium, Nickel, Molybdenum, Uranium, Copper	Shale	Jurassic	Fernie Formation	-9999	ARC ANTE CREEK 12-7-67-24	100/12-07-067-24W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1905.9	1906	Zn	ppm	3311	Mo	ppm	357	Historical sample ID 8883 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083K 0035	Metallic mineral	DELPHI SIMONN 7-14-64-25	8892 (DIG2023_0016)	83K	54.535527	-117.664971	870.3	Roughly 58 km west of Fox Creek, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Molybdenum, Copper, Silver, Nickel	Shale	Jurassic	Fernie Formation	-9999	DELPHI SIMONN 7-14-64-25	100/07-14-064-25W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2289.6	2289.7	Zn	ppm	1611	Mo	ppm	338	Historical sample ID 8892 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083N 0110	Metallic mineral	LONGVIEW STUMP 2-30-71-20	8939 (DIG2023_0016)	83N	55.174087	-117.059396	665.2	Roughly 19 km northeast of Valleyview, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Molybdenum, Vanadium, Nickel	Lime mudstone	Jurassic	Fernie Formation	-9999	LONGVIEW STUMP 2-30-71-20	100/02-30-071-20W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1318.1	1318.2	Zn	ppm	1399	Mo	ppm	344	Historical sample ID 8939 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083K 0037	Metallic mineral	CNRL STURLKS 5-24-68-22	8970 (DIG2023_0016)	83K	54.899919	-117.227151	653.5	Roughly 18 km north of Little Smoky, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc, Molybdenum, Nickel	Shale	Jurassic	Fernie Formation	-9999	CNRL STURLKS 5-24-68-22	100/05-24-068-22W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1552.9	1553.03	Zn	ppm	802	Mo	ppm	262	Historical sample ID 8970 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083A 0073	Metallic mineral	EMBER JOFFRE 2-19-39-26	8978 (DIG2023_0016)	83A	52.364292	-113.729214	863.9	Roughly 5 km east of Blackfalds, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Polymetallic black shale	-9999	Zinc	Lime mudstone	Devonian	Duvernay Formation	-9999	EMBER JOFFRE 2-19-39-26	100/02-19-039-26W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2278.23	2278.33	Zn	ppm	4681	-9999	-9999	-9999	Historical sample ID 8978 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083J 0021	Metallic mineral	Trident Expl WX GERE 16-4-63-8	9232 (DIG2023_0016)	83J	54.292259	-114.086368	839.9	Roughly 21 km northwest of Westlock, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Lime mudstone	Devonian	Ireton Formation	-9999	IMP WESTLOCK 10-21-61-1	100/10-21-061-01W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1473.1	1473.22	Zn	ppm	1009	-9999	-9999	-9999	Historical sample ID 9232 (DIG 2023 0016)	AGS DIG 2023-0016	Alberta Geological Survey
083M 0079	Metallic mineral	-9999	9677 (DIG 2016-0001); METID_0382 (DIG 2019-0026)	83M	55.523448	-119.099639	-9999	Approximately 40 km northwest of Grande Prairie, AB.	Subsurface	Geochemical anomaly	Drillhole	oil or gas well	Polymetallic black shale	-9999	Rare-earth elements	Sandstone	Jurassic	Fernie Formation	-9999	ECA VALHALLA 6-25-75-8	100/06-25-075-08W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1773.5	1773.5	Ce	ppm	948	La	ppm	241.2	Historical sample ID 9677 (AGS DIG 2016-0001)	AGS DIG 2016-0001	Alberta Geological Survey
083C 0128	Metallic mineral	Brazeau No.1	98E-RC	83C	52.848973	-116.310435	-9999	51 km W of the Brazeau Dam AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	5 RC drill holes reported 0.3-1.2 ppm Au	Gold	-9999	-9999	-9999	-9999	98E-RC	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	0.3	5.18	Au	g/t	1.2	-9999	-9999	-9999	Historical sample ID 98E-RC1 (MAR 20120003)	MAR 20120003	Alberta Geological Survey
074E 0112	Metallic mineral	Firebag No.2	99901	74E	57.566866	-110.522139	-9999	106 km NW of Fort McMurray AB	Surface	Geochemical anomaly	Sand	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sand	-9999	-9999	Cr	ppm	183	-9999	-9999	-9999	Historical sample ID 99901 (MAR 20150006)	MAR 20150006	Alberta Geological Survey
074E 0111	Metallic mineral	Firebag No.1	99915	74E	57.462846	-110.524063	-9999	97 km NW of Fort McMurray AB	Surface	Geochemical anomaly	Sand	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sand	-9999	-9999	Cr	ppm	186	-9999	-9999	-9999	Historical sample ID 99915 (MAR 20150006)	MAR 20150006	Alberta Geological Survey
084E 0053	Metallic mineral	Chinchaga No.4	9DBC103	84E	57.523460	-118.256752	-9999	128 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Au	ppb	28	-9999	-9999	-9999	Historical sample ID 9DBC103 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0055	Metallic mineral	Chinchaga No.6	9DBC106	84E	57.407410	-118.321423	-9999	141 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Au	ppb	28	-9999	-9999	-9999	Historical sample ID 9DBC106 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0059	Metallic mineral	Chinchaga No.10	9DBC108	84E	57.666399	-119.699610	-9999	178 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Au	ppb	24	-9999	-9999	-9999	Historical sample ID 9DBC108 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
083K 0048	Metallic mineral	Swan Hills	-9999	83K	54.828140	-116.323340	-9999	85 km northwest of Whitecourt, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Silver	-9999	Cretaceous	-9999	collected from areas of outcropping Cretaceous sedimentary rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	2.3	-9999	-9999	-9999	Historical sample ID 9DCP003 (MAR 20000007)	MAR 20000007	Alberta Geological Survey
084E 0061	Metallic mineral	Chinchaga No.12	9MMU003-018	84E	57.543544	-118.449836	815	86 km NW of the town of Manning AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Iron, Nickel	-9999	-9999	-9999	-9999	9MMU003	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	26.82	27.13	Fe	per cent	22.14	Ni	ppm	208	Historical sample ID 9MMU003-018 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
074M 0305	Metallic mineral	-9999	GC-21-JG-58-584-1	74M	59.823068	-110.323932	-9999	Along the northeast shore of Mylonite Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	486	Cr	ppm	1980	Historical sample ID GC-21-JG-58-584-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0323	Metallic mineral	-9999	GC-21-JG-59-1010-2	74M	59.499446	-110.129605	-9999	Along eastern shore of Roderick Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Granodiorite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	66	-9999	-9999	-9999	Historical sample ID GC-21-JG-59-1010-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0296	Metallic mineral	-9999	GC-21-JG-59-50-5	74M	59.565410	-110.026168	-9999	Approximately 2 km east of Colin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Beryllium	Granitoid	Paleoproterozoic	Taltson plutonic rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Be	ppm	167	-9999	-9999	-9999	Historical sample ID GC-21-JG-59-50-5 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0324	Metallic mineral	-9999	GC-21-JG-59-519-2	74M	59.513071	-110.121905	-9999	Approximately 1 km east of Roderick Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Granodiorite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	59.1	-9999	-9999	-9999	Historical sample ID GC-21-JG-59-519-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0322	Metallic mineral	-9999	GC-21-JG-59-63-2	74M	59.508342	-110.104489	-9999	Approximately 1.5 km east of Roderick Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Granodiorite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	271	-9999	-9999	-9999	Historical sample ID GC-21-JG-59-63-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0325	Metallic mineral	-9999	GC-21-JG-59-8-4	74M	59.516546	-110.057606	-9999	Along northeastern shore of Belyea Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Granodiorite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	57.8	-9999	-9999	-9999	Historical sample ID GC-21-JG-59-8-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0298	Metallic mineral	-9999	GC-21-JG-60-1039-1	74M	59.916006	-110.490937	-9999	Approximately 1 km east of Charles Lake, AB and 3 km south of Selwyn Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Tectonite	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	247	Cr	ppm	970	Historical sample ID GC-21-JG-60-1039-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0345	Metallic mineral	-9999	GC-21-JG-60-116-2	74M	59.816646	-110.428521	-9999	On the western shore of Ashton Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	317	Ce	ppm	603	Historical sample ID GC-21-JG-60-116-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
084E 0062	Metallic mineral	Chinchaga No.13	9MMU006-018	84E	57.665244	-118.350533	-9999	94 km NW of the town of Manning AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Iron, Nickel, Silver	-9999	-9999	-9999	-9999	9MMU006	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	36.88	37.49	Fe	per cent	32.09	Ni	ppm	252	Historical sample ID 9MMU006-018 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0051	Metallic mineral	Chinchaga No.2	9SJC206	84E	57.598692	-118.390283	-9999	125 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Au	ppb	20	-9999	-9999	-9999	Historical sample ID 9SJC206 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0052	Metallic mineral	Chinchaga No.3	9SJC209	84E	57.564664	-118.379390	-9999	128 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lead, Cobalt	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Pb	ppm	30	Co	ppm	22	Historical sample ID 9SJC209 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0054	Metallic mineral	Chinchaga No.5	9SJC213	84E	57.499028	-118.326517	-9999	132 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Li	ppm	28	-9999	-9999	-9999	Historical sample ID 9SJC213 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0057	Metallic mineral	Chinchaga No.8	9SJC226	84E	57.889847	-119.442154	-9999	152 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Au	ppb	24	-9999	-9999	-9999	Historical sample ID 9SJC226 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
084E 0060	Metallic mineral	Chinchaga No.11	9SJC229	84E	57.725111	-119.624747	-9999	170 km SW of the town of High Level AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Tantalum	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Ta	ppm	3	-9999	-9999	-9999	Historical sample ID 9SJC229 (MAR 20000015)	MAR 20000015	Alberta Geological Survey
083K 0049	Metallic mineral	Swan Hills No.1	9SJU011	83K	54.904196	-116.413196	-9999	68 km NW of Swan Hills AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Beryllium, Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Be	ppm	1.6	Nd	ppm	29	Historical sample ID 9SJU011 (MAR 20000007)	MAR 20000007	Alberta Geological Survey
072E 0092	Metallic mineral	Milk River	-9999	72E	49.145190	-111.056560	-9999	100 km southwest of Medicine Hat	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Tin, Chromium	Lamprophyre	-9999	-9999	Name: Phlogopite lamprophyre; Provenance: Extrusive; Texture: The sample overall shows a subtrachytic texture, as evidenced by the faint alignment of the phlogopite phenocrysts; Mineralogy: Olivine and diopside are the most abundant phases in this sample	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	434	Sn	ppm	640	Historical sample ID ABRW93AA-91 (MAR 19950022)	MAR 19950022	Alberta Geological Survey
072E 0093	Metallic mineral	Milk River	-9999	72E	49.112970	-111.083450	-9999	100 km southwest of Medicine Hat	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Tin, Chromium	Lamprophyre	-9999	-9999	Name: Pyroxene-phlogopite lamprophyre; Provenance: Extrusive; Texture: The sample shows a slight Flow alignment of the tabular minerals. Pyroxene, olivine and phlogopite occur in glomeroporphyritic aggregates of about 2 to 5 mm in diameter.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	363	-9999	-9999	-9999	Historical sample ID ABRW93Z-73 (MAR 19950022)	MAR 19950022	Alberta Geological Survey
083E 0032	Industrial mineral	Mowitch Creek Cabin (Sec. 151)	C174262; INDID_0467, INDID_0432 (DIG 2019-0027)	83E	53.404939	-118.518080	-9999	On the southeastern spur of The Quoin.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate, sandstone	Permian	Ranger Canyon Formation, Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ranger Canyon Formation: Basal Phosphate Zone. Host Lithology: Conglomerate.
Mowitch Formation: Intraformational phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	2.82	-9999	-9999	-9999	Historical sample ID Appendix 7, Section 151 (AGS ESR 1987-02). 2.82% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
084H 0005	Metallic mineral	Mcivor No.2	ATB06FC1	84H	57.994146	-112.005011	-9999	93 km NNW of Fort McKay	Surface	Geochemical anomaly	Stream sediment	-9999	Placer gold	-9999	Gold	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	ppb	275	-9999	-9999	-9999	Historical sample ID ATB06FC1 (MAR 20020005)	MAR 20020005	Alberta Geological Survey
083I 0016	Metallic mineral	Varmac No.1	B9	83I	54.050859	-112.099140	-9999	96 km NE of Edmonton, 11 km south of Bellis AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Iron	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Fe	per cent	30.02	-9999	-9999	-9999	Historical sample ID B9 (MAR 19550004)	MAR 19550004	Alberta Geological Survey
084A 0005	Metallic mineral	Buffalo No.1	BOMI-PT-10	84A	56.294574	-113.210849	-9999	53 km NE of Wabasca AB	Surface	Geochemical anomaly	Lake sediment	-9999	Unknown	-9999	Chromium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lake sediment	-9999	-9999	Cr	ppm	420	-9999	-9999	-9999	Historical sample ID BOMI-PT-10 (MAR 19950027)	MAR 19950027	Alberta Geological Survey
083M 0125	Metallic mineral	Bezanson No.1	BZ17053	83M	55.070875	-118.205289	-9999	39 km ESE of the town of Grand Prairie AB	Surface	Geochemical anomaly	Sand	-9999	Unknown	Two solid-stem auger holes collected sand with Ni results of 267 & 240 ppm.	Nickel	-9999	-9999	-9999	-9999	BZ17053	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sand	3.66	4.11	Ni	ppm	267	-9999	-9999	-9999	Historical sample ID BZ17053_12-13.5 (MAR 20210003)	MAR 20210003	Alberta Geological Survey
083K 0052	Metallic mineral	Swan Hills No.2	CDJ041121H-38	83K	54.738338	-116.527639	-9999	73 km west of the town of Swan Hills AB, 42 km east of the town of Little Smoky AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Lead, Iron, Holmium, Cobalt, Beryllium, Silver	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Pb	ppm	33	Fe2O3	per cent	20.3	Historical sample ID CDJ041121H-38 (MAR 20070009)	MAR 20070009	Alberta Geological Survey
083I 0017	Metallic mineral	Bohautu No.1	CG509	83I	54.915509	-112.883774	-9999	24 km southeast of the town of Calling Lake and 24 km northeast of the town of Athabasca AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Chromium, Beryllium, Neodymium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Cr	ppm	189	Be	ppm	1.5	Historical sample ID CG509 (MAR 20000018)	MAR 20000018	Alberta Geological Survey
083M 0124	Metallic mineral	Charlie No.1	Charlie TH18002	83M	55.017246	-118.545080	-9999	20 km SE of Grand Prairie AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Nickel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Ni	ppm	142	-9999	-9999	-9999	Historical sample ID Charlie TH18002 (MAR 20200009)	MAR 20200009	Alberta Geological Survey
084D 0114	Metallic mineral	-9999	CHROR4002 (site C11, Kafle 2011, OFR 2009-01); METID_0666 (DIG 2019-0026)	84D	56.596090	-118.911727	804	Southern Clear Hills.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	Additional outcrops of Upper Kt sandstone, oolitic sandstone have been described in ESR 1959-03 (sample C10, C11, C12, C13) in the area.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	47.8	V	per cent	0.1226	Historical sample ID CHROR4002 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0116	Metallic mineral	-9999	CHROR4004 (site Near KC14, Kafle 2011, OFR 2009-01); METID_0668 (DIG 2019-0026)	84D	56.597001	-118.808173	716	Southern Clear Hills.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	47.34	V	per cent	0.1207	Historical sample ID CHROR4004 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0086	Metallic mineral	-9999	CHROR4005 (site Worsley Pit1, Kafle 2011, OFR 2009-01); METID_0633 (DIG 2019-0026)	84D	56.594507	-119.015959	811	Southern Clear Hills.	Surface	Showing	Pit	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Nickel	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	56.46	V	per cent	0.1469	Historical sample ID CHROR4005 (Kafle, 2011)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, AGS DIG 2006-0021	Alberta Geological Survey
083M 0073	Metallic mineral	-9999	CHROR4046 (site D12, Kafle 2011); METID_0544 (DIG 2019-0026)	83M	55.926419	-118.596812	813	Dunvegan Crossing	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	43.71	V	per cent	0.1279	Historical sample ID CHROR4046 (Kafle, 2011)	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, AGS OFR 2009-01	Alberta Geological Survey
073M 0009	Metallic mineral	Christina No.1	CLDR-S5A	73M	55.742371	-111.112625	-9999	12 km north of the town of Conklin AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Chromium, Aluminium, Bismuth	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Cr	ppm	1395	Al	per cent	2.27	Historical sample ID CLDR-S5A (MAR 19950025)	MAR 19950025	Alberta Geological Survey
073M 0005	Metallic mineral	Cowper No.1	CWMI-BS-3	73M	55.928599	-110.335560	-9999	57 km NW of the town of Conklin AB	Surface	Geochemical anomaly	Lake sediment	-9999	Unknown	-9999	Lead, Zinc, Nickel, Copper, Silver, Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lake sediment	-9999	-9999	Pb	ppm	417	Zn	ppm	301	Historical sample ID CWMI-BS-3 (MAR 19950026)	MAR 19950026	Alberta Geological Survey
073M 0006	Metallic mineral	Cowper No.2	CWMI-BS-4	73M	55.861401	-110.067173	-9999	70 km NW of the town of Conklin AB	Surface	Geochemical anomaly	Lake sediment	-9999	Unknown	-9999	Chromium, Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lake sediment	-9999	-9999	Cr	ppm	148	Pb	ppm	22	Historical sample ID CWMI-BS-4 (MAR 19950026)	MAR 19950026	Alberta Geological Survey
073M 0007	Metallic mineral	Cowper No.3	CWMI-BS-5	73M	55.890523	-110.077804	-9999	70 km NW of the town of Conklin AB	Surface	Geochemical anomaly	Lake sediment	-9999	Unknown	-9999	Lead	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lake sediment	-9999	-9999	Pb	ppm	69	-9999	-9999	-9999	Historical sample ID CWMI-BS-5 (MAR 19950026)	MAR 19950026	Alberta Geological Survey
073M 0008	Metallic mineral	Cowper No.4	CWMI-BS-8	73M	55.965724	-110.099754	-9999	73 km NW of the town of Conklin AB	Surface	Geochemical anomaly	Lake sediment	-9999	Unknown	-9999	Antimony	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lake sediment	-9999	-9999	Sb	ppm	4	-9999	-9999	-9999	Historical sample ID CWMI-BS-8 (MAR 19950026)	MAR 19950026	Alberta Geological Survey
082H 0109	Metallic mineral	Whiskey Gap No.3	NAG-WG-08 9-135	82H	49.035379	-113.032137	-9999	27 km SE of the town of Cardston AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Sandstone-hosted uranium	-9999	Uranium	Sandstone, siltstone, mudstone	-9999	Willow Creek Formation	-9999	RCDH 08-05	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	39.62	41.15	U	ppm	112	-9999	-9999	-9999	Historical sample ID DDH NAG-WG-08 9-135 (MAR 20090018)	MAR 20090018	Alberta Geological Survey
082H 0108	Metallic mineral	Whiskey Gap No.2	DDH WG-10-02-146-147	82H	49.046410	-113.064342	-9999	24 km SE of the town of Cardston AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Sandstone-hosted uranium	-9999	Uranium	Sandstone, siltstone, mudstone	-9999	Willow Creek Formation	-9999	DDH WG-10-02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	44.5	44.81	U	ppm	68	-9999	-9999	-9999	Historical sample ID DDH WG-10-02-146-147 (MAR 20110015)	MAR 20110015	Alberta Geological Survey
083G 0088	Metallic mineral	Lodgepole No.2	DR07-A17	83G	53.112377	-115.349150	-9999	3 km NW of the hamlet of Lodgepole AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-A17	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	18.9	22.6	Au	ppm	41.006	-9999	-9999	-9999	Historical sample ID DR07-A17 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083G 0087	Metallic mineral	Lodgepole No.1	DR07-A26	83G	53.132397	-115.345812	-9999	4 km NW of the hamlet of Lodgepole AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-A26	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	3	9.1	Au	ppm	4.899	-9999	-9999	-9999	Historical sample ID DR07-A26 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083G 0089	Metallic mineral	Lodgepole No.3	DR07-A29	83G	53.124602	-115.452105	-9999	9 km NW of the hamlet of Lodgepole AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-A29	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	9.1	13.5	Au	ppm	14.3	-9999	-9999	-9999	Historical sample ID DR07-A29 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083B 0060	Metallic mineral	Pembina No.1	DR07-B2	83B	52.173002	-115.457558	-9999	43 km SW of the town of Rocky Mountain House AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-B2	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	2.1	5.5	Au	ppm	4.788	-9999	-9999	-9999	Historical sample ID DR07-B2 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083G 0086	Metallic mineral	Entwistle No.1	DR07-B20	83G	53.498143	-115.001975	-9999	10 km S of the hamlet of Entwistle AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-B20	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	33.2	34.7	Au	ppm	3.846	-9999	-9999	-9999	Historical sample ID DR07-B20 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083C 0129	Metallic mineral	Lodgepole No.5	DR07-B31	83C	52.985636	-116.637717	-9999	90 km W of the hamlet of Lodgepole AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig, 6 drill holes reported Au values greater than 1 ppm	Gold	-9999	-9999	-9999	-9999	DR07-B31	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	0.6	2.1	Au	ppm	2.562	-9999	-9999	-9999	Historical sample ID DR07-B31 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083C 0130	Metallic mineral	Grave Flats No.2	DR07-B42	83C	52.986504	-116.841058	-9999	72 km SW of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-B42	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	0.9	2.4	Au	ppm	0.203	-9999	-9999	-9999	Historical sample ID DR07-B42 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0101	Metallic mineral	Grave Flats No.4	DR07-M10	83F	53.138536	-117.106734	-9999	68 km SW of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M10	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	1.5	7.3	Au	ppm	1.099	-9999	-9999	-9999	Historical sample ID DR07-M10 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0102	Metallic mineral	Grave Flats No.5	DR07-M13	83F	53.157002	-117.253505	-9999	73 km SW of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M13	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	7.9	10.6	Au	ppm	7.306	-9999	-9999	-9999	Historical sample ID DR07-M13 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0103	Metallic mineral	Grave Flats No.6	DR07-M16	83F	53.188883	-117.305192	-9999	74 km SW of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M16	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	1.5	4.5	Au	ppm	0.815	-9999	-9999	-9999	Historical sample ID DR07-M16 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0104	Metallic mineral	Grave Flats No.7	DR07-M17	83F	53.203327	-117.329218	-9999	74 km SW of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M17	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	7.3	10.3	Au	ppm	4.027	-9999	-9999	-9999	Historical sample ID DR07-M17 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0105	Metallic mineral	Grave Flats No.8	DR07-M20	83F	53.307437	-117.302990	-9999	67 km SW of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M20	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	8.5	18.9	Au	ppm	6.258	-9999	-9999	-9999	Historical sample ID DR07-M20 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0106	Metallic mineral	Grave Flats No.9	DR07-M21	83F	53.460187	-117.188253	-9999	53 km W of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M21	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	6.7	15.5	Au	ppm	10.207	-9999	-9999	-9999	Historical sample ID DR07-M21 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0107	Metallic mineral	Grave Flats No.10	DR07-M25	83F	53.519882	-117.084433	-9999	45 km W of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M25	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	3	4.5	Au	ppm	5.171	-9999	-9999	-9999	Historical sample ID DR07-M25 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083F 0100	Metallic mineral	Grave Flats No.3	DR07-M7	83F	53.073778	-117.241149	-9999	79 km SW of the town of Edson AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-M7	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	5.8	6.4	Au	ppm	0.125	-9999	-9999	-9999	Historical sample ID DR07-M7 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
074E 0113	Metallic mineral	Pembina No.2	DR07-T3	74E	57.186568	-111.601056	-9999	1 km E of Fort McKay AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	T3	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1.5	5.2	Au	ppm	6.824	-9999	-9999	-9999	Historical sample ID DR07-T3 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
083G 0090	Metallic mineral	Lodgepole No.4	DR07-T5	83G	53.122706	-115.666014	-9999	24 km W of the hamlet of Lodgepole AB	Subsurface	Geochemical anomaly	Sand and gravel	Drillhole	Unknown	Sediment samples collected using a drill rig	Gold	-9999	-9999	-9999	-9999	DR07-T5	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	12.2	13.7	Au	ppm	0.814	-9999	-9999	-9999	Historical sample ID DR07-T5 (MAR 20090019)	MAR 20090019	Alberta Geological Survey
084D 0171	Metallic mineral	Clear Hills No.4	E-1A	84D	56.756162	-118.614822	847	63 km WSE of the town of Manning AB	Subsurface	Prospect	Drillhole	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Kaskapau Formation	-9999	E-1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	54.86	56.39	Fe2O3	per cent	50.1	-9999	-9999	-9999	Historical sample ID E-1A (MAR 19540008)	MAR 19540008	Alberta Geological Survey
084D 0172	Metallic mineral	Clear Hills No.5	E-2B	84D	56.792096	-118.644441	868	64 km WSE of the town of Manning AB	Subsurface	Prospect	Drillhole	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Kaskapau Formation	-9999	E-2	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	86.11	87.78	Fe2O3	per cent	52.94	-9999	-9999	-9999	Historical sample ID E-2B (MAR 19540008)	MAR 19540008	Alberta Geological Survey
083N 0005	Metallic mineral	-9999	Kidd-E3 (GEO 2005-05); METID_0484 (DIG 2019-0026)	83N	55.695898	-117.961746	-9999	South of Peace River.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	36.34	-9999	-9999	-9999	Historical sample ID E3 (ESR 1959-03)	AGS GEO 2005-05	Alberta Geological Survey
083N 0004	Metallic mineral	-9999	Kidd-E4 (GEO 2005-05); METID_0472 (DIG 2019-0026)	83N	55.566457	-117.857473	-9999	South of Peace River along Smoky River.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	36.67	-9999	-9999	-9999	Historical sample ID E4 (ESR 1959-03)	AGS GEO 2005-05	Alberta Geological Survey
074M 0406	Metallic mineral	Dog River No.2	FG-1	74M	59.864395	-111.600428	-9999	400 m north of Fort Fitzgerald AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Chromium, Nickel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	Cr	ppm	270	-9999	-9999	-9999	Historical sample ID FG-3 (MAR 19950011)	MAR 19950011	Alberta Geological Survey
074E 0105	Metallic mineral	Richardson River	-9999	74E	57.911444	-110.795342	-9999	135 km north of Fort McMurray, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Rare-earth elements, Gold, Silver	Gneiss	-9999	-9999	rock type extracted from Figure 6	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	234	-9999	-9999	-9999	Historical sample ID FR-10 (MAR 19950012)	MAR 19950012	Alberta Geological Survey
074M 0301	Metallic mineral	-9999	GC-21-JG-57-216-1	74M	59.830430	-110.173002	-9999	Within 700m of the southern end of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	221	-9999	-9999	-9999	Historical sample ID GC-21-JG-57-216-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0318	Metallic mineral	-9999	GC-21-JG-57-217-1	74M	59.823673	-110.162502	-9999	On the southern shore of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Silver	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	2.9	-9999	-9999	-9999	Historical sample ID GC-21-JG-57-217-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0320	Metallic mineral	-9999	GC-21-JG-57-327-1	74M	59.957527	-110.056968	-9999	On the northeastern shore of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Lead	Granodiorite	Paleoproterozoic	Andrew Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	ppm	580	-9999	-9999	-9999	Historical sample ID GC-21-JG-57-327-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0302	Metallic mineral	-9999	GC-21-JG-57-527-2	74M	59.813233	-110.023803	-9999	Approximately 500m west of Waugh Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Tectonite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	308	Cr	ppm	820	Historical sample ID GC-21-JG-57-527-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0308	Metallic mineral	-9999	GC-21-JG-58-1-3C	74M	59.771677	-110.051299	-9999	Along northern shore of Johnson Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Copper	Granitoid	Paleoproterozoic	Taltson plutonic rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	334	-9999	-9999	-9999	Historical sample ID GC-21-JG-58-1-3C (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0294	Metallic mineral	-9999	GC-21-JG-58-20-8	74M	59.812098	-110.076033	-9999	Approximately 2 km west of Waugh Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Beryllium	Tectonite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Be	ppm	120	-9999	-9999	-9999	Historical sample ID GC-21-JG-58-20-8 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0295	Metallic mineral	-9999	GC-21-JG-58-23-1A	74M	59.794499	-110.036491	-9999	At southern tip of Waugh Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Beryllium	Granitoid	Paleoproterozoic	Taltson plutonic rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Be	ppm	189	-9999	-9999	-9999	Historical sample ID GC-21-JG-58-23-1A (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0304	Metallic mineral	-9999	GC-21-JG-58-42-4	74M	59.813195	-110.266369	-9999	Approximately 4 km southwest of Rutledge Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	465	Cr	ppm	1870	Historical sample ID GC-21-JG-58-42-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0313	Metallic mineral	-9999	GC-21-JG-58-46-2	74M	59.818622	-110.297932	-9999	Approximately 2 km east of Mylonite Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Zinc	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	ppm	528	-9999	-9999	-9999	Historical sample ID GC-21-JG-58-46-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0344	Metallic mineral	-9999	GC-21-JG-60-579-2	74M	59.877350	-110.309704	-9999	On the eastern shore of One Week Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	254	Ce	ppm	495	Historical sample ID GC-21-JG-60-579-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0339	Metallic mineral	-9999	GC-21-JG-60-75-1	74M	59.891843	-110.312900	-9999	On the eastern shore of One Week Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	223	Ce	ppm	454	Historical sample ID GC-21-JG-60-75-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0314	Metallic mineral	-9999	GC-21-JG-61-128-7	74M	59.754346	-110.544554	-9999	Approximately 15 km east of the eastern shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Zinc	Granitoid	Paleoproterozoic	Taltson plutonic rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	ppm	740	-9999	-9999	-9999	Historical sample ID GC-21-JG-61-128-7 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0299	Metallic mineral	-9999	GC-21-JG-61-175-3	74M	59.720446	-110.367264	-9999	Within 500m of the northern end of Whaleback Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	283	Cr	ppm	1280	Historical sample ID GC-21-JG-61-175-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0307	Metallic mineral	-9999	GC-21-JG-61-312-1	74M	59.910458	-110.602675	-9999	Along the western shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Tectonite	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	380	Cr	ppm	1240	Historical sample ID GC-21-JG-61-312-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0306	Metallic mineral	-9999	GC-21-JG-61-340-5	74M	59.974481	-110.579488	-9999	Along the northeastern shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel	Granitoid	Paleoproterozoic	Taltson plutonic rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	276	-9999	-9999	-9999	Historical sample ID GC-21-JG-61-340-5 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0317	Metallic mineral	-9999	GC-21-JG-61-344-2	74M	59.940606	-110.510764	-9999	Approximately 500m southwest of Selwyn Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Silver	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	2.2	-9999	-9999	-9999	Historical sample ID GC-21-JG-61-344-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0340	Metallic mineral	-9999	GC-21-JG-61-379-2	74M	59.781000	-110.565183	-9999	On the eastern shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	251	Ce	ppm	445	Historical sample ID GC-21-JG-61-379-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0300	Metallic mineral	-9999	GC-21-JG-61-428-1	74M	59.853475	-110.510818	-9999	Along the eastern shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Granitoid	Paleoproterozoic	Taltson plutonic rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	319	Cr	ppm	890	Historical sample ID GC-21-JG-61-428-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0309	Metallic mineral	-9999	GC-21-JG-61-489-1	74M	59.737494	-110.431550	-9999	On the eastern shore of the peninsula in the centre of Potts Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Copper	Tectonite	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	418	-9999	-9999	-9999	Historical sample ID GC-21-JG-61-489-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0341	Metallic mineral	-9999	GC-21-JG-61-70-4	74M	59.852659	-110.584212	-9999	On the western shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	224	Ce	ppm	506	Historical sample ID GC-21-JG-61-70-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0297	Metallic mineral	-9999	GC-21-JG-63-630-3	74M	59.684044	-110.424422	-9999	Approximately 3 km west of Whaleback Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	316	Cr	ppm	1310	Historical sample ID GC-21-JG-63-630-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0330	Metallic mineral	-9999	GC-21-JG-70-43-3	74M	59.086076	-111.120904	-9999	Approximately 20 km northwest of Loutit Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	287	Ce	ppm	560	Historical sample ID GC-21-JG-70-43-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0326	Metallic mineral	-9999	GC-21-JG-70-504-3	74M	59.025166	-110.988055	-9999	Approximately 17 km northwest of Loutit Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	274	Ce	ppm	517	Historical sample ID GC-21-JG-70-504-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0342	Metallic mineral	-9999	GC-21-JG-70-538-2	74M	59.797989	-110.739153	-9999	Approximately 10 km south of Goldschmidt Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	244	Ce	ppm	473	Historical sample ID GC-21-JG-70-538-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0343	Metallic mineral	-9999	GC-21-JG-70-542-4	74M	59.844780	-110.848130	-9999	Approximately 10 km east of Leland Lakes, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	273	Ce	ppm	523	Historical sample ID GC-21-JG-70-542-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0329	Metallic mineral	-9999	GC-21-JG-70-558-1	74M	59.077054	-111.087657	-9999	Approximately 8 km northwest of Loutit Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	277	Ce	ppm	491	Historical sample ID GC-21-JG-70-558-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0327	Metallic mineral	-9999	GC-21-JG-70-608-3	74M	59.696149	-110.801806	-9999	Approximately 10 km southwest of Leggo Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	369	Ce	ppm	734	Historical sample ID GC-21-JG-70-608-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0328	Metallic mineral	-9999	GC-21-JG-70-612-1	74M	59.573443	-111.329353	-9999	Approximately 10 km west of Cockscomb Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	389	Ce	ppm	687	Historical sample ID GC-21-JG-70-612-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0334	Metallic mineral	-9999	GC-21-JG-70-616-9	74M	59.657936	-111.437504	-9999	On small island in Slave River, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	370	Ce	ppm	768	Historical sample ID GC-21-JG-70-616-9 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0310	Metallic mineral	-9999	GC-21-JG-70-64-7	74M	59.429198	-110.998327	-9999	Approximately 6 km southeast of the eastern end of Bocquene Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Copper	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	485	-9999	-9999	-9999	Historical sample ID GC-21-JG-70-64-7 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0335	Metallic mineral	-9999	GC-21-JG-72-607-3	74M	59.054078	-110.637460	-9999	Approximately 1 km north of the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	330	Ce	ppm	648	Historical sample ID GC-21-JG-72-607-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0336	Metallic mineral	-9999	GC-21-JG-72-607-7	74M	59.059623	-110.657104	-9999	Approximately 2 km north of the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	276	Ce	ppm	547	Historical sample ID GC-21-JG-72-607-7 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0312	Metallic mineral	-9999	GC-21-JG-72-622-4	74M	59.161093	-110.589908	-9999	Approximately 6 km northwest of the north shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Copper	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	216	-9999	-9999	-9999	Historical sample ID GC-21-JG-72-622-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0338	Metallic mineral	-9999	GC-21-JG-72-88-2	74M	59.060603	-110.624757	-9999	Approximately 500m north of the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	280	Ce	ppm	487	Historical sample ID GC-21-JG-72-88-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0332	Metallic mineral	-9999	GC-21-JG-73-13-5	74M	59.147672	-110.731110	-9999	Approximately 10 km north of the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	566	Ce	ppm	1100	Historical sample ID GC-21-JG-73-13-5 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0331	Metallic mineral	-9999	GC-21-JG-73-14-6	74M	59.111489	-110.614954	-9999	Approximately 2 km north of the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	250	Ce	ppm	482	Historical sample ID GC-21-JG-73-14-6 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0333	Metallic mineral	-9999	GC-21-JG-73-722-1	74M	59.479826	-111.188250	-9999	Approximately 2 km west of Bocquene Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	333	Ce	ppm	670	Historical sample ID GC-21-JG-73-722-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0337	Metallic mineral	-9999	GC-21-JG-74-255-8	74M	59.769186	-110.979849	-9999	Approximately 4.5 km east of Leland Lakes, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	714	Ce	ppm	1480	Historical sample ID GC-21-JG-74-255-8 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0303	Metallic mineral	-9999	GC-21-JG-74-275-2	74M	59.836733	-111.277001	-9999	Approximately 10 km southwest of Tulip Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	205	-9999	-9999	-9999	Historical sample ID GC-21-JG-74-275-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0311	Metallic mineral	-9999	GC-21-JG-74-301-1	74M	59.829850	-111.045919	-9999	Along the western shore of Leland Lakes, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Copper	Tectonite	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	491	-9999	-9999	-9999	Historical sample ID GC-21-JG-74-301-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0346	Metallic mineral	-9999	GC-21-JG-74-56-2	74M	59.866078	-110.957801	-9999	Approximately 3 km east of Leland Lakes, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	406	Ce	ppm	757	Historical sample ID GC-21-JG-74-56-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0316	Metallic mineral	-9999	GC-21-JG-74-60-5	74M	59.873864	-111.052481	-9999	Approximately 15 km west of Leland Lakes, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Silver	Granitoid	Paleoproterozoic	Taltson plutonic rocks	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	2.6	-9999	-9999	-9999	Historical sample ID GC-21-JG-74-60-5 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074E 0036	Metallic mineral	Gos Creek, SBH No.3	Buckton - Gos 1, GS2-001S; METID_0808 (DIG 2019-0026)	74E	57.738677	-111.829334	-9999	Eastern flanks of the Birch Mountains.	Surface	Showing	Bedrock	-9999	Polymetallic black shale	-9999	Nickel, Copper, Zinc, Vanadium, Cobalt, Gold, Silver, Platinum, Palladium, Rare-earth elements	Shale	Late Cretaceous	Second White Specks Formation	In 1993, a lithogeochemical sampling program at Gos 1 yielded an enrichment in metallic minerals (Ni/Cu/Zn/V/Co/Ag+Au+Pt+Pd) from the sulfide-bearing Second White Specks Formation carbonaceous shales. Concentrations were highest near the base of the formation, which is characterized by a siliciclastic bone bed marine extinction marker (Sabag, 1996). In 1997, six drill holes, located about 4 km north-northwest of the Birch Mountain Tower and Airstrip and approximately 115 km northwest of Fort McMurray, penetrated a poorly calcareous, grey to brownish grey shale with up to 20 bentonite horizons over a 1 to 4 m interval, and 10 to 20% pyrite or marcasite in the upper part of the Second White Specks Formation. Highly anomalous metals include Ba, ranging from 0.5 to 3.1%, Fe, S with erratic but usually anomalous values of As, Ag, Co, Cr, Cd, Ni, Mo, Sb, U, Y, Zn and most of the REEs.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Float	-9999	-9999	V	ppm	1020	Ce	ppm	129	Historical sample ID GS2-001S (MAR 20100017)	AGS GEO 2000-02, MAR 20100017	Alberta Geological Survey
074M 0396	Metallic mineral	Doze Lake	-9999	74M	59.849783	-110.007083	-9999	350 m southeast of Doze Lake near the AB/SK border, approx. 145 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Gold	Schist	-9999	-9999	Heavily oxidized black schist	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppm	1	-9999	-9999	-9999	Historical sample ID GZ5N (MAR 19960007)	MAR 19960007	Alberta Geological Survey
074M 0380	Metallic mineral	-9999	16010	74M	59.460500	-110.001000	-9999	Approximately 2 km south of Peters Lake, AB.	Surface	Geochemical anomaly	Grab	-9999	Structurally-controlled uranium	-9999	Uranium	Granodiorite	-9999	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	645	-9999	-9999	-9999	Historical sample ID is 16010 (AGS DIG 2021-0011).	AGS DIG 2021-0011	Alberta Geological Survey
074M 0381	Metallic mineral	-9999	16016	74M	59.789400	-111.081000	-9999	On the western shore of Leland Lakes, AB.	Surface	Geochemical anomaly	Grab	-9999	Unknown	-9999	Chromium, Silver	Tectonite	-9999	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cr	ppm	620	Ag	ppm	2.2	Historical sample ID is 16016 (AGS DIG 2021-0011).	AGS DIG 2021-0011	Alberta Geological Survey
074M 0378	Metallic mineral	-9999	16023	74M	59.198200	-110.310000	-9999	Approximately 4 km north of the north shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Grab	-9999	Unknown	-9999	Silver	Granodiorite	-9999	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	2.3	-9999	-9999	-9999	Historical sample ID is 16023 (AGS DIG 2021-0011).	AGS DIG 2021-0011	Alberta Geological Survey
074M 0405	Metallic mineral	Dog River No.1	J1-5	74M	59.848242	-111.362843	-9999	14 km east of Fort Fitzgerald AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Uranium, Zinc, Rare-earth elements, Thorium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	U	ppm	12	Nd	ppm	47	Historical sample ID J1-5 (MAR 19950011)	MAR 19950011	Alberta Geological Survey
074M 0407	Metallic mineral	Dog River No.3	J15-8	74M	59.961514	-111.746400	-9999	14 km northwest of Fort Fitzgerald AB	Surface	Geochemical anomaly	Sediment	-9999	Unknown	-9999	Molybdenum, Rare-earth elements, Tantalum, Chromium, Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sediment	-9999	-9999	Tb	ppm	3.1	Ta	ppm	3.2	Historical sample ID J15-8 (MAR 19950011)	MAR 19950011	Alberta Geological Survey
074M 0165	Metallic mineral	-9999	12 (DIG 2009-21); METID_1079 (DIG 2019-0026)	74M	59.785444	-110.501695	-9999	East central Charles Lake.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	503	-9999	-9999	-9999	Historical sample ID WL-08-07-05 (AGS BUL 064 - Occurrence 12)	AGS OFR 1993-08, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0054	Metallic mineral	-9999	14 (DIG 2009-21); METID_1026 (DIG 2019-0026)	74M	59.741696	-110.381377	-9999	Northeast of Potts Lake.	Surface	Showing	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Th	ppm	435	La	ppm	376	Historical sample ID WL-08-09-01 (OFR 1993 08 - Occurrence 14)	AGS ESR 1965-06, AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0159	Metallic mineral	-9999	16 (DIG 2009-21); METID_1012 (DIG 2019-0026)	74M	59.699375	-110.456780	-9999	Southwest of Potts Lake.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	2210	Ce	ppm	5630	Historical sample ID WL-08-11-02 (OFR 1993-08)	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0052	Metallic mineral	-9999	24 (DIG 2009-21); METID_1020 (DIG 2019-0026)	74M	59.723055	-110.389278	-9999	East central Potts Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Copper, Gold	Paragneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	232	Au	ppb	19	Historical sample ID WL-08-13-07 (OFR 1993 08 - Occurrence 24)	AGS ESR 1965-06, AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0066	Metallic mineral	-9999	27 (DIG 2009-21); METID_1037 (DIG 2019-0026)	74M	59.758883	-110.080522	-9999	North Cherry Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Granite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	400	-9999	-9999	-9999	Historical sample ID WL-08-15-06 (OFR 1993 08 - Occurrence 27)	MAR 19690002, AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0070	Metallic mineral	-9999	34 (DIG 2009-21); METID_1043 (DIG 2019-0026)	74M	59.762319	-110.103569	-9999	Twin Lakes	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	130	-9999	-9999	-9999	Historical sample ID WL-08-16-07 (AGS BUL 064 - Occurrence 34)	MAR 19690002, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0170	Metallic mineral	-9999	38 (DIG 2009-21); METID_1116 (DIG 2019-0026)	74M	59.812648	-110.015039	-9999	West of Cherry Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Zinc, Gold	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	ppm	290	Au	ppb	20	Historical sample ID WL-08-20-03 (AGS BUL 064 - Occurrence 38)	AGS OFR 1993-08, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0032	Metallic mineral	-9999	43a (DIG 2009-21); METID_1091 (DIG 2019-0026)	74M	59.796427	-110.037791	-9999	Southwest of Waugh Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Tungsten, Molybdenum	Granite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	W	ppm	1119	-9999	-9999	-9999	Historical sample ID WL-08-23-01 (AGS BUL 064)	AGS ESR 1961-02, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0033	Metallic mineral	-9999	43b (DIG 2009-21); METID_1094 (DIG 2019-0026)	74M	59.798338	-110.035063	-9999	Southwest of Waugh Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Tungsten, Molybdenum	Granite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	W	ppm	260	-9999	-9999	-9999	Historical sample ID WL-08-23-02 (AGS BUL 064)	AGS ESR 1961-02, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0031	Metallic mineral	-9999	43c (DIG 2009-21); METID_1089 (DIG 2019-0026)	74M	59.795511	-110.035323	-9999	Southwest of Waugh Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Molybdenum, Tungsten, Gold	Granite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Mo	ppm	455	W	ppm	93	Historical sample ID WL-08-23-03 (AGS BUL 064). Tourmaline-quartz veins with Mo and W (Au potential).	AGS ESR 1961-02, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0036	Metallic mineral	-9999	44 (DIG 2009-21); METID_1099 (DIG 2019-0026)	74M	59.801625	-110.018037	-9999	West of Cherry Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Gold, Lead, Copper	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppb	157	-9999	-9999	-9999	Historical sample ID WL-08-23-080 (AGS BUL 064 - Occurrence 44)	AGS ESR 1961-02, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0034	Metallic mineral	-9999	45 (DIG 2009-21); METID_1095 (DIG 2019-0026)	74M	59.799158	-110.012407	-9999	Southeast of Waugh Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Gold	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppb	43	-9999	-9999	-9999	Historical sample ID WL-08-23-10 (AGS BUL 064 - Occurrence 45)	AGS ESR 1961-02, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0097	Metallic mineral	-9999	50 (DIG 2009-21); METID_1135 (DIG 2019-0026)	74M	59.821646	-110.005500	-9999	Northeast of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Gold, Silver	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppb	416	-9999	-9999	-9999	Historical sample ID WL-08-26-02 (AGS BUL 064 - Occurrence 50)	MAR 19710001, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0093	Metallic mineral	-9999	53 (DIG 2009-21); METID_1128 (DIG 2019-0026)	74M	59.816583	-110.006988	-9999	East of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Copper, Zinc, Nickel, Cadmium, Gold	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	177	-9999	-9999	-9999	Historical sample ID WL-08-26-05 (AGS BUL 064 - Occurrence 53). 10% pyrite, chalcopyrite	MAR 19710001, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0166	Metallic mineral	-9999	55a (DIG 2009-21); METID_1107 (DIG 2019-0026)	74M	59.808613	-110.015871	-9999	West of Cherry Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Zinc, Nickel, Chromium	Granite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	ppm	124	Ni	ppm	207	Historical sample ID WL-08-26-13 (AGS BUL 064 - Occurrence 55)	AGS OFR 1993-08, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0088	Metallic mineral	-9999	80c (DIG 2009-21); METID_1082 (DIG 2019-0026)	74M	59.787383	-110.124987	-9999	West of Carrot Lake (south of Andrew Lake).	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	68	-9999	-9999	-9999	Historical sample ID WL-09-05-04 (AGS BUL 064 - Occurrence 80)	MAR 19710001, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0173	Metallic mineral	-9999	86 (DIG 2009-21); METID_1152 (DIG 2019-0026)	74M	59.841864	-110.114208	-9999	Southeast of Andrew Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper, Lead, Zinc, Gold	Paragneiss	-9999	-9999	Rusty paragneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	122	Zn	ppm	106	Historical sample ID WL-09-09-01 (AGS OFR 1993-08)	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0084	Metallic mineral	-9999	74M-M-48 (OFR 1994-08); METID_1002 (DIG 2019-0026)	74M	59.677972	-111.262928	-9999	At the south end of Myers Lake about 200 m west of the Dog River outlet.	Surface	Showing	Bedrock	-9999	Structurally-controlled copper-gold	Chalcopyrite <1%	Gold, Copper	Granitic gneiss	Paleoproterozoic	Slave granitoid	Mylonite zones within granitic gneiss; Minor amounts of disseminated pyrite, pyrrhotite, and chalcopyrite associated with a mylonite zone; No Assays; Gangue: Pyrite, Pyrrhotite - <1%; Structure: Shear Zones - The mylonite zone marks the core of the Warren Fault zone. In this area it trends approximately N55E and is about 2 km wide. A later set of E-W striking and NW-SE striking minor dislocations occur in the area suggesting a shear relationship. Godfrey (195; A few disseminated crystals	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppb	200	-9999	-9999	-9999	Historical sample ID WL3-07-18-03 (AGS BUL 064 - Occurrence 144)	MAR 19700007, AGS BUL 064, AGS OFR 1994-08	Alberta Geological Survey
074M 0076	Metallic mineral	-9999	75 (DIG 2009-21); METID_1181 (DIG 2019-0026)	74M	59.891172	-110.216380	-9999	Southwest of Holmes Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements, Nickel, Vanadium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	100	V	ppm	139	Historical sample IDWL-09-02-07 (AGS BUL 064 - Occurrence 75). Trench 2A- pyritic gneiss, beside DDH-68-13	MAR 19690002, AGS DIG 2009-0021	Alberta Geological Survey
083P 0002	Metallic mineral	Avenir pit	Avenir pit; METID_0367 (DIG 2019-0026)	83P	55.018371	-112.243107	-9999	Wandering River 25 km north-northwest of Lac La Biche.	Surface	Geochemical anomaly	Preglacial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentrate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	HMC sand hills gravel pits; Gold grains concentrations: 94 grains/6.35 kg sample from Avenair Pit 35 grains/4.4 kg sample from nearby cutline.	AGS GEO 2000-02	Alberta Geological Survey
074E 0031	Metallic mineral	Ells River Northern/Western	Ells River Northern/Western; METID_0762 (DIG 2019-0026)	74E	57.221390	-111.972407	-9999	Ells River	Surface	Showing	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	-9999	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	grains	31	-9999	-9999	-9999	HMC thirty-one grains of Au up to 0.22 by 0.3 mm.	AGS GEO 2000-02	Alberta Geological Survey
074M 0071	Metallic mineral	-9999	26 (DIG 2009-21); METID_1048 (DIG 2019-0026)	74M	59.766036	-110.089049	-9999	North Cherry Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U3O8	per cent	0.14	-9999	-9999	-9999	Hole # 68-4 & 68-5 - Historical sample ID # 9920, 0.14% U3O8 (MAR 19690002)	MAR 19690002, AGS DIG 2009-0021	Alberta Geological Survey
074M 0383	Metallic mineral	Lake Athabasca	-9999	74M	59.202426	-110.534350	-9999	Approx. 64 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Boulder	-9999	Unknown	-9999	Uranium	Sandstone	-9999	-9999	Dark red, slightly hematitic, moderately welded, quartz sandstone. Individual quartz grains discernible, and the rock still displays a tendency to fracture along the grain boundaries. Portions of the boulder are moderately to intensely leached. These areas display a cream color. Cavities in the leached portions contain considerable incrustations of secondary uranium minerals on the quartz grains.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	U	per cent	0.43	-9999	-9999	-9999	Historical sample ID JR-19 (MAR 19990015)	MAR 19990015	Alberta Geological Survey
073M 0010	Metallic mineral	Piche Lake No.1	RC10-PC1-001	73M	55.059456	-111.669232	-9999	196 km NE of Edmonton AB	Surface	Geochemical anomaly	Till	Drillhole	Unknown	-9999	Lithium	-9999	-9999	-9999	-9999	RC10-PC1-001	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	9.14	10.67	Li	ppm	1632	-9999	-9999	-9999	Historical sample ID KD14669 (MAR 20100015)	MAR 20100015	Alberta Geological Survey
072E 0094	Metallic mineral	Sweetgrass	-9999	72E	49.015332	-111.166111	-9999	1.5 km north of the US border, 110 km southwest of Medicine Hat	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Nickel, Chromium	-9999	-9999	-9999	no geology details provided in MAR	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ni	ppm	219	Cr	ppm	815	Historical sample ID KR31 (MAR 19920002)	MAR 19920002	Alberta Geological Survey
083I 0018	Metallic mineral	Bohautu No.2	LS3	83I	54.922322	-112.932439	-9999	24 km southeast of the town of Calling Lake and 24 km northeast of the town of Athabasca AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Uranium, Molybdenum, Copper, Cobalt, Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	U	ppm	35.6	Mo	ppm	16.9	Historical sample ID LS3 (MAR 20000018)	MAR 20000018	Alberta Geological Survey
074L 0129	Metallic mineral	Maybelle River No.15	MR-02-7	74L	58.127503	-110.687906	305	119 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Lanthanum, Zirconium, Iron	-9999	-9999	-9999	-9999	MR-02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	150.3	150.3	La	ppm	500	Zr	ppm	1446	Historical sample ID MR-02-7 (MAR 19860002)	MAR 19860002	Alberta Geological Survey
074L 0127	Metallic mineral	Maybelle River No.13	MR-04-10	74L	58.149734	-110.643426	312	123 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Lanthanum, Zirconium	-9999	-9999	-9999	-9999	MR-04	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	177	178	La	ppm	577	Zr	ppm	2340	Historical sample ID MR-04-10 (MAR 19860002)	MAR 20080006	Alberta Geological Survey
074L 0130	Metallic mineral	Maybelle River No.16	MR-06-6	74L	58.122833	-110.726661	300	118 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Lanthanum, Copper	-9999	-9999	-9999	-9999	MR-06	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	81	82	La	ppm	658	-9999	-9999	-9999	Historical sample ID MR-06-6 (MAR 19860002)	MAR 19860002	Alberta Geological Survey
074L 0122	Metallic mineral	Maybelle River No.8	MR-08-9	74L	58.162811	-110.745950	308	121 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Lanthanum, Nickel, Zirconium	-9999	-9999	-9999	-9999	MR-08	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	123.9	124.9	La	ppm	233	Ni	ppm	473	Historical sample ID MR-08-9 (MAR 19860002)	MAR 19860002	Alberta Geological Survey
074L 0123	Metallic mineral	Maybelle River No.9	MR-09-10	74L	58.167778	-110.735973	308	122 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Iron, Lanthanum	-9999	-9999	-9999	-9999	MR-09	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	85	85	Fe2O3	per cent	33.2	La	ppm	147	Historical sample ID MR-09-10 (MAR 19860002)	MAR 19860002	Alberta Geological Survey
074L 0124	Metallic mineral	Maybelle River No.10	MR-10-13	74L	58.173770	-110.763893	300	122 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Iron, Lanthanum, Vanadium	-9999	-9999	-9999	-9999	MR-10	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	147.5	147.5	Fe2O3	per cent	36.7	La	ppm	347	Historical sample ID MR-10-13 (MAR 19860002)	MAR 19860002	Alberta Geological Survey
074L 0125	Metallic mineral	Maybelle River No.11	MR-11-14	74L	58.180600	-110.750225	315	123 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Copper	-9999	-9999	-9999	-9999	MR-11	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	197.8	197.8	Cu	ppm	374	-9999	-9999	-9999	Historical sample ID MR-11-14 (MAR 19860002)	MAR 19860002	Alberta Geological Survey
074L 0131	Metallic mineral	Maybelle River No.17	MR-13-9	74L	58.145535	-110.721406	292	120 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Nickel, Lanthanum, Thorium	-9999	-9999	-9999	-9999	MR-13	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	116.1	116.1	Ni	ppm	672	La	ppm	197	Historical sample ID MR-13-9 (MAR 19860002)	MAR 19860002	Alberta Geological Survey
074L 0119	Metallic mineral	Maybelle River No.5	MR-22-16	74L	58.173189	-110.647482	310	125 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Copper, Lanthanum, Nickel	-9999	-9999	-9999	-9999	MR-22	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	257.7	257.7	Cu	ppm	361	-9999	-9999	-9999	Historical sample ID MR-22-16 (MAR 19860002)	MAR 19900003, MAR 19860002	Alberta Geological Survey
074L 0118	Metallic mineral	Maybelle River No.4	MR-25-17	74L	58.142502	-110.619327	315	122 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	8 drill holes with various anomalies	Copper, Rare-earth elements, Thorium, Vanadium, Zinc, Zirconium, Nickel	-9999	-9999	-9999	-9999	MR-25	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	185	186	Cu	ppm	428	Zn	ppm	714	Historical sample ID MR-25-17 (MAR 19890003)	MAR 19890003	Alberta Geological Survey
074L 0090	Metallic mineral	Rea	North Zone; METID_0829 (DIG 2019-0026)	74L	58.298656	-110.701447	-9999	About 175 km northwest of Fort McMurray 30 km west of the Alberta-Saskatchewan border and 42 km south of Lake Athabasca.	Surface	Geochemical anomaly	Drillhole	-9999	Unconformity-related uranium	-9999	Uranium, Iron, Lanthanum, Nickel	-9999	Paleoproterozoic	Lazenby Lake Formation	-9999	MR-38	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	193.4	193.5	Fe	per cent	25.8	-9999	-9999	-9999	Historical sample ID MR-38-46 (MAR 19900003)	Annesley and Eccles (2014) Technical report on the Rea property, northeastern Alberta, MAR 19900003	Alberta Geological Survey
074L 0128	Metallic mineral	Maybelle River No.14	MR-64-13	74L	58.115756	-110.584226	328	121 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Lanthanum, Copper	-9999	-9999	-9999	-9999	MR-64	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	134.2	134.3	La	ppm	383	-9999	-9999	-9999	Historical sample ID MR-64-13 (MAR 19890004)	MAR 19860002, MAR 19890004	Alberta Geological Survey
074L 0115	Metallic mineral	Maybelle River No.1	MR-66-45	74L	58.133534	-110.403774	-9999	128 km NE of Fort McKay AB	Subsurface	Geochemical anomaly	Grab	-9999	Unknown	-9999	Lanthanum	-9999	-9999	-9999	-9999	MR66	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	417	434	La	ppm	148	-9999	-9999	-9999	Historical sample ID MR-66-45 (MAR 19890004)	MAR 19890004	Alberta Geological Survey
074M 0270	Metallic mineral	-9999	186a (DIG 2009-21); METID_1008 (DIG 2019-0026)	74M	59.695469	-110.385427	-9999	Whaleback Lake	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper, Lead, Gold	Gneiss, metasediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppb	12	-9999	-9999	-9999	Historical sample ID MSB93-45 (McDonough (1997 - Occurrence 186)	McDonough (1997) Structural controls and age constraints on sulphide mineralization, southern Taltson magmatic zone, AGS DIG 2009-0021	Alberta Geological Survey
074L 0016	Metallic mineral	-9999	188 (DIG 2009-21); METID_0924 (DIG 2019-0026)	74L	58.974106	-111.007131	-9999	Flett Lake	Surface	Showing	Bedrock	-9999	Unknown	-9999	Tungsten	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	W	ppm	39	-9999	-9999	-9999	Historical sample ID MSB94-53 (McDonough (1997))	McDonough (1997) Structural controls and age constraints on sulphide mineralization, southern Taltson magmatic zone	Alberta Geological Survey
084E 0011	Metallic mineral	-9999	229 Fe RUST (MAR 20000014); METID_0734 (DIG 2019-0026)	84E	57.005278	-118.797222	-9999	Approximately 70 km west of Manning, AB. Just north of Notikewin River.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	20.7	-9999	-9999	-9999	Historical sample ID NAT98-283 (MAR 20000014)	MAR 20000014, AGS GEO 2005-05	Alberta Geological Survey
074L 0107	Metallic mineral	Lake Athabasca	-9999	74L	58.855655	-110.822039	-9999	5 m from shore of Lake Athabasca, approx. 25 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Uranium	Quartz diorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	109	-9999	-9999	-9999	Historical sample ID NS13-PR-004 (MAR 20140012)	MAR 20140012	Alberta Geological Survey
074M 0281	Metallic mineral	Lake Athabasca North Shore	Lake Athabasca North Shore; METID_0958 (DIG 2019-0026)	74M	59.193709	-110.371787	283	Within the Fidler-Greywillow Wildland park on the southwest end.	Surface	Geochemical anomaly	Bedrock	-9999	Granite-hosted uranium	-9999	Uranium	Quartz diorite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0417	-9999	-9999	-9999	Historical sample ID NS13-PR-019 (MAR 20140012)	MAR 20140012	Alberta Geological Survey
082H 0107	Metallic mineral	Whiskey Gap No.1	NWG-0502-13	82H	49.076374	-113.002044	1404.15	25 km SE of the town of Cardston AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Sandstone-hosted uranium	-9999	Uranium	Sandstone, siltstone, mudstone	-9999	Willow Creek Formation	-9999	NWG 05-02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3.66	3.96	U	ppm	138	-9999	-9999	-9999	Historical sample ID NWG-0502-13 (MAR 20070017)	MAR 20070017	Alberta Geological Survey
083P 0030	Metallic mineral	Stiletto Ridge No.1	P-10-15	83P	55.634116	-113.412667	-9999	48 km NW of the town of Calling Lake AB	Surface	Geochemical anomaly	Rock	-9999	Unknown	-9999	Titanium, Iron, Chromium, Vanadium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	TiO2	per cent	9.79	Cr	ppm	1380	Historical sample ID P-10-15 (MAR 20130001)	MAR 20130001	Alberta Geological Survey
084C 0044	Metallic mineral	Peace River No.14	PH101	84C	56.329356	-116.843231	-9999	36 km ENE of the town of Peace River AB	Surface	Geochemical anomaly	Till	Drillhole	Unknown	-9999	Copper	-9999	-9999	-9999	-9999	Site #4	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	6.1	18.3	Cu	ppm	133	-9999	-9999	-9999	Historical sample ID PH101 (MAR 20080027)	MAR 20080027	Alberta Geological Survey
084C 0045	Metallic mineral	Peace River No.15	PH116	84C	56.339633	-116.763360	-9999	31 km ENE of the town of Peace River AB	Surface	Geochemical anomaly	Till	Drillhole	Unknown	-9999	Iron	-9999	-9999	-9999	-9999	Site #6	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	18.3	24.4	Fe	per cent	14.5	-9999	-9999	-9999	Historical sample ID PH116 (MAR 20080027)	MAR 20080027	Alberta Geological Survey
074M 0385	Metallic mineral	Lake Athabasca	-9999	74M	59.117744	-110.442157	-9999	100 m from the shore of Lake Athabasca, approx. 60 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements	Sandstone, conglomerate	-9999	-9999	sandstone. Conglomerate; fist-sized sample	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE+Y,Sc	ppm	1951	-9999	-9999	-9999	Historical sample ID PIMA 11 (MAR 19990015)	MAR 19990015	Alberta Geological Survey
074M 0386	Metallic mineral	Lake Athabasca	-9999	74M	59.126903	-110.450672	-9999	800 m from the shore of Lake Athabasca, approx. 60 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Lithium	Sandstone	-9999	-9999	Banded sandstone; fist-sized sample	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Li	ppm	418	-9999	-9999	-9999	Historical sample ID PIMA 33 (MAR 19990015)	MAR 19990015	Alberta Geological Survey
073D 0020	Metallic mineral	Provost No.1	10-29-38-1	73D	52.296600	-110.111239	721.7	11 km SE of the town of Provost AB	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Silver	-9999	-9999	-9999	-9999	PACIFICPOTASH 103 PROVOST 10-29-38-1	103/10-29-038-01W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Ag	ppm	5.8	-9999	-9999	-9999	Historical sample ID PPC38-068 (MAR 20130015)	MAR 20130015	Alberta Geological Survey
072E 0095	Metallic mineral	SweetGrass No.1	SL190	72E	49.016538	-111.189324	-9999	120 km southeast of Lethbridge and 60 km east of Coutts AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Gold, Silver, Bismuth, Copper, Nickel, Lead, Antimony, Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	ppb	410	Pb	ppm	46	Historical sample ID PS 4 (MAR 19920002)	MAR 19920002	Alberta Geological Survey
074M 0397	Metallic mineral	Waugh Lake	-9999	74M	59.802117	-110.025325	-9999	300 m from the shore of the southwestern part of Waugh Lake near the AB/SK border, approx. 145 km northeast of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Gold	-9999	-9999	-9999	No geology details provided in MAR	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	ppm	0.16	-9999	-9999	-9999	Historical sample ID QT13N (MAR 19960007)	MAR 19960007	Alberta Geological Survey
074D 0064	Metallic mineral	Caribou Horn No.1	RC08-120: 172	74D	56.962873	-111.901806	385.63	41 km NW of Fort McMurray AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Nickel	-9999	-9999	-9999	-9999	ABM Dover 6-8-92-12	100/06-08-092-12W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Ni	ppm	357	-9999	-9999	-9999	Historical sample ID RC08-120: 172 (MAR 20080009)	MAR 20080009	Alberta Geological Survey
083M 0017	Metallic mineral	-9999	RO-06 (MAR 20100003); METID_0535 (DIG 2019-0026)	83M	55.875371	-119.285437	-9999	Approximately 30 km west of Spirit River, AB. Just west of Moonshine Lake.	Surface	Showing	Pit	-9999	Unknown	-9999	Gold, Silver, Iron	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	oz/t	0.22	Ag	oz/t	2.92	Historical sample ID RO-06 (MAR 20010003)	MAR 20010003, AGS GEO 2005-05	Alberta Geological Survey
083M 0012	Metallic mineral	-9999	RO-08 (MAR 20100003); METID_0524 (DIG 2019-0026)	83M	55.869037	-119.308402	-9999	Approximately 30 km west of Spirit River, AB. Just west of Moonshine Lake.	Surface	Showing	Outcrop	Drillhole	Oolitic ironstone	-9999	Gold, Silver, Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	-9999	1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	oz/t	0.04	Ag	oz/t	3.42	Historical sample ID RO-08 (MAR 20010003)	MAR 20010003, AGS GEO 2005-05, MAR 19640003	Alberta Geological Survey
083M 0013	Metallic mineral	-9999	RO-10 (MAR 20100003); METID_0525 (DIG 2019-0026)	83M	55.871289	-119.306218	-9999	Approximately 30 km west of Spirit River, AB. Just west of Moonshine Lake.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Gold, Silver, Iron	-9999	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	oz/t	0.53	Ag	oz/t	3.05	Historical sample ID RO-10 (MAR 20010003)	MAR 20010003, AGS GEO 2005-05	Alberta Geological Survey
074D 0063	Metallic mineral	Steepbank River No.1	Sample 2	74D	56.981148	-111.288744	-9999	30 km north of Fort McMurray AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Silver, Molybdenum, Lead, Tungsten	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Ag	ppm	1.8	Mo	ppm	19	Historical sample ID Sample 1 (MAR 19990007)	MAR 19990007	Alberta Geological Survey
082G 0281	Metallic mineral	Crowsnest No.1	Sample 1; INDID_1460 (DIG 2019-0027)	82G	49.625849	-114.707004	-9999	16 km west of the town of Coleman AB	Subsurface	Prospect	Trench	-9999	Phosphate	Phosphate occurrence	Yttrium, Vanadium, Chromium	Shale, siltstone	-9999	Fernie Formation	Phosphorite occurrence at the contact between the Spray River Group siltstone and the Fernie Group shales, in the basal unit of the Fernie Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Y	per cent	0.0909	V	per cent	0.1023	Historical sample ID Sample 1 (MAR 20120013)	MAR 20200006, MAR 19950031	Alberta Geological Survey
082G 0199	Industrial mineral	Crowsnest	C12513; INDID_0122, INDID_0123 (DIG 2019-0027)	82G	49.634185	-114.641720	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone, shale	Devonian	Palliser Formation, Alexo Formation	The upper Alexo Formation composed of Interbedded calcium limestone, dolomite and shale, with shale becoming increasingly prominent eastward. Strike is N29E, while dip is 33W. And the basal Palliser Formation with fine-grained, dark brownish grey, high calcium limestone. Strike is approx. N29E while dip is approx. 34W.	-9999	-9999	-9999	-9999	-9999	Fair	A section of upper Alexo Formation and basal Palliser Formation from east to west. Goudge (1944) described and sampled the basal 150 feet of the Palliser Formation. A fine-grained, dark brownish grey, high calcium limestone. Strike is approx. N29E while d	Holter (1976) conducted geochemical and XRF analysis. XRF results are as follows: Sample 14: 50.9% CaCO3 and 36 % MgCO3, Sample 15: 35.9 % CaCO3 and 32.2 % MgCO3, sample 16: 67.3 % CaCO3 and 7.3 % MgCO3, Sample 17 : 87.3% CaCO3	-9999	Grab	-9999	-9999	CaCO3	per cent	96.34	-9999	-9999	-9999	Historical sample ID sample 2 (Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada). From the lower Palliser Formation.	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083P 0023	Metallic mineral	Calling Lake No.1	sample 2016-10	83P	55.208019	-113.408786	-9999	13.5 km west of the town of Calling Lake AB	Surface	Geochemical anomaly	Grab	-9999	Unknown	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Li	ppm	35	-9999	-9999	-9999	Historical sample ID sample 2016-10 (MAR 20000018)	MAR 20170010	Alberta Geological Survey
083P 0024	Metallic mineral	Calling Lake No.2	2018-10-01	83P	55.214233	-113.416550	-9999	15 km west of the town of Calling Lake	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Silver, Thorium, Tungsten	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Ag	ppm	2	W	ppm	8	Historical sample ID sample 2018-10-01 (MAR 20180011)	MAR 20180011	Alberta Geological Survey
084D 0167	Metallic mineral	South Whitemud No.1	SITE 2-SAM 1	84D	56.649407	-118.859561	-9999	23 km NE of the town of Worlsey AB	Surface	Geochemical anomaly	Till	-9999	Unknown	-9999	Lithium, Copper, Beryllium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Li	ppm	33	Cu	ppm	46	Historical sample ID SITE 2-SAM 1 (MAR 20060020)	MAR 20060020	Alberta Geological Survey
072E 0096	Metallic mineral	SweetGrass No.2	SL258	72E	49.097746	-111.137040	-9999	120 km southeast of Lethbridge and 60 km east of Coutts AB	Surface	Geochemical anomaly	Soil	-9999	Unknown	-9999	Silver, Cobalt, Copper, Lead, Titanium, Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Soil	-9999	-9999	Ti	ppm	193	-9999	-9999	-9999	Historical sample ID SL 528 (MAR 19920002)	MAR 19920002	Alberta Geological Survey
084E 0042	Metallic mineral	Botha River	SR3-09 (MAR 20120014); METID_0769 (DIG 2019-0026)	84E	57.379892	-118.906778	-9999	Approximately 80 km northwest of Manning.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Iron, Vanadium, Zinc, Silver	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	35.17	V	ppm	1295	Historical sample ID SR3-09 (MAR 20120014)	MAR 20120014	Alberta Geological Survey
083N 0075	Metallic mineral	-9999	SROR4004 (site ASR8, Kafle 2011); METID_0414 (DIG 2019-0026)	83N	55.555226	-117.829991	-9999	Smoky River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	32.8	V	per cent	0.1112	Historical sample ID SROR4004 (Kafle, 2011)	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083N 0086	Metallic mineral	-9999	SROR4020 (site ASR9A, Kafle 2011); METID_0461 (DIG 2019-0026)	83N	55.555656	-117.810073	-9999	Smoky River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Silver, Zinc, Nickel, Rare-earth elements	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	62.04	V	per cent	0.1477	Historical sample ID SROR4020 (Kafle, 2011)	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, AGS DIG 2006-0021, MAR 20120013, AGS OFR 2009-01	Alberta Geological Survey
083N 0018	Metallic mineral	-9999	SROR4054 (site ASR10B1, Kafle 2011, OFR 2009-01); METID_0398 (DIG 2019-0026)	83N	55.550473	-117.784906	-9999	Smoky River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Silver	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	54.28	V	per cent	0.1433	Historical sample ID SROR4054 (OFR 2009-01)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta, MAR 20120013, AGS DIG 2006-0021	Alberta Geological Survey
083N 0069	Metallic mineral	-9999	SROR4064 (site ASR6, Kafle 2011, OFR 2009-01); METID_0471 (DIG 2019-0026)	83N	55.557026	-117.855665	-9999	Smoky River	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	30.51	V	per cent	0.1795	Historical sample ID SROR4064 (AGS OFR 2009-01)	AGS OFR 2009-01, Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
083N 0070	Metallic mineral	-9999	SROR4077 (site ASR7, Kafle 2011); METID_0384 (DIG 2019-0026)	83N	55.547995	-117.838921	-9999	Smoky River	Surface	Geochemical anomaly	Outcrop	-9999	Oolitic ironstone	-9999	Iron, Vanadium, Nickel, Rare-earth elements	Sandstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe2O3	per cent	37.03	V	per cent	0.0512	Historical sample ID SROR4077 (Kafle, 2011)	Kafle (2011) Stratigraphy, petrography and geochemistry of the Bad Heart Formation, northwestern Alberta	Alberta Geological Survey
084D 0170	Metallic mineral	Clear Hills No.3	SW-09	84D	56.677228	-118.455921	798.97	57 km SW of the town of Manning AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	21 drill holes reported 8.1-39.2% Fe.	Iron	-9999	-9999	-9999	-9999	SW-09	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	41.4	41.9	Fe	per cent	39.2	-9999	-9999	-9999	Historical sample ID SW-09 16 (MAR 20140005)	MAR 20140005	Alberta Geological Survey
084D 0169	Metallic mineral	Clear Hills No.2	SW-26	84D	56.637298	-118.449505	799.66	60 km SW of the town of Manning AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	6 drill holes reported 8.16-40.99% Fe.	Iron	-9999	-9999	-9999	-9999	SW-26	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	33	33.5	Fe	per cent	40.99	-9999	-9999	-9999	Historical sample ID SW-26 08 (MAR 20140005)	MAR 20140005	Alberta Geological Survey
083M 0127	Metallic mineral	Gordondale No.3	Tech Corp 11-1,2,3,4,5,6,7,8,9	83M	55.971885	-119.488052	-9999	45 km NW of the town of Spirit River AB	Subsurface	Prospect	Drillhole	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	-9999	11	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Fe	per cent	39.06	-9999	-9999	-9999	Historical sample ID Tech Corp 11-1,2,3,4,5,6,7,8,9 (MAR 19640003)	MAR 19640003	Alberta Geological Survey
083M 0126	Metallic mineral	Gordondale No.1	Tech Corp 24-17	83M	55.857570	-119.383691	-9999	35 km NW of the town of Spirit River AB	Subsurface	Prospect	Drillhole	-9999	Oolitic ironstone	2 drill holes reported 54.66-58% Fe2O3	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Bad Heart Formation	24	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Fe	per cent	58	-9999	-9999	-9999	Historical sample ID Tech Corp 24-17 (MAR 19640003)	MAR 19640003	Alberta Geological Survey
083B 0059	Metallic mineral	Brazeau No.2	TH022C-RC	83B	52.883782	-115.738114	-9999	14 km SW of the Brazeau Dam AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	12 RC drill holes reported 0.05-0.51 ppm Au	Gold	-9999	-9999	-9999	-9999	TH022-RC	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drill cuttings	18.29	29.57	Au	g/t	0.51	-9999	-9999	-9999	Historical sample ID TH022C-RC (MAR 20120003)	MAR 20120003	Alberta Geological Survey
083F 0095	Metallic mineral	Masumeka No.1	VR63679A	83F	53.841756	-117.714771	-9999	45 km north of Hinton AB	Surface	Geochemical anomaly	Stream sediment	-9999	Unknown	-9999	Bismuth	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Bi	ppm	8	-9999	-9999	-9999	Historical sample ID VR63679A (MAR 19970008)	MAR 19970008	Alberta Geological Survey
074M 0174	Metallic mineral	-9999	7 (DIG 2009-21); METID_1199 (DIG 2019-0026)	74M	59.932927	-110.477567	-9999	Northeast of Charles Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper, Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	ppm	245	-9999	-9999	-9999	Historical sample ID WL-08-06-05 (OFR 1993-08)	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0164	Metallic mineral	-9999	11 (DIG 2009-21); METID_1065 (DIG 2019-0026)	74M	59.776347	-110.506282	-9999	East central Charles Lake.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	363	-9999	-9999	-9999	Historical sample ID WL-08-07-02 (OFR 1993-08)	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
082O 0084	Industrial mineral	Kananaskis S1	C21852; INDID_0139 (DIG 2019-0027)	82O	51.069810	-115.103130	-9999	Along the northern slopes of McConnell Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Medium	Hamilton: sample KR-15 Grinds readily, no grit residue.	Good	Dark grey, finely crystalline variegated and mottled limestone and interbedded dolomite. The formation outcrops in a white weathering ridge that descends to and is intersected in a roadcut on the TransCanada highway. . Hamilton's sample, KR-15, taken 5 m 	Hamilton: sample KR-15 Microcrystalline (peloidal), dense; moderately hard, brittle.  Holter: samples 78L, 78M, 78U. XRF analysis	Hamilton: sample KR-15 Brightness: 78.0%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: composite sample 78 Chemical analysis #47	AGS ECO 4, AGS OFR 1989-14, National Mineral Inventory record 115062	Alberta Geological Survey
083C 0034	Industrial mineral	Nordegg C	C49255; INDID_0282 (DIG 2019-0027)	83C	52.481178	-116.042150	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	-9999	Holter: sample 126 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 126 Chemical analysis #64	AGS ECO 4	Alberta Geological Survey
083C 0029	Industrial mineral	Nordegg A	C41926; INDID_0181 (DIG 2019-0027)	83C	52.474636	-116.059752	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Shunda Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Good	-9999	Holter: sample 148 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 148. Chemical analysis #72	AGS ECO 4	Alberta Geological Survey
083C 0036	Industrial mineral	Nordegg DT	C52719; INDID_0285, INDID_0284 (DIG 2019-0027)	83C	52.492030	-116.018170	-9999	Approximately 5 km to the east of the hamlet of Nordegg, AB along the highway.	Surface	Prospect	Outcrop	Road cut	Chemical and Biogenics	-9999	Dolomite	Dolostone	Late Devonian	Alexo Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	Nearly pure bed of dolomite exposed in road cut along Highway 11. Overlies siliceous dolomite basal beds of formation.	Holter: sample 158-166 XRF analysis.	-9999	Grab	-9999	-9999	MgCO3	per cent	42.88	CaCO3	per cent	52.93	Holter: sample 166 Chemical analysis #76; Historical sample 166 (AGS ECO 4). Chemical analysis #76	AGS ECO 4	Alberta Geological Survey
082O 0101	Industrial mineral	Kananaskis N2	C39317; INDID_0254 (DIG 2019-0027)	82O	51.112481	-115.142960	-9999	Along the eastern slopes of Goat Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Devonian	Cairn Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	Holter: sample 570 
XRF analysis
CaCO3: 52.7, MgCO3: 39.9	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 570 Chemical analysis #56	AGS ECO 4	Alberta Geological Survey
082G 0219	Industrial mineral	Crowsnest	C5496; INDID_0120 (DIG 2019-0027)	82G	49.631465	-114.652190	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Siliceous Limestone. Middle beds of formation.	Holter: Sample 6, XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: Sample 6 Chemical analysis #2	AGS ECO 4	Alberta Geological Survey
082O 0054	Industrial mineral	Lac des Arcs N1	C29071; INDID_0145 (DIG 2019-0027)	82O	51.065173	-115.189410	-9999	West of the Canada Cement Lafarge quarry near Exshaw the Banff Formation is exposed on the north side of Lac des Arcs.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Westward from the quarry the limestone becomes progressively more impure and shaly, and in places dolomitic. Sample 63 is from a unit in the middle of the Banff Formation.	Holter: sample 63 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 63 Chemical analysis #29	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082O 0088	Industrial mineral	Lac des Arcs N2	C29215; INDID_0146 (DIG 2019-0027)	82O	51.068965	-115.189420	-9999	West of the Canada Cement Lafarge quarry near Exshaw on the north side of Lac des Arcs.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Siliceous limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Westward from the quarry the limestone becomes progressively more impure and shaly, and in places dolomitic. Sample 64 is a composite sample from the lower third of the formation.	Holter: sample 64 (composite) XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 64 (Composite) Chemical analysis #30	AGS ECO 4	Alberta Geological Survey
082O 0100	Industrial mineral	Lac des Arcs N	C36015; INDID_0249 (DIG 2019-0027)	82O	51.068971	-115.200890	-9999	Along the southern slopes of Gap Peak.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Late Devonian	Southesk Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	Holter: samples 65-1 to -5 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 65 (composite) Chemical analysis #31	AGS ECO 4	Alberta Geological Survey
082O 0091	Industrial mineral	Gap Lake N3	C30471; INDID_0151 (DIG 2019-0027)	82O	51.054425	-115.242701	-9999	Along the southern slopes of Grotto Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	The Banff Formation outcrops on the north side of Highway 1A west of Gap Lake on the north side of the Bow River valley. Sample 66 is a composite sample from the middle of the formation.	Holter: samples 66-1 to 66-5 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 66 (composite) Chemical analysis #32	AGS ECO 4	Alberta Geological Survey
082O 0092	Industrial mineral	Gap Lake N4	C30803; INDID_0152 (DIG 2019-0027)	82O	51.050508	-115.241700	-9999	Along the southern slopes of Grotto Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Siliceous Limestone. The Banff Formation outcrops on the north side of Highway 1A west of Gap Lake on the north side of the Bow River valley. Composite sample 67 is from the upper portion of the Banff Formation at this location.	Holter: samples 67-1 to 67-4 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 67 (composite) Chemical analysis #33	AGS ECO 4	Alberta Geological Survey
082O 0099	Industrial mineral	The Gap	C35372; INDID_0248 (DIG 2019-0027)	82O	51.054351	-115.252551	-9999	Along the southern slopes of Grotto Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Siliceous dolomite.	Holter: samples 68-1 to -3. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 68 (composite) Chemical analysis #34	AGS ECO 4	Alberta Geological Survey
082O 0090	Industrial mineral	Lac des Arcs S2	C29754; INDID_0148 (DIG 2019-0027)	82O	51.054342	-115.200870	-9999	Along the northern slopes of Mt McGillvray.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	The Palliser formation outcrops on the south side of the TransCanada highway at the west end of Lac des Arcs. Sample 70 is a composite sample across the middle of the formation.	Holter: sample 70 (composite) XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 70 (composite) Chemical analysis #38	AGS ECO 4	Alberta Geological Survey
082G 0197	Industrial mineral	Crowsnest	C12168; INDID_0121 (DIG 2019-0027)	82G	49.631469	-114.646650	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	The formation is made up of over 1 000 feet of massively bedded, high calcium limestone and mottled magnesium limestone. The dip is 34W in the middle of the Formation. . Goudge's sample was from a 100 ft thickness of fine-grained, grey limestone, heavily 	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: Sample 7-13 Chemical analysis #3	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082O 0089	Industrial mineral	Lac des Arcs S1	C29598; INDID_0147 (DIG 2019-0027)	82O	51.047792	-115.173727	-9999	Along the northern slopes of Mt McGillvray.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Siliceous limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	The Banff Formation is exposed on the south side of Lac des Arcs, west of Exshaw. The formation is generally composed of impure shaly limestone and dolomitic limestone. Sample 74 is a composite sample from the middle of the formation.	Holter: sample 74 (composite) XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 74 (composite) Chemical analysis #43	AGS ECO 4	Alberta Geological Survey
082O 0086	Industrial mineral	Exshaw S	C25760; INDID_0095 (DIG 2019-0027)	82O	51.050688	-115.160140	-9999	Along the northern slopes of Heart Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sample taken from Palliser Formation across the valley from the Canada Cement Lafarge quarry by Exshaw, approximately on strike with the strata in the quarry.	XRF analysis, Sample 75-1	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 75 (composite) Chemical analysis #44	AGS ECO 4	Alberta Geological Survey
082O 0085	Industrial mineral	Kananaskis S2	C19228; INDID_0140 (DIG 2019-0027)	82O	51.068899	-115.119670	-9999	Along the northern slopes of McConnell Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Dark grey, finely crystalline variegated and mottled limestone and interbedded dolomite. The formation outcrops along Highway 1 and sample #77 was taken from the upper part of the formation at this point.	Holter: samples 77-1 to 77-10 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: sample 77 (composite) Chemical analysis #46	AGS ECO 4, National Mineral Inventory record 115062	Alberta Geological Survey
083C 0033	Industrial mineral	Nordegg G	C45329; INDID_0189 (DIG 2019-0027)	83C	52.409243	-116.000630	-9999	Approximately 7 km west of the Gap pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Siliceous limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	-9999	Holter: samples 100 to 102 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 100 to 102 Chemical analysis #58	AGS ECO 4	Alberta Geological Survey
083C 0039	Industrial mineral	Nordegg H	C50069; INDID_0289 (DIG 2019-0027)	83C	52.479825	-116.029350	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Lower beds of formation, siliceous dolomitic rock.	Holter: samples 110-112A XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 110- 112A Chemical analysis #60	AGS ECO 4	Alberta Geological Survey
083C 0004	Industrial mineral	Nordegg G	C50648; INDID_0288 (DIG 2019-0027)	83C	52.480276	-116.028570	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Past producer	Outcrop	Quarry	Chemical and Biogenics	-9999	Dolomite	-9999	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	Small quarry at Mile 147; no specific description given. Beds dip at low angle.	Holter: samples 112-117 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 112-117 Chemical analysis #61	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
083C 0038	Industrial mineral	Nordegg E	C52147; INDID_0286 (DIG 2019-0027)	83C	52.482084	-116.033720	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Calcareous dolomite. Two major units recognised within the Palliser Formation. The lower unit (150 m) consists of massively bedded, brown, porous and vuggy, finely crystalline dolomite which becomes calcareous, silty and less porous towards the base. . Up	Holter: samples 122-123 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 122-123 Chemical analysis #62	AGS ECO 4	Alberta Geological Survey
083C 0035	Industrial mineral	Nordegg D	C51655; INDID_0283 (DIG 2019-0027)	83C	52.480275	-116.036700	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Exposure along railway between Mile 147 and Mile 148, directly below Exshaw Formation.	Holter: samples 124-125 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 124-125 Chemical analysis #63	AGS ECO 4	Alberta Geological Survey
083C 0006	Industrial mineral	Nordegg E	C44976; INDID_0187 (DIG 2019-0027)	83C	52.481175	-116.054000	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Siliceous limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Shaly, thin bedded siliceous limestone, well exposed in the cutting at Mile 148, in beds dipping SW at 16 degrees.	Holter: samples 130A to 131 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 127 to 131 Chemical analysis #65	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4	Alberta Geological Survey
082G 0218	Industrial mineral	Crowsnest	C11540; INDID_0119 (DIG 2019-0027)	82G	49.631465	-114.652190	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	North side of Crowsnest Lake, E. of Summit Lime Works quarry #1. Lower part of formation, composed of limestone alternating with bands of dolomite.	Holter: Samples 1-5 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: Samples 1-5 Chemical analysis #1	AGS ECO 4	Alberta Geological Survey
083C 0032	Industrial mineral	Nordegg DT	C44347; INDID_0186 (DIG 2019-0027)	83C	52.488402	-116.066140	-9999	Along the outskirts of the hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	Uppermost beds of formation exposed at main turnoff to Nordegg from David Thompson Highway.	Holter: samples 167 and 168 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 167 and 168 Chemical analysis #77	AGS ECO 4	Alberta Geological Survey
082G 0216	Industrial mineral	Crowsnest S	C5866; INDID_0117 (DIG 2019-0027)	82G	49.624234	-114.646740	-9999	Along the northern slopes of Sentry Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Shale, limestone	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Sampled across the complete formation. The formation varies from black shale and argillaceous and cherty limestone in the lower part, to dark grey cherty limestone above. Strike is from N2W to N4W and dip varies from 43W to 61W.	Holter: Samples 27-35 XRF Analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: Samples 27-35 Chemical Analysis #6	AGS ECO 4	Alberta Geological Survey
082G 0217	Industrial mineral	Crowsnest S.	C10969; INDID_0118 (DIG 2019-0027)	82G	49.627851	-114.646710	-9999	Along the northern slopes of Sentry Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Upper part of formation (Costigan Member). Strike is N2W while dip ranges from 54W to 66W.	Holter: Sample 36-40 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: Samples 36-40 Chemical analysis #7	AGS ECO 4	Alberta Geological Survey
083C 0043	Industrial mineral	Cadomin A	C64362; INDID_0302 (DIG 2019-0027)	83C	52.984606	-117.333460	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Pekisko Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	Middle beds of formation.	Holter: samples 383, 384 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 383, 384 Chemical analysis #92	AGS ECO 4	Alberta Geological Survey
083C 0042	Industrial mineral	Cadomin B	C64240; INDID_0301 (DIG 2019-0027)	83C	52.981988	-117.332890	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Shunda Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Siliceous dolomite. Exposure along railway, representative of whole formation, 105 m thick.	Holter: samples 385-391 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 385-391 Chemical analysis #93	AGS ECO 4	Alberta Geological Survey
083C 0041	Industrial mineral	Cadomin C	C63502; INDID_0300 (DIG 2019-0027)	83C	52.983294	-117.333780	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Turner Valley Formation	-9999	-9999	-9999	-9999	-9999	-9999	Good	Siliceous dolomite. Exposure along railway, whole formation 30 m thick.	Holter: samples 390-393 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 390-393 Chemical analysis #94	AGS ECO 4	Alberta Geological Survey
083C 0040	Industrial mineral	Cadomin G	C60962; INDID_0296 (DIG 2019-0027)	83C	52.983232	-117.327840	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	Middle part (30 m) of formation 70 m thick, along railway.	Holter: samples 394, 395 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 394, 395 Chemical analysis #95	AGS ECO 4	Alberta Geological Survey
082G 0224	Industrial mineral	Summit Q5	C10215; INDID_0111 (DIG 2019-0027)	82G	49.631900	-114.671700	-9999	Along the southern slopes of Crowsnest ridge, above Island Lake.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	Quarry #5 is in the upper part of the Livingstone Formation. The thin high grade bed in this quarry has been exhausted.	Holter: Samples 458-461 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: Samples 458-461 Chemical analysis #20	AGS ECO 4, AGS OFR 1982-10	Alberta Geological Survey
082G 0227	Industrial mineral	Summit Q7	C6531; INDID_0114 (DIG 2019-0027)	82G	49.638702	-114.669210	-9999	Along the northern slopes of Crowsnest Ridge.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Upper beds of Q6; lower beds of Q7. Located partly on south facing slope and partly on west facing dip slope. Strike is N39W, dip is 49W. . Dolomitic rock overburdens the dip slope access to the high grade beds and as quarrying proceeded northward, this r	Holter: Samples 477-485 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: Samples 477-481 Chemical analysis #24 Holter: Sample 482-485 Chemical analysis	AGS ECO 4, AGS OFR 1982-10	Alberta Geological Survey
082O 0096	Industrial mineral	Cougar Canyon A	C32313; INDID_0157 (DIG 2019-0027)	82O	51.100640	-115.312370	-9999	Cougar Canyon, 3 km east-northeast of Canmore.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Livingstone Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Fair	Samples from Livingstone, Mount Head and Etherington formations. Chemical analysis for the complete set of samples, mineral analysis results are split between the Livingstone (Cougar Canyon A) and Mount Head (Cougar Canyon B) formations.	Holter: samples 571 to 573 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 571 to 584, not including sample 579. Chemical analysis #57	AGS ECO 4	Alberta Geological Survey
082O 0104	Industrial mineral	Cougar Canyon B	C32816; INDID_0167 (DIG 2019-0027)	82O	51.100660	-115.312550	-9999	Cougar Canyon, 3 km east-northeast of Canmore.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Mount Head Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	-9999	Samples from Livingstone, Mount Head and Etherington formations. Chemical analysis for the complete set of samples, mineral analysis results are split between the Livingstone (Cougar Canyon A) and Mount Head (Cougar Canyon B) formations.	Holter: samples 574 to 580, not including sample 579. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Holter: samples 571 to 584, not including sample 579. Chemical analysis #57	AGS ECO 4, AGS ECO 4	Alberta Geological Survey
083D 0001	Metallic mineral	Mietle River	83D-M-05 (OFR 1994-08); METID_0290 (DIG 2019-0026)	83D	52.868645	-118.253656	-9999	Along the Miette River between the Yellowhead Pass and the Athabasca River (location is approximate).	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold, Lead	Quartz veins	Neoproterozoic	Miette Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	13.71	-9999	-9999	-9999	In 1901 reported 13.71 g/t Au in quartz veins.	Dawson (1901) Geological Survey of Canada, reports and maps of investigations and surveys [1898], AGS OFR 1994-08	Alberta Geological Survey
074E 0039	Metallic mineral	Buckton Zone, SBH property	Buckton Zone; METID_0809 (DIG 2019-0026)	74E	57.749934	-111.834035	-9999	Eastern flanks of the Birch Mountains.	Subsurface	Project with resource estimate	Bedrock	-9999	Polymetallic black shale	Duplicate?	Zinc, Nickel, Rare-earth elements, Copper, Cobalt, Uranium, Vanadium, Lithium	Shale	Late Cretaceous	Second White Specks Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Zn	ppm	169.9	V2O5	ppm	659.9	Inferred mineral resource of shale package: 4.4 billion tonnes indicated resource: 271 million tonnes (per resource study). Recoverable metals include Ni U Zn Cu Co REE Sc Mo Li V and Th. Zn= 384400 tonnes at 169.9 ppm raw grade Ni= 162400 at 67.6 ppm	Puritch et al. (2013) Preliminary economic assessment for the Buckton deposit	Alberta Geological Survey
083P 0004	Metallic mineral	Pelican Mountain	Pelican Mountain; METID_0482 (DIG 2019-0026)	83P	55.642692	-113.428056	-9999	Approximately 40 km north of Calling Lake.	Subsurface	Project with resource estimate	Bedrock	-9999	Paleoplacer ilmenite-rutile-magnetite	-9999	Titanium, Iron, Magnetite	Sandstone	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	TiO2	per cent	3.33	-9999	-9999	-9999	Inferred resources 13.72 million tonnes at 3.33% TiO2 (7 drill holes).	MAR 20000019, MAR 20130001	Alberta Geological Survey
083E 0052	Industrial mineral	Cote Creek Headwaters (Sec. 101)	C150968; INDID_0509 (DIG 2019-0027)	83E	53.935792	-119.995200	-9999	On the northern slopes of Mt. Ct.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Limestone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Nordegg and Nordegg Equivalent, phosphate-bearing limestone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 101. 2.30% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0047	Industrial mineral	Muddywater River Ridge (Sec. 103)	C188541; INDID_0481 (DIG 2019-0027)	83E	53.750409	-119.532060	-9999	Approximately 6 km to the southwest of Llama Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 103. 2.12% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0053	Industrial mineral	Collie Creek Headwaters (Sec. 111)	C201038; INDID_0513 (DIG 2019-0027)	83E	53.521306	-118.210780	-9999	Approximately 6 km to the east of Rock Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poker Chip Shales, phosphate zone. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 111. 1.20% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0066	Industrial mineral	Whitehorse Creek A, B &C (Sec. 13)	C145765; INDID_0501 (DIG 2019-0027)	83C	52.979644	-117.376210	-9999	Approximately 4 km to the south of Leyland Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale, limestone, sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Nordegg Member, Lower Phosphate-bearing shales B. Nordegg and Nordegg Equivalent, phosphate-bearing limestone C. Rock Creek Upper phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 13. A, B & C	AGS ESR 1987-02	Alberta Geological Survey
083E 0048	Industrial mineral	Mt. Kelsey A & B (Sec. 137)	C188915; INDID_0482 (DIG 2019-0027)	83E	53.343103	-118.592970	-9999	On the southern slopes of Mt. Kelsey.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Fernie phosphate zone. Host Lithology: Sandstone. B. Nordegg Member, Oxytoma zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 137. A. 6.90% P2O5/1 m B. 3.10% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0049	Industrial mineral	Kvass Creek South (Sec. 159)	C188968; INDID_0483 (DIG 2019-0027)	83E	53.632330	-119.127170	-9999	To the southwest of Sulphur River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 159. 1.65% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0050	Industrial mineral	Kvass Creek North (Sec. 169)	C146439; INDID_0502 (DIG 2019-0027)	83E	53.698840	-119.201090	-9999	Near Delorme Pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Nordegg Member, Lower Phosphate-bearing shales.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 169. 2.30% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0051	Industrial mineral	Mumm Creek (Sec. 177)	C146922; INDID_0503 (DIG 2019-0027)	83E	53.491753	-118.179390	-9999	Approximately 6 km to the east of Rock Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Nordegg Member, Lower Phosphate-bearing shales.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 177. 1.65% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083F 0056	Industrial mineral	Drystone Creek (Sec. 181)	C203157; INDID_0517 (DIG 2019-0027)	83F	53.231853	-117.776040	-9999	Approximately 3 km to the northeast of Roche  Perdrix.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock Creek Upper phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 181. 1.20% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083F 0021	Industrial mineral	Fiddle River (Sec. 183)	C147100; INDID_0504 (DIG 2019-0027)	83F	53.175982	-117.848370	-9999	On the northeastern slopes of Capitol Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Nordegg Member, Lower Phosphate-bearing shales.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 183. 1.84% P2O5/1 m	Frebold (1957) The Jurassic Fernie Group in the Canadian Rocky Mountains and foothill, AGS ESR 1987-02	Alberta Geological Survey
083F 0053	Industrial mineral	Emir Mtn. (Sec. 188)	C189597; INDID_0485 (DIG 2019-0027)	83F	53.063034	-117.988700	-9999	On the northeastern slopes of Cinquefoil Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 188. 1.97% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083F 0014	Industrial mineral	Luscar Mtn. B (Sec. 182)	C189298; INDID_0484 (DIG 2019-0027)	83F	53.044580	-117.448500	-9999	On the northern slopes of Mt. Mary-Jean.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 19. 1.04% P2O5/1 m	Telfer (1933) Phosphate in the Canadian Rockies, AGS ESR 1987-02	Alberta Geological Survey
082G 0249	Industrial mineral	Adanac Mine (Sec. 217)	C192273; INDID_0204 (DIG 2019-0027)	82G	49.493312	-114.406520	-9999	Along the eastern slopes of Hastings Ridge.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 19. 2.92% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0064	Industrial mineral	Goat Creek Headwaters (Sec. 19)	C187943; INDID_0479 (DIG 2019-0027)	83C	52.218896	-116.514320	-9999	On the northeastern slopes of Mt. Stelfox.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 19. 7.01% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083F 0055	Industrial mineral	Fiddle River South (Sec. 190)	C201455; INDID_0505, INDID_0514 (DIG 2019-0027)	83F	53.154098	-117.799630	-9999	On the northeastern slopes of Capitol Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poker Chip Shales, phosphate zone. Host Lithology: Shale.
Nordegg Member, Lower Phosphate-bearing shales	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	2.23	-9999	-9999	-9999	Macdonald: Appendix 10, Section 190. 2.23% P2O5/1 m; Poker Chip Shales, phosphate zone. Historical sample ID Section 190 (AGS ESR 1987-02)	AGS ESR 1987-02	Alberta Geological Survey
082G 0256	Industrial mineral	White Creek (Sec. 193)	C189887; INDID_0486 (DIG 2019-0027)	82G	49.984428	-114.384819	-9999	Approximately 40 km to the north of the town of Coleman, AB near White Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 193. 1.07% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0259	Industrial mineral	Oldman River Gap (Sec. 196)	C203402; INDID_0518 (DIG 2019-0027)	82G	49.862870	-114.349160	-9999	Approximately 1 km to the east of The Gap pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock Creek Upper phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 196. 1.72% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0257	Industrial mineral	Daisy Creek Summit (Sec. 197)	C189993; INDID_0487 (DIG 2019-0027)	82G	49.744342	-114.375610	-9999	On the western slopes of Centre Peak in the Livingstone Range.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 197. 1.42% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0247	Industrial mineral	Rock Creek Summit (Sec. 202)	C190735; INDID_0202 (DIG 2019-0027)	82G	49.620703	-114.341900	-9999	Approximately 5 km to the northeast of the community of Frank along the eastern slopes of Centre Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 202. 2.64% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0248	Industrial mineral	Crow Mine A & B (Sec. 205)	C191471; INDID_0203 (DIG 2019-0027)	82G	49.664460	-114.694150	-9999	In British Columbia west of Crowsnest Lake.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate, sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Fernie phosphate zone. Host Lithology: Phosphate rock. B. Rock Creek Lower phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 205. A. 21.24% P2O5/1 m B. 2.70% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0258	Industrial mineral	Highway 3 - Roadcut C (Sec. 224)	C193320; INDID_0488 (DIG 2019-0027)	82G	49.655460	-114.732370	-9999	In British Columbia west of Crowsnest Lake.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Phosphate rock.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 224. 25.03% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0067	Industrial mineral	Nordegg A & B (Sec. 23)	C150420; INDID_0507 (DIG 2019-0027)	83C	52.492035	-116.006030	-9999	Approximately 5 km to the east of the hamlet of Nordegg, AB.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Nordegg and Nordegg Equivalent, phosphate-bearing chert B. Nordegg Member, Oxytoma zone. Host Lithology: Phosphate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 23. A. 1.01% P2O5/1 m B. 6.89% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0105	Industrial mineral	Elpoca Mtn. (Sec. 245)	C204758; INDID_0519 (DIG 2019-0027)	82J	50.642832	-115.024650	-9999	On the southern slopes of Elpoca Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock Creek Lower phosphate zone. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 245. 1.10% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0101	Industrial mineral	Whiteman Creek B (Sec. 254)	C193608; INDID_0489, INDID_0515 (DIG 2019-0027)	82J	50.661093	-115.076500	-9999	Along the western slopes of Gap Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate, limestone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Conglomerate. (1.99% P2O5/1 m). Poker Chip Shales, phosphate zone. Host Lithology: Limestone. (1.87% P2O5/1 m)	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	1.99	-9999	-9999	-9999	Macdonald: Appendix 10, Section 254. 1.99% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0102	Industrial mineral	Mt. Livingstone (Sec. 256)	C193975; INDID_0490 (DIG 2019-0027)	82J	50.126527	-114.378840	-9999	On the eastern slopes of Mt. Livingstone.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Siltstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Siltstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 256. 2.13% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0068	Industrial mineral	Blackstone River North (Sec. 26)	C150707; INDID_0508 (DIG 2019-0027)	83C	52.586778	-116.587550	-9999	Approximately 2 km south of Blackstone Gap.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Limestone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Nordegg and Nordegg Equivalent, phosphate-bearing limestone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 26. 3.14% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0103	Industrial mineral	Mist Mtn. C (Sec. 282)	C194502; INDID_0491 (DIG 2019-0027)	82J	50.555402	-114.931770	-9999	On the western slopes of Mist Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 282. 3.30% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0106	Industrial mineral	Canyon Creek (Sec. 283)	C204816; INDID_0520 (DIG 2019-0027)	82J	50.904834	-114.759180	-9999	Along Canyon Creek to the south of Moose Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock Creek Lower phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 283. 2.03% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0107	Industrial mineral	Evans-Thomas Creek (Sec. 286)	C205101; INDID_0521 (DIG 2019-0027)	82J	50.861073	-115.105240	-9999	Along Evan-Thomas Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock Creek Lower phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 286. 1.56% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0149	Industrial mineral	Clearwater River A & B (Sec. 324)	C151217; INDID_0510 (DIG 2019-0027)	82O	51.967684	-115.249330	-9999	On the slopes of Corkscrew Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Limestone, sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Nordegg and Nordegg Equivalent, phosphate-bearing limestone B. Nordegg Member, Oxytoma zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 324. A. 1.13% P2O5/1 m B. 2.04% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0141	Industrial mineral	Bighorn Creek Falls (Sec. 327)	C194728; INDID_0492 (DIG 2019-0027)	82O	51.742297	-115.538860	-9999	Approximately 6 km to the west of Eagle Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 327. 1.74% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0049	Industrial mineral	Cuthead Creek Headwaters (Sec. 333)	C194838; INDID_0493 (DIG 2019-0027)	82O	51.478760	-115.685780	-9999	Approximately 30 km north of Lake Minnewanka near Wigmore Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Phosphate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 333. 4.27% P2O5/1 m	Telfer (1933) Phosphate in the Canadian Rockies, AGS ESR 1987-02	Alberta Geological Survey
082O 0142	Industrial mineral	Sheep Creek A, B & C (Sec. 335)	C195095; INDID_0494 (DIG 2019-0027)	82O	51.567612	-115.433000	-9999	On the northeastern slopes of Otuskwan Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone, limestone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Fernie phosphate zone. Host Lithology: Sandstone. B. Red Deer Member, phosphate bearing limestone. C. Rock Creek Lower phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 335. A. 1.26% P2O5/1 m B. 1.30% P2O5/1 m C 2.20% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0143	Industrial mineral	Pigeon Creek (Sec. 339)	C195376; INDID_0495 (DIG 2019-0027)	82O	51.025054	-115.247410	-9999	South of the village of Dead Man's Flats, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 339. 3.34% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0151	Industrial mineral	Mt. Costigan A & B (Sec. 351)	C202352; INDID_0516 (DIG 2019-0027)	82O	51.283828	-115.309790	-9999	Along the western slopes of Mt. Costigan.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Poker Chip Shales, phosphate zone. Host Lithology: Limestone. B. Rock Creek Lower phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 351. A. 1.00% P2O5/1 m B. 2.70% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0144	Industrial mineral	Vermilion Range A, B, C & D (Sec. 367)	C195703; INDID_0496 (DIG 2019-0027)	82O	51.360205	-115.649400	-9999	Approximately 15 km north of Lake Minnewanka along Stony Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate, limestone, shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Fernie phosphate zone. Host Lithology: Phosphate. B. Nordegg Member, Oxytoma zone. Host Lithology: Limestone. C. Poker Chip Shales, phosphate zone. Host Lithology: Shale. D. Rock Creek Lower phosphate zone. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 367. A. 1.43% P2O5/1 m B. 2.00% P2O5/1 m C 1.40% P2O5/1 m D. 2.20% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0145	Industrial mineral	Cuthead Creek Headwaters (Sec. 374)	C195955; INDID_0497 (DIG 2019-0027)	82O	51.425723	-115.655430	-9999	Approximately 23 km north of Lake Minnewanka near Cuthead Creek.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Phosphate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 374. 13.21% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0146	Industrial mineral	Wigmore Creek A (Sec. 375)	C196175; INDID_0511, INDID_0498 (DIG 2019-0027)	82O	51.516640	-115.719930	-9999	Approximately 30 km north of Lake Minnewanka near Wigmore Creek.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate, limestone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Phosphate. 14.10% P2O5/1 m. Red Deer Member, phosphate bearing limestone. 1.00% P2O5/1 m	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	14.1	-9999	-9999	-9999	Macdonald: Appendix 10, Section 375. 14.10% P2O5/1 m; Historical sample ID Section 375 (AGS ESR 1987-02)	AGS ESR 1987-02	Alberta Geological Survey
082O 0147	Industrial mineral	Forbidden Creek Summit A & B (Sec. 385)	C196371; INDID_0499 (DIG 2019-0027)	82O	51.756761	-115.881060	-9999	Approximately 3 km to the east of Divide Pass.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Fernie phosphate zone. Host Lithology: Phosphate. B. Red Deer Member, phosphate stratum.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 385. A. 6.04% P2O5/1 m B. 5.60% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0148	Industrial mineral	Minnewanka Highway (Sec. 400)	C197017; INDID_0500 (DIG 2019-0027)	82O	51.246490	-115.511390	-9999	On the western shores of Lake Minnewanka.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Fernie phosphate zone. Host Lithology: Phosphate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 400. 10.85% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0065	Industrial mineral	Whiterabbit Creek North Ridge A & B (Sec. 42)	C188376; INDID_0480 (DIG 2019-0027)	83C	52.098876	-116.312200	-9999	Along the northeastern slopes of Mt. William Booth.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A) Basal Fernie phosphate zone. Host Lithology: Phosphate. B) Rock Creek Lower phosphate zone. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 42. A. 7.44% P2O5/1 m B. 2.90 P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083B 0019	Industrial mineral	Brazeau Range South (Sec. 5)	C149780; INDID_0506 (DIG 2019-0027)	83B	52.346530	-115.760270	-9999	Approximately10 km southeast of the Gap pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Nordegg and Nordegg Equivalent, phosphate-bearing sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 5. 3.90% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0069	Industrial mineral	McLeod River (Sec. 9)	C196785; INDID_0512 (DIG 2019-0027)	83C	52.976238	-117.322970	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poker Chip Shales, phosphate zone. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 10, Section 9. 1.35% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0250	Industrial mineral	Highway 3 - Roadcut A (Sec. 191)	C160823; INDID_0389 (DIG 2019-0027)	82G	49.621069	-114.640320	-9999	Along the northern slopes of Sentry Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate, Vanadium	Shale	Devonian	Exshaw Formation	-9999	-9999	-9999	No foreseeable econ. potential - low-grade / thickness combination	-9999	-9999	-9999	Phosphatic rocks in the Basal Sandstone Member. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	4	V	ppm	2600	Macdonald: Appendix 2, Section 191 Grade/thickness:1.2% P2O5/1 m. 2600 ppm Vanadium/30 cm; Historical sample ID Section 191 (AGS ESR 1987-02). Sample taken of Basal Sandstone Member shale with 4% P2O5 and 2600ppm V over 0.3m. Sample taken of Middle and Lo	AGS ESR 1987-02	Alberta Geological Survey
083C 0046	Industrial mineral	Medicine Lake (Sec. 76)	C160280; INDID_0387 (DIG 2019-0027)	83C	52.834201	-117.696200	-9999	Approximately 12 km to the north of Maligne Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Devonian	Exshaw Formation	-9999	-9999	-9999	No foreseeable econ. potential - low-grade / thickness combination	-9999	-9999	-9999	Phosphatic rocks in the Basal Sandstone Member. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 2, Section 76 Grade/thickness: 3.5% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0210	Industrial mineral	Allison Peak (Sec. 199)	C161667; INDID_0392 (DIG 2019-0027)	82G	49.733679	-114.636224	-9999	Approximately 1 km southeast of Allison Peak.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Middle and Lower Phosphate Zones. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 3, Section 199. 9.54% P2O5/ 1m	Western Warner Oils Ltd. (1965) Preliminary geological examination of phosphate holdings for Western Warner Oils Ltd., Peel, F.A, AGS ESR 1987-02	Alberta Geological Survey
082G 0184	Industrial mineral	Phillipps Pass (Sec. 214)	C161892; INDID_0393 (DIG 2019-0027)	82G	49.656967	-114.635420	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Middle and Lower Phosphate Zones. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 3, Section 214. 8.84% P2O5/1 m	Telfer (1933) Phosphate in the Canadian Rockies, AGS ESR 1987-02	Alberta Geological Survey
082G 0252	Industrial mineral	Racehorse Pass (Sec. 226)	C162199; INDID_0394 (DIG 2019-0027)	82G	49.780874	-114.635500	-9999	In the vicinity of Racehorse Pass.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale, phosphate	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Section through Basal Sandstone Member, Host Lithology: Shale, and Middle and Lower Phosphate Zones, Host Lithology: Phosphate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 3, Section 226. Shale: 0.42% P2O5/1 m Phosphate:- 6.3% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0253	Industrial mineral	Flathead Range S (Sec. 228)	C162348; INDID_0395 (DIG 2019-0027)	82G	49.473710	-114.593250	-9999	On the eastern slopes of Mt. Darrah in the Flathead Range.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Middle and Lower Phosphate Zones. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 3, Section 228. 2.04% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0085	Industrial mineral	Three Isle Lake (Sec. 293)	C162588; INDID_0396 (DIG 2019-0027)	82J	50.650091	-115.266860	-9999	Near Three Isle Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Middle and Lower Phosphate Zones. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 3, Section 293. 1.60% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0047	Industrial mineral	Deception Mtn. Pass (Sec. 59)	C161095; INDID_0390 (DIG 2019-0027)	83C	52.841413	-117.345830	-9999	On the western slopes of Mt. Cardinal.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Devonian	Exshaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Middle and Lower Phosphate Zones in Lower Cherty Black Shale Member. Host Lithology: Phosphate. Structural/stratigraphic configuration of the Exshaw Formation is not a favorable one with respect to mining potential.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 3, Section 59 Grade/thickness: 2.65% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0209	Industrial mineral	White Creek (Sec. 194)	C163122; INDID_0398 (DIG 2019-0027)	82G	49.984428	-114.384819	-9999	Approximately 40 km to the north of the town of Coleman, AB near White Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Pennsylvanian	Tunnel Mountain Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tunnel Mountain Intraformational Phosphate. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 4, Section 194. 1.20% P2O5/1 m	Douglas (1958) Mount Head Map-Area, Alberta, AGS ESR 1987-02	Alberta Geological Survey
082J 0086	Industrial mineral	Gibraltar Mtn. (Sec. 276)	C163374; INDID_0399 (DIG 2019-0027)	82J	50.595455	-114.857380	-9999	On the western slopes of Gibraltar Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Pennsylvanian	Tunnel Mountain Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tunnel Mountain Intraformational Phosphate. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 4, Section 276. 1.39% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0254	Industrial mineral	Tent Mtn. (Sec. 210)	C165286; INDID_0404 (DIG 2019-0027)	82G	49.566008	-114.663620	-9999	Along a western spur of Mt Ptolemy.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 210. 8.40% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0090	Industrial mineral	Cataract Creek (Sec. 267)	C165520; INDID_0405 (DIG 2019-0027)	82J	50.289858	-114.576620	-9999	On the western slopes of Mt. Burke.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 267. 3.80% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0087	Industrial mineral	Mist Mtn. A (Sec. 281)	C164167; INDID_0400 (DIG 2019-0027)	82J	50.562632	-114.931790	-9999	On the western slopes of Mist Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 281. 9.33% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0088	Industrial mineral	Evan-Thomas Creek (Sec. 288)	C164414; INDID_0401 (DIG 2019-0027)	82J	50.864860	-115.099550	-9999	Along Evan-Thomas Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Siltstone	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Siltstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 288. 3.12% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0089	Industrial mineral	Kananaskis River Canyon A (Sec. 295)	C164643; INDID_0402 (DIG 2019-0027)	82J	50.690209	-115.122650	-9999	Near to the northern tip of Lower Kananaskis Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 295. 1.36% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0124	Industrial mineral	Eagle Creek (Sec. 332)	C165852; INDID_0406 (DIG 2019-0027)	82O	51.734896	-115.485520	-9999	On the southern slopes of Eagle Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 332. 1.30% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0125	Industrial mineral	Mt. White A (Sec. 381)	C166227; INDID_0407 (DIG 2019-0027)	82O	51.654992	-115.833850	-9999	On the northern slopes of Mt. White.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Chert	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Chert.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 381. 1.68% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0123	Industrial mineral	North of Peters Peak (Sec. 389)	C164992; INDID_0403 (DIG 2019-0027)	82O	51.900990	-115.911440	-9999	To the east of Lost Guide Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Pennsylvanian	Kananaskis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Kananaskis Formation Intraformational Phosphates. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 5, Section 389. 4.14% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0092	Industrial mineral	Little Elbow River - Headwaters (Sec. 278)	C168322; INDID_0410 (DIG 2019-0027)	82J	50.715494	-114.984190	-9999	Approximately 3 km to the west of Mt. Cornwall.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 278. 2.59% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0093	Industrial mineral	Mist Mtn. B (Sec. 281)	C168463; INDID_0411 (DIG 2019-0027)	82J	50.562632	-114.931790	-9999	On the western slopes of Mist Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 281. 1.74% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0094	Industrial mineral	Mt. Kidd (Sec. 290)	C168815; INDID_0412 (DIG 2019-0027)	82J	50.853821	-115.238070	-9999	On the eastern slopes of Mt Galatea.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 290. 1.55% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0091	Industrial mineral	Kananaskis River Canyon B (Sec. 295)	C167545; INDID_0408 (DIG 2019-0027)	82J	50.690209	-115.122650	-9999	Near to the northern tip of Lower Kananaskis Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Siltstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Intraformational phosphates. Host Lithology: Siltstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 295. 1.66% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0081	Industrial mineral	Mt. Bogart (Sec. 303)	C169034; INDID_0413 (DIG 2019-0027)	82J	50.904807	-115.278540	-9999	On the western slopes of Mt Bogart.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 303. 9.90% P2O5/1 m	Mobil Oil Canada (1966) Report on field party No. 46 Rocky Mountain front ranges, AGS ESR 1987-02	Alberta Geological Survey
082O 0127	Industrial mineral	Mt. Aylmer (Sec. 353)	C169386; INDID_0414 (DIG 2019-0027)	82O	51.342039	-115.473790	-9999	Approximately 8 km north of the northern shore of Lake Minnewanka, north of Mt. Aylmer.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 353. 1.42% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0126	Industrial mineral	Mt. Ishbel A & B (Sec. 365)	C167734; INDID_0409 (DIG 2019-0027)	82O	51.265830	-115.759280	-9999	On the eastern slopes of Mt Ishbel.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone, siltstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Intraformational phosphates. Host Lithology: Sandstone and siltstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 365. Sandstone:- 7.77% P2O5/1 m Siltstone:- 13.73% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0128	Industrial mineral	Stoney Creek (Sec. 369)	C169679; INDID_0415 (DIG 2019-0027)	82O	51.363907	-115.585140	-9999	Approximately 15 km north of Lake Minnewanka along Stony Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Johnston Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 6, Section 369. 1.95% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0129	Industrial mineral	Cougar Canyon (Sec. 337)	C176415; INDID_0440 (DIG 2019-0027)	82O	51.102591	-115.317080	-9999	Along the eastern outskirts of the town of Canmore along Cougar Canyon.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Basal Phosphate Zone. Host Lithology: Conglomerate	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, p.59, Section 337. 10.6% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0026	Industrial mineral	Mt. Cote (Sec. 100)	C172652; INDID_0426 (DIG 2019-0027)	83E	53.879420	-119.941600	-9999	On the eastern slopes of Mt. Ct.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 100. 1.84% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0027	Industrial mineral	Muddywater River Ridge (Sec. 102)	C173052; INDID_0427 (DIG 2019-0027)	83E	53.757633	-119.519830	-9999	Approximately 6 km to the southwest of Llama Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 102. 3.04% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0028	Industrial mineral	Monoghan Creek - South Ridge (Sec. 113)	C173210; INDID_0428 (DIG 2019-0027)	83E	53.546775	-118.904820	-9999	Near Blue Grouse Pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 113. 1.70% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0038	Industrial mineral	South Berland Headwaters A (Sec. 116)	C182811; INDID_0463, INDID_0460 (DIG 2019-0027)	83E	53.546779	-118.702200	-9999	Along the eastern slopes of Persimmon Range.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate, sandstone	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal phosphate - equivalent to Ranger Canyon basal phosphate. Host Lithology: Conglomerate.
Upper phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	3.88	-9999	-9999	-9999	Macdonald: Appendix 7, Section 116. 3.88% P2O5/1 m; Basal phosphate. Historical sample ID Appendix 7, Section 116 (AGS ESR 1987-02). 3.88% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0039	Industrial mineral	Rocky Pass (Sec. 117)	C183180; INDID_0461 (DIG 2019-0027)	83E	53.641285	-118.935760	-9999	Near Rocky Pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal phosphate - equivalent to Ranger Canyon basal phosphate. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 117. 3.69% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0035	Industrial mineral	Shale Banks Creek E. (Sec. 125)	C180352; INDID_0453 (DIG 2019-0027)	83E	53.248419	-118.160330	-9999	Approximately 5 km to the west of Mt. Aeolus.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Conglomerate	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 125. 2.96% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0029	Industrial mineral	Morro Peak (Sec. 128)	C173331; INDID_0429 (DIG 2019-0027)	83E	53.050340	-118.070430	-9999	On the northern slopes of Morro Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 128. 5.20% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0030	Industrial mineral	Vega Peak (Sec. 146)	C173572; INDID_0466, INDID_0430 (DIG 2019-0027)	83E	53.430402	-118.726770	-9999	On the eastern slopes of Vega Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation, Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone Ranger Canyon Formation. Host Lithology: Conglomerate.
Intraformational phosphate zone Mowitch Formation. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	3.48	-9999	-9999	-9999	Macdonald: Appendix 7, Section 146. 3.48% P2O5/1 m; Ranger Canyon Formation. Historical sample ID Appendix 7, Section 146 (AGS ESR 1987-02). 3.48% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0031	Industrial mineral	Sunset Peak (Sec. 149)	C173955; INDID_0431 (DIG 2019-0027)	83E	53.470347	-118.911190	-9999	Approximately 4 km to the east of Sunset Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 149. 1.11% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0036	Industrial mineral	Wolverine Creek (Sec. 155)	C180519; INDID_0454 (DIG 2019-0027)	83E	53.735772	-119.309100	-9999	Approximately 8 km to the north of Childear Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Conglomerate	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 155. 1.36% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0033	Industrial mineral	Hardscramble Creek (Sec. 157)	C174575; INDID_0433 (DIG 2019-0027)	83E	53.590333	-119.107750	-9999	To the southwest of Sulphur River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 157. 3.80% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0034	Industrial mineral	Monoghan Creek - North Ridge (Sec. 158)	C174816; INDID_0434 (DIG 2019-0027)	83E	53.604958	-119.009470	-9999	To the southwest of Sulphur River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 158. 8.16% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0049	Industrial mineral	Two OClock Creek A (Sec. 21)	C169899; INDID_0416 (DIG 2019-0027)	83C	52.062538	-116.419140	-9999	Near the southern end of Abraham Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Phosphate bearing.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 21. 4.52% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082G 0255	Industrial mineral	Tent Mtn. (Sec. 210)	C175081; INDID_0435 (DIG 2019-0027)	82G	49.566008	-114.663620	-9999	Along a western spur of Mt Ptolemy.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 210. 17.10% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0096	Industrial mineral	Elpoca Mtn. Gap (Sec. 247)	C180992; INDID_0455 (DIG 2019-0027)	82J	50.642832	-115.024650	-9999	On the southern slopes of Elpoca Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Conglomerate	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 247. 1.65% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0097	Industrial mineral	Walker Creek (Sec. 252)	C181441; INDID_0456 (DIG 2019-0027)	82J	50.737399	-115.122670	-9999	Along the western slopes of King Creek Ridge.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Conglomerate	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 252. 1.14% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0095	Industrial mineral	Kananaskis River Canyon C (Sec. 295)	C175591; INDID_0436 (DIG 2019-0027)	82J	50.690209	-115.122650	-9999	Near to the northern tip of Lower Kananaskis Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 295. 9.04% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0098	Industrial mineral	Whiteman Creek A (Sec. 299)	C181680; INDID_0457 (DIG 2019-0027)	82J	50.668325	-115.076500	-9999	Along the western slopes of Gap Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 299. 1.79% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0082	Industrial mineral	Mt. Galatea (Sec. 304)	C175808; INDID_0437 (DIG 2019-0027)	82J	50.823280	-115.292350	-9999	On the western slopes of Mt Galatea.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Phosphate bearing.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 304. 4.20% P2O5/1 m	Mobil Oil Canada (1966) Report on field party No. 46 Rocky Mountain front ranges, AGS ESR 1987-02	Alberta Geological Survey
082J 0083	Industrial mineral	Mt. Chester (Sec. 305)	C176115; INDID_0438 (DIG 2019-0027)	82J	50.788380	-115.255460	-9999	Along a southwestern spur of The Fortress.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 305. 15.08% P2O5/1 m	Mobil Oil Canada (1966) Report on field party No. 46 Rocky Mountain front ranges, AGS ESR 1987-02	Alberta Geological Survey
082N 0005	Industrial mineral	Ram Falls Headwaters B (Sec. 317)	C176321; INDID_0439 (DIG 2019-0027)	82N	51.891239	-116.170244	-9999	Approximately 6 km to the north of Icefall Mountain along a subsidiary ridge.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate, Fluorine	Conglomerate, breccia	Permian	Ranger Canyon Formation	50cm wide breccia zone with light grey, dolomite-chert clasts set in dark black matrix (phosphatic?). Overlain by dark grey weathered (with orange, red, green lichen), dark grey fresh, bedded-nodular chert. Underlain by bedded, light grey, fossiliferous carbonate rock.	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 317. 7.84% P2O5/1 m	AGS ESR 1987-02, AGS DIG 2025-0006	Alberta Geological Survey
082O 0138	Industrial mineral	Eagle Creek (Sec. 332)	C179815; INDID_0452 (DIG 2019-0027)	82O	51.734896	-115.485520	-9999	On the southern slopes of Eagle Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Intraformational Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 332. 2.97% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0130	Industrial mineral	Forbidden Creek A & B (Sec. 342)	C176774; INDID_0441 (DIG 2019-0027)	82O	51.800497	-115.869400	-9999	Approximately 7 km to the northeast of Divide Pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate, sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Phosphate Zone. Host Lithology: Conglomerate B. Intraformational Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 342. A. 1.51% P2O5/1 m B. 1.80% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0050	Industrial mineral	Goat Creek - Headwaters (Sec. 35)	C170081; INDID_0417 (DIG 2019-0027)	83C	52.272660	-116.557880	-9999	To the west of Abraham Lake above Littlehorn Creek.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Phosphate bearing.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 35. 6.98% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0139	Industrial mineral	Otaskwan Ridge (Sec. 359)	C181778; INDID_0458 (DIG 2019-0027)	82O	51.595280	-115.487140	-9999	On the northeastern slopes of Otuskwan Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Phosphate Zone. Host Lithology: Conglomerate	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 359. 1.38% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0131	Industrial mineral	Brewster Creek A & B(Sec. 363)	C177051; INDID_0442 (DIG 2019-0027)	82O	51.135377	-115.690770	-9999	Approximately 10 km to the west of the town of Banff along Healy Creek.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate, phosphate rock	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Phosphate Zone. Host Lithology: Conglomerate B. Upper Phosphate Zone. Host Lithology: Phosphate rock	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 363. A. 1.72% P2O5/1 m B. 6.70% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0132	Industrial mineral	Cascade River Crossing (Sec. 366)	C177225; INDID_0443 (DIG 2019-0027)	82O	51.291052	-115.532500	-9999	Approximately 5 km to the north of the western end of Lake Minnewanke.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 366. 0.98% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0133	Industrial mineral	Flints Park Cabin (Sec. 371)	C177608; INDID_0444 (DIG 2019-0027)	82O	51.407472	-115.784430	-9999	Approximately 4 km south of Flints Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Phosphate bearing.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 371. 4.64% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0134	Industrial mineral	Panther Mtn. Gap A & B (Sec. 377)	C177670; INDID_0445 (DIG 2019-0027)	82O	51.549357	-115.725720	-9999	Approximately 30 km north of Lake Minnewanka near Wigmore Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate, sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Basal Phosphate Zone. Host Lithology: Conglomerate B. Upper Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 377. A. 1.00% P2O5/1 m B. 4.07% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0135	Industrial mineral	McConnell Creek (Sec. 379)	C178041; INDID_0446 (DIG 2019-0027)	82O	51.669458	-115.969670	-9999	On the eastern slopes of Mt. McConnell.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Dolostone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Dolomite.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 379. 7.60% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0136	Industrial mineral	Mt. White B (Sec. 381)	C178589; INDID_0447 (DIG 2019-0027)	82O	51.654992	-115.833850	-9999	On the northern slopes of Mt. White.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 381. 1.91% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0050	Industrial mineral	Panther River Headwaters (Sec. 393)	C178838; INDID_0448 (DIG 2019-0027)	82O	51.513024	-115.796000	-9999	Approximately 30 km north of Lake Minnewanka near Wigmore Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 393. 1.43% P2O5/1 m	Telfer (1933) Phosphate in the Canadian Rockies, AGS ESR 1987-02	Alberta Geological Survey
082O 0033	Industrial mineral	Sundance Canyon (Sec. 394)	C178966; INDID_0449 (DIG 2019-0027)	82O	51.147162	-115.625310	-9999	Approximately 5 km to the southwest of the town of Banff along Sundance Canyon.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Shale	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 394. 9.64% P2O5/1 m	De Schmid (1916) Investigation of a reported discovery of phosphate in Alberta, AGS ESR 1987-02	Alberta Geological Survey
082O 0137	Industrial mineral	Mt. Norquay (Sec. 396)	C179289; INDID_0450 (DIG 2019-0027)	82O	51.182572	-115.615260	-9999	On a southern spur of Mt. Norquay.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 396. 2.34% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0052	Industrial mineral	Whiterabbit Creek Ridge (Sec. 41)	C170642; INDID_0419 (DIG 2019-0027)	83C	52.051832	-116.283045	-9999	Approximately 5 km to the southeast of Mt. William Booth.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 41. 4.74% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0053	Industrial mineral	Coral Creek Mouth (Sec. 43)	C170812; INDID_0420 (DIG 2019-0027)	83C	52.178949	-116.532240	-9999	To the east of Abraham Lake near the mouth of Coral Creek Canyon.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 43. 11.5% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0054	Industrial mineral	Ram Range N (Sec. 48)	C171174; INDID_0421 (DIG 2019-0027)	83C	52.188080	-116.278070	-9999	Approximately 8 km to the east of Mt. Michener.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 48. 2.11% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0055	Industrial mineral	Mt. McDonald (Sec. 53)	C171285; INDID_0422 (DIG 2019-0027)	83C	52.372026	-116.929490	-9999	On the eastern slopes of Longview Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 53. 2.46% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0056	Industrial mineral	Southesk Pass (Sec. 64)	C171630; INDID_0423 (DIG 2019-0027)	83C	52.721433	-117.122290	-9999	On the eastern slopes of Southesk Cairn.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 64. 11.32% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0057	Industrial mineral	Opabin Creek W. (Sec. 75)	C171909; INDID_0424 (DIG 2019-0027)	83C	52.535741	-116.863470	-9999	To the east of Brazeau River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 75. 7.68% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0058	Industrial mineral	Maligne River (Sec. 77)	C172524; INDID_0425 (DIG 2019-0027)	83C	52.783238	-117.672030	-9999	Approximately 6 km to the north of Maligne Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Ranger Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal Phosphate Zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 77. 8.33% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0037	Industrial mineral	Llama Mtn. (Sec. 97)	C182762; INDID_0459 (DIG 2019-0027)	83E	53.793943	-119.501170	-9999	On the southern slopes of Llama Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Basal phosphate - equivalent to Ranger Canyon basal phosphate. Host Lithology: Conglomerate. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 7, Section 97. 3.19% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0046	Industrial mineral	Adams Lookout (Sec. 105)	C185519; INDID_0469 (DIG 2019-0027)	83E	53.746792	-118.621500	-9999	To the northwest of Adams Lookout.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ishbel condensed phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 105. 1.13% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0041	Industrial mineral	Bosche Range N (Sec. 133)	C184000; INDID_0464 (DIG 2019-0027)	83E	53.390294	-118.223220	-9999	Approximately 8 km to the south of Rock Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 133. 3.12% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0042	Industrial mineral	Daybreak Peak (Sec. 138)	C184206; INDID_0465 (DIG 2019-0027)	83E	53.455887	-118.468940	-9999	On the northern slopes of Daybreak Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 138. 2.54% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083F 0051	Industrial mineral	Pocahontas (Sec. 186)	C185737; INDID_0470 (DIG 2019-0027)	83F	53.190443	-117.872740	-9999	On the northeastern slopes of Capitol Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ishbel condensed phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 186. 1.85% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083F 0052	Industrial mineral	Luscar Mtn. A (Sec. 187)	C186063; INDID_0471 (DIG 2019-0027)	83F	53.037779	-117.421960	-9999	On the northern slopes of Luscar Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Chert	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ishbel condensed phosphate zone. Host Lithology: Chert.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 187. 1.31% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0099	Industrial mineral	Savanna Creek (Sec. 264)	C186352; INDID_0472 (DIG 2019-0027)	82J	50.155606	-114.492370	-9999	Approximately 3 km to the north of Isola Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ishbel condensed phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 264. 1.12% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082J 0100	Industrial mineral	Trap Creek (Sec. 271)	C186429; INDID_0473 (DIG 2019-0027)	82J	50.475455	-114.639510	-9999	On the eastern slopes of Patterson's Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Chert	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ishbel condensed phosphate zone. Host Lithology: Chert.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 271. 2.00% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083E 0045	Industrial mineral	Berland Range North (Sec. 95)	C185302; INDID_0468 (DIG 2019-0027)	83E	53.648510	-118.634560	-9999	To the west of South Berland River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate	Permian	Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ishbel condensed phosphate zone. Host Lithology: Conglomerate.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 8, Section 95. 1.90% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0063	Industrial mineral	Two OClock Creek B (Sec. 22)	C187290; INDID_0476 (DIG 2019-0027)	83C	52.069768	-116.437060	-9999	Near the southern end of Abraham Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Siltstone	Triassic	Sulphur Mountain Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lower Whistler phosphate horizon. Host Lithology: Siltstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 9, Section 22. 1.12% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
082O 0140	Industrial mineral	Forbidden Creek Headwaters (Sec. 386)	C187862; INDID_0478 (DIG 2019-0027)	82O	51.763994	-115.893010	-9999	Approximately 3 km to the east of Divide Pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Phosphate	Triassic	Sulphur Mountain Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whistler miscellaneous phosphate horizon. Host Lithology: phosphatic rock.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 9, Section 386. 5.08% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0061	Industrial mineral	Elliot Peak South (Sec. 45)	C186788; INDID_0474 (DIG 2019-0027)	83C	52.118640	-116.475320	-9999	Along the southern slopes of Elliott Peak.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Siltstone	Triassic	Sulphur Mountain Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Whistler phosphate horizon. Host Lithology: Siltstone.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 9, Section 45. 5.20% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0062	Industrial mineral	Coral Creek West Ridge (Sec. 52)	C187098; INDID_0475 (DIG 2019-0027)	83C	52.258821	-116.692920	-9999	Approximately 16 km to the west of Abraham Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Sandstone	Triassic	Sulphur Mountain Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Upper Whistler phosphate horizon. Host Lithology: Sandstone	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 9, Section 52. 1.60% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
083C 0013	Industrial mineral	Littlehorn Creek Headwater (Sec. 80)	C187524; INDID_0477 (DIG 2019-0027)	83C	52.273459	-116.567780	-9999	To the west of Abraham Lake above Littlehorn Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Shale	Triassic	Sulphur Mountain Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whistler miscellaneous phosphate horizon. Host Lithology: Shale.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Appendix 9, Section 80. 5.90% P2O5/1 m	Hudson Bay Oil and Gas Co. Ltd. (1965) Results of phosphate exploration project, Peel, F.A., AGS ESR 1987-02	Alberta Geological Survey
083N 0109	Industrial mineral	Snipe Lake	C227483; INDID_0328 (DIG 2019-0027)	83N	55.120107	-116.859090	-9999	On the western shore of Snipe Lake.	Surface	Prospect	Lakeshore fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	Agricultural lime	Medium	-9999	Fair	Shoreline fringe marl deposit. Thickness 0.3-1.5 m with C.C.E. values ranging from 36.5-79%. Overburden 0.3 m. Poor-fair quality.	Macdonald: Table 10 X-ray diffraction. >3% in abundance: Calcite, Quartz. <3% in abundance: Montmorillonite, illite, kaolinite, quartz, calcite. X-ray fluorescence. Calcium, iron, manganese, potassium, titanium, zinc, silicon.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083I 0011	Industrial mineral	Halfway Lake	C106169; INDID_0339 (DIG 2019-0027)	83I	54.159245	-113.517990	-9999	Approximately 8 km to the east of the village of Clyde, AB.	Surface	Past producer	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	Cement?, agricultural lime	Large	-9999	Poor	Marl deposits in Recent glaciofluvial and glaciolacustrine sediments, found north of, in, and south of Halfway Lake. The lake is shallow with carbonate bottom. Average C.C.E. 73-75% (1 m thick).	Macdonald: Table 10.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	Holter (1972) Evaluation of Halfway Lake marl deposit, Twp 59 and 60 R 24W4M, 83I/3 and 4, Alberta, AGS OFR 1982-02	Alberta Geological Survey
084C 0021	Industrial mineral	Grimshaw North	C103841; INDID_0330 (DIG 2019-0027)	84C	56.128688	-117.618060	-9999	Approximately 7 km to the south of the town of Grimshaw, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Good	Marl, minor tufa. A deposit of 80-100% C.C.E., 0-0.5 m thick with 0.2 m of overburden. The deposit is in a flat field, well drained and by the roadside.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083J 0017	Industrial mineral	Romeo Lake	C105094-77; INDID_0335 (DIG 2019-0027)	83J	54.046043	-114.875270	-9999	Approximately 9 km to the northeast of the town of Mayerthorpe, AB near Romeo Lake.	Surface	Showing	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	A group of shoreline fringe deposits around Romeo Lake on low level benches that were submerged when the lake stood at a higher level. A sample from the southeast deposit contained about 65% C.C.E. limited data prevents quantity estimates.	Macdonald: Table 10 >3% in abundance:	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083H 0073	Industrial mineral	Horseshoe Lake	C109189; INDID_0351 (DIG 2019-0027)	83H	53.583122	-113.666310	-9999	Along the western outskirts of the city of Edmonton, AB.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Poor	Seepage ponded marl deposit. Test hole showed nearly 2 m of water-saturated marl with a C.C.E. of 64-76%. Fair quality.	Macdonald: Table 10 Test hole #1. X-ray diffraction Bulk(>3% in abundance) Calcite, Quartz. Centrifuged (<3% in abundance) Nil. X-ray fluorescence. Calcium, iron, manganese, potassium, titanium.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083N 0107	Industrial mineral	Sturgeon Lake	C102806; INDID_0326 (DIG 2019-0027)	83N	55.116365	-117.654060	-9999	On the western shore of Sturgeon Lake.	Surface	Showing	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Shoreline fringe marl deposit. Thickness varies from 0.2 - 1.2 m and C.C.E. values from 53.5 - 82.0%.	Macdonald: Table 10 X-ray diffraction >3% in abundance Calcite, aragonite, quartz <3% in abundance. Montmorillonite X-ray fluorescence. Calcium, iron, manganese, potassium, titanium, zinc.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083H 0080	Industrial mineral	Spruce Grove	C111117; INDID_0359 (DIG 2019-0027)	83H	53.601287	-113.936710	-9999	Approximately 5 km to the north of the city of Spruce Grove, AB.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Poor	The marl is deposited on the bottom of small ponds at the base of a highland area to the north. The marls range from 68-84% C.C.E. and have an average thickness of 1.0 m with 0-0.1 m of overburden.	Macdonald: Table 10 X-ray diffraction. Bulk (>3% in abundance). Calcite. Centrifuged (<3% in abundance). Calcite. X-ray fluorescence. Calcium, iron, manganese.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083G 0051	Industrial mineral	Evansburg	C101235; INDID_0341 (DIG 2019-0027)	83G	53.685025	-115.053460	-9999	Approximately 10 km to the north of the village of Entwistle, AB.	Surface	Showing	Hillside spring or seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Mixed marl and tufa. The deposit forms a boggy terrace on a wooded hillside. It is thickest at the center of the terrace and pinches out a short distance away. The maximum thickness is 2.2 m. . C.C.E. values range between 48 and 93% with most above 70%. T	Macdonald: Table 10.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083B 0007	Industrial mineral	Hoadley	C113866; INDID_0364 (DIG 2019-0027)	83B	52.845600	-114.421600	-9999	Approximately 26 km to the north of the town of Rimbey, AB.	Surface	Prospect	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	A fair-good quality deposit of wet marl with minor tufa on a hillside location. The deposit is 1.0-3.0 m thick with 0-1.0 m of overburden.	Macdonald: Table 10. Bulk (>3% in abundance) Calcite, quartz. Centrifuged (<3% in abundance). Nil X-ray fluorescence. Calcium, iron, manganese, titanium.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083H 0057	Industrial mineral	Big Lake	C110174; INDID_0355 (DIG 2019-0027)	83H	53.594260	-113.799620	-9999	Approximately 10 km to the west of the city of Edmonton, AB near Big Lake.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Large	-9999	Poor	Seepage ponded marl deposit. Thickness 10 m or more. Overburden thickness highly variable. C.C.E. of 50-82%. Poor-good quality. Deposit extends over sections 19-22, 27-29, 53-26W4.	Macdonald: Table 10. X-ray diffraction. Bulk (>3% in abundance). Calcite, Quartz. Centrifuged (<3% in abundance). Nil X-ray fluorescence. Calcium, iron, manganese.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	Holter (1972) Evaluation of Halfway Lake marl deposit, Twp 59 and 60 R 24W4M, 83I/3 and 4, Alberta, AGS OFR 1982-02	Alberta Geological Survey
083B 0014	Industrial mineral	Benalto	C115172; INDID_0371 (DIG 2019-0027)	83B	52.330388	-114.282240	-9999	Approximately 11 km to the west of the town of Sylvan Lake, AB.	Surface	Prospect	Spring-fed lake	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Small, dry lake basin resting on ground moraine. Tufa is currently being deposited by a small spring discharging at the site. Seven test holes (maximum depth of 3.5 m), show C.C.E. values to decrease with depth from values of 80% in the upper 2 m. . A cen	Macdonald: Table 10. X-ray diffraction. Bulk (>3% in abundance). Calcite, quartz. Centrifuged (<3% in abundance). Nil. X-ray fluorescence. Calcium, iron, manganese.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083B 0010	Industrial mineral	Rose Creek	C114459; INDID_0367 (DIG 2019-0027)	83B	52.643095	-114.846340	-9999	Approximately 30 km north of the town of Rocky Mountain House, AB.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	A good quality deposit of wet, mixed marl and tufa on a hillside location. The deposit is 0.5-1.0 m thick with a 0-0.2 m overburden.	Macdonald: Table 10. X-ray diffraction. Bulk (>3% in abundance). Calcite, quartz. Centrifuged (<3% in abundance). Nil. X-ray fluorescence. Calcium, iron.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
083F 0022	Industrial mineral	Marlboro	C113411; INDID_0201 (DIG 2019-0027)	83F	53.557670	-116.789850	-9999	Approximately 22 km to the west of the town of Edson, AB.	Surface	Past producer	Spring-fed lake	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Fluvial and lacustrine marl deposit, deposition since the last deglaciation. The marl ranges from 1-2.75 m thick with all C.C.E. values >74% and most >85%. Generally the marl lies below the water table.	Macdonald: Table 10. X-ray diffraction. Bulk (>3% in abundance). Calcite. Centrifuged (<3% in abundance). X-ray fluorescence. Calcium, iron, manganese, copper.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS ESR 1958-02, AGS ECO 4, AGS ESR 1982-01	Alberta Geological Survey
083A 0062	Industrial mineral	Tees	C116073; INDID_0376 (DIG 2019-0027)	83A	52.461220	-113.311400	-9999	Approximately 8 km to the northwest of the village of Alix, AB.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	Poor-good quality deposit of mixed marl and tufa found along a creek that drains into Parlby Creek near the junction of Highways 12 and 50 near the town of Tees. Seven test holes in the deposit showed the thickest amounts (1.5 m) near the active springs. 	Macdonald: Table 10. X-ray diffraction: Bulk (>3% in abundance). Calcite, quartz. Centrifuged (<3% in abundance). Nil. X-ray fluorescence: Calcium, iron, manganese, titanium.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Macdonald: Table 11	AGS OFR 1982-02	Alberta Geological Survey
074L 0004	Metallic mineral	-9999	74L-M-02 (OFR 1994-08); METID_0922 (DIG 2019-0026)	74L	58.973512	-110.990383	-9999	East end John Barr Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper	Metasediment	Paleoproterozoic	Rutledge River complex	Gossanous zone in metasedimentary rocks; "A gossanous zone containing graphite, some pyrite and a minor amount of malachite was found on the east side of Uranium Lake in the metasediments".50% Outcrop, 50% Overburden; No Assays. Zone contains graphite, some pyrite, and a minor amount of malachite; Alteration: Gossanous zone containing graphite, pyrite, malachite. - Pervasive (>80%); Gangue: Pyrite, Graphite; Structure: Undeformed. - No mention is made of structural controls on gossanous zone. Metasedimentary rocks in this area have been migmatized and contain varied amount of late-formed crystalline minerals; Only "a minor amount of malachite" is present.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Malachite <1%.	MAR 19690045, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
082G 0153	Metallic mineral	Middle Kootenay Pass	8175 (site RM01, OFR 2011-11); METID_0074 (DIG 2019-0026)	82G	49.258445	-114.401871	2060	About 38 km due south of the town of Frank on the BC/AB border.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Silver	Quartzite	Mesoproterozoic	Grinnell Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.17	Ag	g/t	8.7	Malachite in intra-formational green argillite pebbles 1.17% Cu and 8.7 ppm Ag.	AGS OFR 2011-11	Alberta Geological Survey
074M 0192	Metallic mineral	-9999	134 (DIG 2009-21); METID_1142 (DIG 2019-0026)	74M	59.826969	-110.032987	-9999	West of Cherry Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Gold	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.093	-9999	-9999	-9999	Massive and thin interbedded tourmaline in sandstone beds with 93 ppb Au; quartz veinlets	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
082G 0023	Metallic mineral	Clark Range	82G-M-38 (OFR 1994-08); METID_0030 (DIG 2019-0026)	82G	49.189455	-114.168459	-9999	In the vicinity of Sage Mountain.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Dolomite	Mesoproterozoic	Gateway Formation	Carbonate beds; The lower Gateway comprises a series of red argillite beds with minor carbonate beds. Mineralization is restricted to the carbonate beds and comprises finely disseminated chalcocite with malachite staining. Minor secondary bornite and chalcopyrite were so; From "a sandy porous lens in the third carbonate bed of the Sage Mountain Section"; Structure: Undeformed - Mineralization does not appear to be controlled by fractures; 0.26% Cu across 0.45mMineralization is confined to thin carbonate beds within red argillite sequence	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.26	-9999	-9999	-9999	Maximum 2.3% Cu and an average of 0.26% Cu over 0.45 m.	MAR 19710007, AGS OFR 1994-08	Alberta Geological Survey
074L 0088	Metallic mineral	Dragon Lake, Maybelle, Maybelle River	Dragon Lake, Maybelle, Maybelle River; METID_0827 (DIG 2019-0026)	74L	58.204623	-110.660602	-9999	Western edge of Athabasca basin about 65 km WSW of Cluff Lake Saskatchewan.	Subsurface	Prospect	Drillhole	-9999	Unconformity-related uranium	-9999	Uranium, Nickel, Copper, Lanthanum	Sandstone	Paleoproterozoic	Fair Point Formation	-9999	MR-99	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	179.6	179.6	U3O8	per cent	54.5	-9999	-9999	-9999	Maybelle River high-grade U intersections (17% U3O8 2 m DDH MR-34 and 21% U3O8 5 m DDH MR-39); 2002-2003 drilling: 21% U3O8 over 5 m. In 2006 Areva reported intersections up to 54.5 U3O8.	Wheatley and Cutts (2013) Overview of the Dragon Lake uranium prospect, Maybelle River area northeastern Alberta, MAR 19890003, MAR 19900003	Alberta Geological Survey
074M 0271	Metallic mineral	-9999	186b (DIG 2009-21); METID_1009 (DIG 2019-0026)	74M	59.695705	-110.387821	-9999	Whaleback Lake	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper, Lead	Gneiss, metasediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	McDonough (1997 - Occurrence 186	McDonough (1997) Structural controls and age constraints on sulphide mineralization, southern Taltson magmatic zone, AGS DIG 2009-0021	Alberta Geological Survey
074E 0006	Metallic mineral	-9999	MD93090707 (OFR 1994-09); METID_0764 (DIG 2019-0026)	74E	57.243573	-111.662266	-9999	Fort McKay	Surface	Geological anomaly	Bedrock	-9999	Unknown	-9999	Iron	Sandstone	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	16.4	-9999	-9999	-9999	McMurray Fm. sandstone with 15% pyrite.; Historical sample ID MD93090707 (AGS OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
074E 0021	Metallic mineral	-9999	MD93082703 (OFR 1994-09); METID_0816 (DIG 2019-0026)	74E	57.782799	-110.562230	-9999	Marguerite River	Surface	Geochemical anomaly	Bedrock	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Marguerite River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	950	La	ppm	450	Megacrystic granitoid with 1500 cps 450 ppm Th, 8.6 ppm U, 950 ppm Ce, 27 ppm Hf, 450 ppm La, 330 ppm Nd and 50 ppm Sm.; Historical sample ID MD93082703 (OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
074M 0050	Metallic mineral	-9999	19 (DIG 2009-21); METID_1018 (DIG 2019-0026)	74M	59.708720	-110.491728	-9999	Southwest of Potts Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Molybdenum	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mo, but not found in 1992.	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0002	Metallic mineral	-9999	83 (DIG 2009-21); METID_1106 (DIG 2019-0026)	74M	59.807455	-110.263104	-9999	East centre of west arm of Andrew Lake.	Surface	Showing	Outcrop	-9999	Unknown	Occurrence 13 in AGS ESR 1958-04 - "isolated flakes of molybdenite were noted in quartzite or gneiss"	Molybdenum	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mo?	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
083M 0111	Industrial mineral	Spirit River	C139343; INDID_0318 (DIG 2019-0027)	83M	55.759368	-118.866762	-9999	On the southern outskirts of the town of Spirit River, AB.	Surface	Showing	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Good	White for high quality samples to brown for low quality marl. Submarginal-good quality. With an estimated average thickness of 0.5 m of marl (and calcareous sediments) having an average C.C.E. of 40%, the deposit contains 42 800 cubic m. of material.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Most samples averaged 40-45% CCE., with the highest reaching 83%	AGS OFR 1982-02	Alberta Geological Survey
074E 0017	Metallic mineral	-9999	MD93090801 (OFR 1994-09); METID_0806 (DIG 2019-0026)	74E	57.713599	-110.633507	-9999	Marguerite River	Surface	Geological anomaly	Bedrock	-9999	Unknown	-9999	Chromium	Granitoid	Paleoproterozoic	Marguerite River complex	Mylonitic pink granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cr	ppm	330	-9999	-9999	-9999	Mylonitic, 330 ppm Cr.; Historical sample ID MD93090801 (OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
074M 0047	Metallic mineral	-9999	5 (DIG 2009-21); METID_0997 (DIG 2019-0026)	74M	59.655946	-110.589231	-9999	South of Charles Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Nickel, Chromium, Zinc	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ni, Cr and Zn reported by Godfrey 1966 (AGS ESR 1965-06), but not found in 1992.	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074E 0097	Industrial mineral	Firebag-Marguerite	INDID_1331 (DIG 2019-0027)	74E	57.683300	-111.141600	-9999	Located 50 km north of Ft. McKay, along Marguerite River east of Athabasca River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Carbonate	Devonian	Keg River Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Outcrop exposure scares and limited to river banks. Cryptocrystalline to fine grained, light brown to light grey, vuggy and resistant Dolo-mud to wackestone.	Ten samples of Methy Formation yielded favorable analytical results for high quality dolomite.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Nine of the ten samples returned MgCO3 values between 44% and 46% while SiO2 values were between 0.09% and 0.79%	MAR 20140010	Alberta Geological Survey
083A 0061	Industrial mineral	Stettler Salt	E23612; INDID_0067 (DIG 2019-0027)	83A	52.324947	-112.726730	-9999	The townsite of Stettler has been given as the location of the deposit, but the latter covers the SE quarter of NTS 83A and the E half of NTS 82P.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Evaporite	Late Devonian	Stettler Formation	-9999	-9999	-9999	Salt extraction	Large	-9999	Good	The deposit comprises two distinct salt units separated by a massive anhydrite bed 7 to 20 m thick. Lower unit(<45 m thick) and more extensive than upper unit (20 m thick). Both are intercalated with anhydrite interbeds form up to 50% of the successions. 	Concern to its potential development is brinability, constrained by many anhydrite interbeds in the succession, most of them >2 m thick. Individual halite beds are rarely more than 5 m thick. Maximum brinable salt thickness rarely exceeds 10 m.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	No data exist on the chemical quality of Stettler Salt.	Hamilton (1982) Salt and gypsum in Alberta	Alberta Geological Survey
074E 0004	Metallic mineral	-9999	MD93091102A (OFR 1994-09); METID_0747 (DIG 2019-0026)	74E	57.116148	-111.627366	-9999	Fort McKay	Surface	Geochemical anomaly	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Lead	Limestone	Devonian	Waterways Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	0.0118	-9999	-9999	-9999	Nodular to brecciated argillaceous limestone 118 ppm Pb 32 ppm Sb.	AGS OFR 1994-09	Alberta Geological Survey
084D 0003	Metallic mineral	Clear Hills	84D-M-08 (OFR 1994-08); METID_0576 (DIG 2019-0026)	84D	56.462622	-118.508627	-9999	38.5 km east-southeast of Worsley.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Sandstone; Oolitic, ferriferous sandstone with a calcite and siderite matrix; No Assays; 35% Fe average grade136.1 million tons reserve estimate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	18.49	-9999	-9999	-9999	One grab sample yielded 18.49% Fe.	AGS GEO 2000-02, AGS ESR 1959-03	Alberta Geological Survey
074M 0205	Metallic mineral	Fidler Point, Lake Athabasca North Shore	Fidler Point, Lake Athabasca North Shore; METID_0931 (DIG 2019-0026)	74M	59.135351	-110.415670	-9999	4 km north of Fidler Point on Lake Athabasca.	Surface	Geochemical anomaly	Lake sediment	-9999	Unconformity-related uranium	-9999	Uranium	Lake sediment	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0139	-9999	-9999	-9999	One sample at 139 ppm U six other samples >40ppm.	MAR 19990015	Alberta Geological Survey
082G 0111	Metallic mineral	Vicary Ridge	1 - Vicary Ridge (Leckie and Craw, 1995); METID_0206 (DIG 2019-0026)	82G	49.731537	-114.458785	-9999	Vicary Channel	Surface	Geochemical anomaly	Bedrock	-9999	Paleoplacer gold	-9999	Gold	Conglomerate	Albian	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.08	-9999	-9999	-9999	Original sample ID 1 - Vicary Ridge (Leckie and Craw, 1995)	Leckie and Craw (1995) Westerly derived early Cretaceous gold paleoplacers in the western Canada foreland basin, southwestern Alberta: tectonic and economic implications	Alberta Geological Survey
083G 0010	Industrial mineral	Pembina Quarries (Entwistle area)	T133621; INDID_1098 (DIG 2019-0027)	83G	53.590563	-114.998300	-9999	On the outskirts of the village of Entwistle, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building stone	Medium	-9999	Excellent	Section:- 6 m drift; 8.5 m blue and buff sandstone in fairly heavy, irregular beds, some hard, flinty bands. 9 m grey sandstones, beds 25 cm - 1 m thick. Stone coarse-grained, uniform colour, little reediness.	-9999	Parks, p.244	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks, p. 245-249.	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
084C 0001	Metallic mineral	-9999	84C-M-01 (OFR 1994-08); METID_0627 (DIG 2019-0026)	84C	56.547761	-116.002647	-9999	About 14 km north-northeast of Little Buffalo Lake.	Subsurface	Showing	Drillhole	oil or gas well	Unknown	-9999	Copper	Dolomite	Late Devonian	Winterburn Group	Dolomite; During the initial drilling a junk sub was run to a depth of 3640 ft and when pulled it was found to contain several pieces of native Cu. The Winterburn Formation occurs between depths of 3558 ft and 3988 ft at this location. Report CU-AF-002(1) states the; A follow-up side wall coring program failed to locate any more Cu in the drill hole. Report CU-AF-002(1) states that the pieces of Cu recovered range up to 2 x 1 x 0.5 inch; Structure: Undeformed - Mineral occurrence appears to be sourced from undeformed Devonian Winterburn Formation dolomite; Appears to be isolated occurrence.	Lubicon EV 02-21-087-13W5	100/02-21-087-13W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1109.5	1109.5	Cu	per cent	0.1544	-9999	-9999	-9999	Pieces of native copper up to 5 x 2.5 x 1.5 cm thick with traces of Co, Fe, Ni, Pb and S.	MAR 19690001, AGS GEO 2000-02	Alberta Geological Survey
074L 0105	Metallic mineral	-9999	FC-038	74L	58.007168	-110.846092	-9999	Approximately 7 km southwest of the Currie Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	FC-038	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	102.25	102.25	U	per cent	0.077	-9999	-9999	-9999	PXRF results indicate 0.077043372% U.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
083K 0038	Metallic mineral	-9999	100/02-14-069-25W5/00	83K	54.969601	-117.695915	-9999	Approximately 13 km south of the town of Sturgeon Heights, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Vanadium	-9999	-9999	-9999	-9999	NAL CRESTAR STURLS 2-14-69-25	100/02-14-069-25W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1759.25	1759.25	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 0.536910134% V.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
082I 0036	Metallic mineral	-9999	100/01-18-023-24W4/00; INDID_1083, INDID_1360 (DIG 2019-0027)	82I	50.952362	-113.331227	-9999	Approximately 40 km east of the city of Calgary, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Vanadium	-9999	-9999	-9999	-9999	EMBER CAVALIER 1-18-23-24	100/01-18-023-24W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	338	338	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 0.791467888% V.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
083H 0101	Metallic mineral	-9999	100/11-13-056-21W4/00	83H	53.841678	-112.991077	-9999	Approximately 21 km northeast of the town of Fort Saskatchewan, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Zinc	-9999	-9999	-9999	-9999	CFR REDWATER 11-13-56-21	100/11-13-056-21W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	982.37	982.37	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 1.07554931% Zn.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
074M 0382	Metallic mineral	-9999	FC-100	74M	59.214533	-111.502680	-9999	Approximately 60 km north of Fort Chipewyan, AB along the west shore of the Slave River.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Zinc	-9999	-9999	-9999	-9999	FC-100	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	102.41	102.41	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 1.250226211% Zn.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
084N 0051	Metallic mineral	-9999	ST00-3	84N	59.536159	-117.570284	-9999	Approximately 25 km southwest of the hamlet of Steen River, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Zinc, Uranium	-9999	-9999	-9999	-9999	ST00-3	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	139.2	139.2	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 1.5299% Zn & 0.0794% U.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
083M 0123	Metallic mineral	-9999	100/06-03-079-13W6/00	83M	55.815539	-119.947168	-9999	Approximately 3 km southwest of the community of Bay Tree, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Zinc, Vanadium, Nickel	-9999	-9999	-9999	-9999	BIR PCOUPE 6-3-79-13	100/06-03-079-13W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	2242.5	2242.5	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 2.006745906% Zn.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
083B 0058	Metallic mineral	-9999	100/05-36-038-04W5/00	83B	52.306550	-114.454887	-9999	Approximately 24 km west of the town of Sylvan Lake, AB.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Zinc	-9999	-9999	-9999	-9999	BTG MEDRIV 5-36-38-4	100/05-36-038-04W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	3058	3058	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 3.031018412% Zn.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
074E 0103	Metallic mineral	-9999	Synenco_01-86_NLP	74E	57.569124	-110.828335	-9999	Approximately 43 km northeast of Fort Hills mine.	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Copper, Zinc	-9999	-9999	-9999	-9999	Synenco_01-86_NLP	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	61.8	61.8	-9999	-9999	-9999	-9999	-9999	-9999	PXRF results indicate 6.3809% Cu & 2.9596% Zn.; Historical sample from AGS DIG 2024-0009	AGS DIG 2024-0009	Alberta Geological Survey
082O 0001	Metallic mineral	-9999	82O-M-05 (OFR 1994-08); METID_0275 (DIG 2019-0026)	82O	51.293355	-115.152067	-9999	About 80 km west of Calgary on the Ghost River.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Silver	Limestone	Cambrian	Cathedral Formation	Limestone; Dark, faintly purplish grey Limestone with large amounts of iron-pyrites. Note: General location of 50 miles west of Calgary that was given in the text indicates occurrence is at or near the contact between Cathedral Limestone and the underlying Cretaceous; Sample of Limestone assayed for gold and silver; Gangue: Iron-pyrite, carbonate - No information.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	g/t	24.99	-9999	-9999	-9999	Pyrite in limestone and 24.99 g/t Ag.	Hoffmann (1888) Chemical contributions to the geology of Canada, AGS OFR 1994-08	Alberta Geological Survey
082G 0161	Metallic mineral	Crowsnest North	16-S2 (MAR 20140013); METID_1258 (DIG 2019-0026)	82G	49.814720	-114.528809	-9999	About 20 km north of highway 3.	Surface	Geological anomaly	Alluvial sand and gravel	-9999	Unknown	-9999	Unknown	Gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Float	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Quartz veinlet in Crowsnest volcanic fragment float from in alluvial sediment.	MAR 20140013	Alberta Geological Survey
074M 0179	Metallic mineral	-9999	141 (DIG 2009-21); METID_1131 (DIG 2019-0026)	74M	59.818305	-111.032985	-9999	South Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold	Gneiss	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.02	-9999	-9999	-9999	Quartz veins in granite gneiss; 20 ppb Au and 5 ppm Cu (sample 13-01).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0181	Metallic mineral	-9999	150 (DIG 2009-21); METID_1149 (DIG 2019-0026)	74M	59.836084	-111.032111	-9999	South Leland Lakes.	Surface	Geological anomaly	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Quartz-magnetite veins in recrystallized mylonitic metasedimentary rock.	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0191	Metallic mineral	-9999	133 (DIG 2009-21); METID_1138 (DIG 2019-0026)	74M	59.825556	-110.036238	-9999	West of Cherry Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Gold	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.026	-9999	-9999	-9999	Quartz-tourmaline veins with pyrite arsenopyrite 26 ppb Au and 1706 to 6571 ppm As.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0045	Metallic mineral	-9999	54 (DIG 2009-21); METID_1102 (DIG 2019-0026)	74M	59.805852	-110.007040	-9999	East of Waugh Lake.	Surface	Geological anomaly	Outcrop	-9999	Quartz-tourmaline gold veins	-9999	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Quartz-tourmaline veins.	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0113	Metallic mineral	-9999	160 (DIG 2009-21); METID_0960 (DIG 2019-0026)	74M	59.243022	-110.155626	-9999	Near Fallingsand Point.	Surface	Geophysical anomaly	Float	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Athabasca Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive Athabasca Sandstone boulders, close to outcrop, no assay data. AGS BUL 064 occurrence 160	MAR 19780001, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0114	Metallic mineral	-9999	161 (DIG 2009-21); METID_0962 (DIG 2019-0026)	74M	59.258303	-110.130520	-9999	Near Fallingsand Point.	Surface	Geophysical anomaly	Float	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Athabasca Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive Athabasca Sandstone boulders, close to outcrop, no assay data. AGS BUL 064 occurrence 161	MAR 19780001, AGS DIG 2009-0021	Alberta Geological Survey
074M 0115	Metallic mineral	-9999	162 (DIG 2009-21); METID_0967 (DIG 2019-0026)	74M	59.275783	-110.099368	-9999	North of Fallingsand Point.	Surface	Geochemical anomaly	Bedrock	Drillhole	Unconformity-related uranium	Seven drill holes average depth per hole of 180 m. Four holes showed 0.5 to 8.5 m with values as high as 70.5 ppm U (NS08-004 at 147 m depth). Best U intersection in NS8-004, 0.5 m, 70.2 ppm U.	Uranium, Copper, Lithium, Rare-earth elements	Sandstone	Paleoproterozoic	Athabasca Group	-9999	NS08-003	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive Athabasca Sandstone boulders, close to outcrop, no assay data. AGS BUL 064 occurrence 162	MAR 19780001, AGS DIG 2009-0021, MAR 20090001, Armitage (2014) Technical report on the on North Shore property, northeastern Alberta, for Fission 3.0 Corp and Fission Uranium Corp.	Alberta Geological Survey
074M 0116	Metallic mineral	-9999	163 (DIG 2009-21); METID_0969 (DIG 2019-0026)	74M	59.285018	-110.059107	-9999	Near Greywillow Point.	Surface	Geophysical anomaly	Float	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Athabasca Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive Athabasca Sandstone boulders, close to outcrop, no assay data. AGS BUL 064 occurrence 163	MAR 19780001, AGS DIG 2009-0021	Alberta Geological Survey
074M 0117	Metallic mineral	-9999	164 (DIG 2009-21); METID_0972 (DIG 2019-0026)	74M	59.300027	-110.036041	-9999	Near Fallingsand Point.	Surface	Geophysical anomaly	Float	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Athabasca Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive Athabasca Sandstone boulders, close to outcrop, no assay data. AGS BUL 064 occurrence 164	MAR 19780001, AGS DIG 2009-0021	Alberta Geological Survey
074M 0110	Metallic mineral	-9999	74M-M-61 (OFR 1994-08); METID_0973 (DIG 2019-0026)	74M	59.309067	-110.006498	-9999	Along the north shore of Lake Athabasca about 3000 m north-northeast of Greywillow Point next to the Saskatchewan border.	Surface	Showing	Float	-9999	Unconformity-related uranium	-9999	Uranium	Sandstone, conglomerate	Paleoproterozoic	Athabasca Group	Basal sandstone or conglomerate unit; A cluster of 7 uraniferous Athabasca sandstone boulders were identified at this site comprised of quartzitic sandstone, devoid of feldspathic material, with a matrix comprised of chloritic and sericitic material, epidote and iron oxides; No Assays. Pitchblende (UO3) and coffinite(USiO4) are very rare; Alteration: Sandstone is very quartzitic, relatively unaltered. Spotty to Low (<20%); Structure: Faulted - Mineralization is apparently related to block faulting which cuts both the Archean basement and the Athabasca sandstone and is either syn-depositional or very shortly post-depositional; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site - No assay	MAR 19760006, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0081	Metallic mineral	Fidler Point	74M-M-41 (OFR 1994-08); METID_0937 (DIG 2019-0026)	74M	59.143251	-110.382048	-9999	Centred about 2400 m northwest of Whitesand Point on Lake Athabasca and about 4500 m northeast of Fidler Point.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Granitic pegmatite, syenite	Paleoproterozoic	Fishing Creek granodiorite	Syenite, pegmatites; Feldspar-rich pegmatite with some quartz but little or no biotite . Pegmatite contains yellow and green "splotches" of mineralization; The mineralization appears to be disseminated throughout the pegmatite, and to be intimately associated with the large feldspar crystals; Structure: Faulted - There are NE-SW trending faults subordinate to a westerly fault system. The Allan Fault is about 10 km to the west and these faults are likely related to it. There is also evidence for thrust faults and right lateral movement. The U mineralization does not; 0.055% U3O8 This "average" is from four samples in the best areas of mineralization.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0729	-9999	-9999	-9999	Radioactive site 0.086% U3O8 and 0.009% ThO2.	MAR 19700006, AGS DIG 2009-0021, AGS OFR 1994-08	Alberta Geological Survey
074M 0109	Metallic mineral	-9999	74M-M-60 (OFR 1994-08); METID_0971 (DIG 2019-0026)	74M	59.298243	-110.057609	-9999	About 2300 m northwest of Greywillow Point on Lake Athabasca.	Surface	Showing	Outcrop	-9999	Unconformity-related uranium	-9999	Uranium	Sandstone	Paleoproterozoic	Athabasca Group	Basal sandstone (adjacent to unconformity); Quart sandstone, devoid of feldspathic material with a matrix comprised of chloritic and sericitic material, epidote, and iron hydroxides. Overburden: Outcrop 2%, Overburden 98%; Alteration: sandstone is very quartz-rich, relatively unaltered. - Spotty to local (<20%); Structure: Faulted - Mineralization is apparently related to block faulting which cuts both the Archean basement and the Athabasca sandstone, and in syn-depositional or very shortly post-depositional; only two samples taken from sandstone outcrop.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.5258	-9999	-9999	-9999	Radioactive site 0.62% U3O8.	MAR 19760006, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0111	Metallic mineral	-9999	74M-M-59 (OFR 1994-08); METID_0963 (DIG 2019-0026)	74M	59.267976	-110.112330	-9999	About 1000 m north-northwest of Fallingsand Point on Lake Athabasca.	Surface	Showing	Outcrop	-9999	Unconformity-related uranium	-9999	Uranium	Sandstone, conglomerate	Paleoproterozoic	Athabasca Group	Basal sandstone or conglomerate unit regolith development in basement rocks; Over 200 uraniferous boulders in a 50m x 50m area were located. Boulders are quartzitic sandstone or conglomerate, completely devoid of feldspathic material, with a matrix comprised of chloritic and sericitic material, epidote and iron hydroxides. About; Alteration: regolith has 'spotty' mineralization. Boulders are uraniferous, but comprise mostly quartz and are relatively unaltered. Spotty to Local (<20%); Structure: Faulted - Mineralization is apparently related to block faulting which cuts both the Archean basement and the Athabasca sandstone, and is either syn-depositional or very shortly post-depositional; 0.51% U3O8. Average of samples from 11 boulders believed to be representative of boulder field.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.8056	-9999	-9999	-9999	Radioactive site 0.95% U3O8 and 0.024% U3O8 assayed in the same location.	MAR 19760006, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0086	Metallic mineral	-9999	152 (DIG 2009-21); METID_1000 (DIG 2019-0026)	74M	59.669996	-111.252244	-9999	Myers Lake	Surface	Geophysical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Thorium	Granite	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site area of 15 m by 0.25 m with 2400 cps total count.	MAR 19710004, AGS DIG 2009-0021	Alberta Geological Survey
074M 0085	Metallic mineral	-9999	153 (DIG 2009-21); METID_0998 (DIG 2019-0026)	74M	59.665301	-111.265165	-9999	Myers Lake	Surface	Geophysical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Thorium	Granite	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site area of 2 m diameter with 2000 cps total count.	MAR 19710004, AGS DIG 2009-0021	Alberta Geological Survey
074M 0006	Metallic mineral	-9999	72 (DIG 2009-21); METID_1174 (DIG 2019-0026)	74M	59.867745	-110.189860	-9999	Northwest of Hutton Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Granite-hosted uranium	"Radioactivity" AGS ESR 1958-04	Uranium, Thorium, Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site.	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0027	Metallic mineral	-9999	63 (DIG 2009-21); METID_1214 (DIG 2019-0026)	74M	59.965418	-110.233576	-9999	South of Pythagoras Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site.	AGS ESR 1958-03, AGS DIG 2009-0021	Alberta Geological Survey
074M 0087	Metallic mineral	-9999	151 (DIG 2009-21); METID_1003 (DIG 2019-0026)	74M	59.681898	-111.224987	-9999	Myers Lake	Surface	Geophysical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Thorium	Granite	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site.	MAR 19710004, AGS DIG 2009-0021	Alberta Geological Survey
074M 0080	Metallic mineral	-9999	74M-M-55 (OFR 1994-08); METID_0928 (DIG 2019-0026)	74M	59.084628	-110.920667	-9999	Centred at south end of locally named Dismal Lake about 6 km southwest of the west of Fletcher Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Granitic pegmatite, granitic gneiss	Paleoproterozoic	Chipewyan granite	Pegmatite phase of granites associated with faults; Granitic gneiss, with lenses of pegmatite and "banded gneiss", which comprise alternating layers of pink granitic material and a fine to medium-grained grey-green mylonite material. Yellow staining is associated with the radioactive zones; No Assays; Alteration: No information on alteration; Structure: Folded, shear zones - rocks in the area are isoclinally folded and migmatized. Mineralization is associated with a major NE-SW trending shear system, divergent to the SW. Probably related to the Allan Fault Zone; No assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site.	MAR 19700013, AGS DIG 2009-0021, AGS OFR 1994-08	Alberta Geological Survey
074M 0082	Metallic mineral	Disappointment Lake	74M-M-49 (OFR 1994-08); METID_0983 (DIG 2019-0026)	74M	59.427700	-110.788747	-9999	Anomaly covers an area of about 108 ha northwest of Disappointment Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granite, amphibolites, quartzite	Paleoproterozoic	Slave granitoid	Shear zone in granitic rocks, with minor bands of amphibolite; "Mainly massive granites with bands of amphibolite and minor bands of associated quartzite. Radioactive anomalies are concentrated between the bands of amphibolites and the granitic rocks, and also in tension rocks in the granites"; "Grossly weathered and highly metamorphosed"; Alteration: "Grossly weathered" - Moderate to pervasive (50% to 80%); Gangue: Hematite, Magnetite, Pyrite; Structure: Folded, Faulted - The anomaly lies along a reasonably well delineated fold (antiform?), where it is cut by a shear zone. The shear zone strikes N50W and appears to originate from the Disappointment Lake Fault. The shear zone is "grossly weathered and highly metamorphosed"; Very little work done to date. No estimates possible for grade and tonnage.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Radioactive site.	MAR 19700008, AGS DIG 2009-0021, AGS OFR 1994-08	Alberta Geological Survey
074M 0108	Metallic mineral	-9999	165 (DIG 2009-21); METID_0982 (DIG 2019-0026)	74M	59.410535	-110.591678	-9999	Near Turtle Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Molybdenum, Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	755	-9999	-9999	-9999	Radioactive site.; Historical sample ID WL-09-08-01 (AGS BUL 064 - Occurrence 84)	MAR 19760011, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074L 0075	Metallic mineral	Lake Athabasca North Shore	25281 (MAR 20070004); METID_0904 (DIG 2019-0026)	74L	58.825979	-110.989228	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	REE	ppm	1475	-9999	-9999	-9999	Radioactive site: 1100 cps; 332 ppm La, 729 ppm Ce, 14.5 ppm Dy; Historical sample ID 25281 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0223	Metallic mineral	Lake Athabasca North Shore	25159 (MAR 20070004); METID_0948 (DIG 2019-0026)	74M	59.160469	-110.458890	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granite, diorite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	622	La	ppm	275	Radioactive site: 1100 cps; Historical sample ID 25159 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0073	Metallic mineral	Lake Athabasca North Shore	25278 (MAR 20070004); METID_0902 (DIG 2019-0026)	74L	58.825475	-110.982110	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Zirconium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	984	La	ppm	561	Radioactive site: 1160 cps; 561 ppm La, 984 ppm Ce, 1470 ppm Zr; Historical sample ID 25278 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0070	Metallic mineral	Lake Athabasca North Shore	25168 (MAR 20070004); METID_0899 (DIG 2019-0026)	74L	58.818702	-110.878519	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	989	La	ppm	527	Radioactive site: 1200 cps; Historical sample ID 25168 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0076	Metallic mineral	Lake Athabasca North Shore	25499 (MAR 20070004); METID_0908 (DIG 2019-0026)	74L	58.862884	-111.116122	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Boulder	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium, Uranium, Zirconium	Granite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	3670	La	ppm	1820	Radioactive site: 12000 cps; 1820 ppm Th, 1720 ppm La, 3670 ppm Ce, 1510 ppm Nd, 21.6 ppm Dy; Historical sample ID 25499 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0238	Metallic mineral	Lake Athabasca North Shore	25477 (MAR 20070004); METID_0980 (DIG 2019-0026)	74M	59.371987	-110.049149	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1060	La	ppm	526	Radioactive site: 1300 cps; 526 ppm La, 1060 ppm Ce; Historical sample ID 25477 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0071	Metallic mineral	Lake Athabasca North Shore	25280 (MAR 20070004); METID_0900 (DIG 2019-0026)	74L	58.819989	-110.987273	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	284	La	ppm	174	Radioactive site: 1310 cps; 174 ppm La, 284 ppm Ce; Historical sample ID 25280 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0227	Metallic mineral	Lake Athabasca North Shore	25198 (MAR 20070004); METID_0952 (DIG 2019-0026)	74M	59.163714	-110.428093	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0129	-9999	-9999	-9999	Radioactive site: 1350 cps; 129 ppm U, 10.4 ppm Yb	MAR 20070004	Alberta Geological Survey
074L 0025	Metallic mineral	Lake Athabasca North Shore	25165 (MAR 20070004); METID_0851 (DIG 2019-0026)	74L	58.796163	-111.048156	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Zirconium, Thorium, Rare-earth elements	Syenite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zr	ppm	2210	Th	ppm	1370	Radioactive site: 1400 cps; 2210 ppm Zr, 1370 ppm Th, 1314 ppm REE; Historical sample ID 25165 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0017	Metallic mineral	Lake Athabasca North Shore	25307 (MAR 20070004); METID_0840 (DIG 2019-0026)	74L	58.783887	-111.143932	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE	ppm	1041	U	per cent	0.0062	Radioactive site: 1500 cps; 62 ppm U, 509 ppm Ce	MAR 20070004	Alberta Geological Survey
074L 0064	Metallic mineral	Lake Athabasca North Shore	25166 (MAR 20070004); METID_0893 (DIG 2019-0026)	74L	58.813047	-111.011114	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1200	La	ppm	629	Radioactive site: 1500 cps; Historical sample ID 25166 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0057	Metallic mineral	Lake Athabasca North Shore	25155 (MAR 20070004); METID_0886 (DIG 2019-0026)	74L	58.807325	-111.019075	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1350	La	ppm	698	Radioactive site: 1580 cps; 8.29% Fe2O3,698 ppm La, 1350 ppm Ce, 89 ppm Li; Historical sample ID 25155 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0221	Metallic mineral	Lake Athabasca North Shore	25157 (MAR 20070004); METID_0946 (DIG 2019-0026)	74M	59.159244	-110.473337	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium	Granite, diorite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	909	La	ppm	432	Radioactive site: 1600 cps; Historical sample ID 25157 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0027	Metallic mineral	Lake Athabasca North Shore	25489 (MAR 20070004); METID_0853 (DIG 2019-0026)	74L	58.796353	-110.956031	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium, Thorium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	755	La	ppm	359	Radioactive site: 1607 cps; 359 ppm La, 755 ppm Ce; Historical sample ID 25489 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0023	Metallic mineral	Lake Athabasca North Shore	25308 (MAR 20070004); METID_0849 (DIG 2019-0026)	74L	58.793408	-111.157502	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE	ppm	1344	U	per cent	0.0089	Radioactive site: 1650 cps; 89 ppm U, 639 ppm Ce; Historical sample ID 25308 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0053	Metallic mineral	Lake Athabasca North Shore	25169 (MAR 20070004); METID_0880 (DIG 2019-0026)	74L	58.802213	-110.899449	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	1110	La	ppm	552	Radioactive site: 1800 cps; Historical sample ID 25169 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0224	Metallic mineral	Lake Athabasca North Shore	25195 (MAR 20070004); METID_0949 (DIG 2019-0026)	74M	59.162412	-110.400396	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granitoid	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U	per cent	0.0204	-9999	-9999	-9999	Radioactive site: 1900 cps; 204 ppm U	MAR 20070004	Alberta Geological Survey
074L 0031	Metallic mineral	Lake Athabasca North Shore	25492 (MAR 20070004); METID_0858 (DIG 2019-0026)	74L	58.799836	-110.952912	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0118	-9999	-9999	-9999	Radioactive site: 1941 cps; 118 ppm U	MAR 20070004	Alberta Geological Survey
074M 0228	Metallic mineral	Lake Athabasca North Shore	25193 (MAR 20070004); METID_0953 (DIG 2019-0026)	74M	59.164869	-110.419224	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium	Granite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	345	La	ppm	153	Radioactive site: 2020 cps; 153 ppm La, 345 ppm Ce, 26 ppm Yb, 144 ppm Y, 85 ppm U; Historical sample ID 25193 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0229	Metallic mineral	Lake Athabasca North Shore	25192 (MAR 20070004); METID_0954 (DIG 2019-0026)	74M	59.165425	-110.427138	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	488	La	ppm	202	Radioactive site: 2020 cps; 202 ppm La, 488 ppm Ce; Historical sample ID 25192 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0021	Metallic mineral	Lake Athabasca North Shore	25309 (MAR 20070004); METID_0847 (DIG 2019-0026)	74L	58.792613	-111.154159	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium, Zirconium	Schist	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0192	Zr	ppm	1050	Radioactive site: 2100 cps, 12.8%Fe2O3, 1.08%P2O5, 192 ppm U, 1050 ppm Zr, 72 ppm Nb, 392 ppm La, 813 ppm Ce. Total REE 1651 ppm; Historical sample ID 25309 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0065	Metallic mineral	Lake Athabasca North Shore	25496 (MAR 20070004); METID_0894 (DIG 2019-0026)	74L	58.813664	-110.927392	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0129	-9999	-9999	-9999	Radioactive site: 2100 cps; 129 ppm U	MAR 20070004	Alberta Geological Survey
074M 0212	Metallic mineral	Lake Athabasca North Shore	25175 (MAR 20070004); METID_0936 (DIG 2019-0026)	74M	59.140125	-110.522321	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Zirconium	Gneiss	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0106	Zr	ppm	1510	Radioactive site: 2200 cps; 106 ppm U, 1510 ppm Zr	MAR 20070004	Alberta Geological Survey
074L 0062	Metallic mineral	Lake Athabasca North Shore	25495 (MAR 20070004); METID_0891 (DIG 2019-0026)	74L	58.812713	-110.929454	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.025	-9999	-9999	-9999	Radioactive site: 2400 cps; 250 ppm U; Historical sample ID 25495 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0226	Metallic mineral	Lake Athabasca North Shore	25196 (MAR 20070004); METID_0951 (DIG 2019-0026)	74M	59.162771	-110.402191	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium	Granite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Ce	ppm	271	La	ppm	134	Radioactive site: 2440 cps; 110 ppm U, 134 ppm La, 271 ppm Ce, 0.716% P2O5; Historical sample ID 25196 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0022	Metallic mineral	Lake Athabasca North Shore	25304 (MAR 20070004); METID_0848 (DIG 2019-0026)	74L	58.793271	-111.166447	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granite	Paleoproterozoic	Thesis Lake granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	720	Ce	ppm	1220	Radioactive site: 2500 cps; 720 ppm La, 1220 ppm Ce. Total REE 2437 ppm; Historical sample ID 25304 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0084	Metallic mineral	Lake Athabasca North Shore	25353 (MAR 20070004); METID_0917 (DIG 2019-0026)	74L	58.885794	-111.080080	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Zirconium	Granite	Paleoproterozoic	Chipewyan granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE	ppm	3044	Zr	ppm	1070	Radioactive site: 2600 cps; 1010 ppm Zr, 868 ppm La, 1430 ppm Ce	MAR 20070004	Alberta Geological Survey
074M 0214	Metallic mineral	Lake Athabasca North Shore	25185 (MAR 20070004); METID_0939 (DIG 2019-0026)	74M	59.151630	-110.408941	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0919	-9999	-9999	-9999	Radioactive site: 2700 cps; 919 ppm U	MAR 20070004	Alberta Geological Survey
074M 0233	Metallic mineral	Lake Athabasca North Shore	25481 (MAR 20070004); METID_0965 (DIG 2019-0026)	74M	59.269852	-110.115911	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Boulder	-9999	Unconformity-related uranium	-9999	Uranium	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.222	-9999	-9999	-9999	Radioactive site: 3000 cps; 2220 ppm U, 115 ppm Li	MAR 20070004	Alberta Geological Survey
074M 0236	Metallic mineral	Lake Athabasca North Shore	25299 (MAR 20070004); METID_0976 (DIG 2019-0026)	74M	59.336941	-110.146039	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Boulder	-9999	Unconformity-related uranium	-9999	Uranium, Silver	Sandstone	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	1.17	Ag	ppm	11.9	Radioactive site: 30100 cps; Geochem analysis yielded 1.17% U, 11.9 ppm Ag	MAR 20070004	Alberta Geological Survey
074L 0024	Metallic mineral	Lake Athabasca North Shore	25167 (MAR 20070004); METID_0850 (DIG 2019-0026)	74L	58.793934	-111.052651	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Granite	Paleoproterozoic	Thesis Lake granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Th	ppm	969	Ce	ppm	3130	Radioactive site: 3100 cps; Historical sample ID 25167 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0081	Metallic mineral	Lake Athabasca North Shore	25352 (MAR 20070004); METID_0914 (DIG 2019-0026)	74L	58.882999	-111.083439	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Gneiss	Paleoproterozoic	Chipewyan granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	5360	La	ppm	2840	Radioactive site: 3400 cps; 1600 ppm Th, 2840 ppm La, 5360 ppm Ce, 107 ppm Gd, 124 ppm Y; Historical sample ID 25352 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0080	Metallic mineral	Lake Athabasca North Shore	25351 (MAR 20070004); METID_0912 (DIG 2019-0026)	74L	58.867242	-111.113259	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Gneiss	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	2520	La	ppm	1180	Radioactive site: 4257 cps; 896 ppm Th, 1180 ppm La, 2520 ppm Ce; Historical sample ID 25351 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0234	Metallic mineral	Lake Athabasca North Shore	25476 (MAR 20070004); METID_0974 (DIG 2019-0026)	74M	59.321127	-110.075099	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium	Quartz monzonite	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	598	La	ppm	296	Radioactive site: 4600 cps; 750 ppm U, 296 ppm La, 598 ppm Ce, 38.3 ppm Dy, 206 ppm Y; Historical sample ID 25476 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0054	Metallic mineral	Lake Athabasca North Shore	25284 (MAR 20070004); METID_0881 (DIG 2019-0026)	74L	58.802223	-110.947474	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium, Rare-earth elements, Thorium	Quartzite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	U	per cent	0.627	-9999	-9999	-9999	Radioactive site: 4700 cps; 627 ppm U, 67 ppm Mo; Historical sample ID 25284 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0068	Metallic mineral	Lake Athabasca North Shore	25199 (MAR 20070004); METID_0897 (DIG 2019-0026)	74L	58.818228	-110.980383	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Rare-earth elements, Zirconium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0184	-9999	-9999	-9999	Radioactive site: 4750 cps; 184 ppm U	MAR 20070004	Alberta Geological Survey
074M 0230	Metallic mineral	Lake Athabasca North Shore	25160 (MAR 20070004); METID_0955 (DIG 2019-0026)	74M	59.166147	-110.451000	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	954	La	ppm	428	Radioactive site: 5000 cps; Historical sample ID 25160 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0028	Metallic mineral	Lake Athabasca North Shore	25490 (MAR 20070004); METID_0854 (DIG 2019-0026)	74L	58.797351	-110.958124	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.018	-9999	-9999	-9999	Radioactive site: 5100 cps; 180 ppm U; Historical sample ID 25490 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0217	Metallic mineral	Lake Athabasca North Shore	25181 (MAR 20070004); METID_0942 (DIG 2019-0026)	74M	59.153450	-110.434506	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium	Granite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	1040	Ce	ppm	2280	Radioactive site: 5210 cps; 1010 ppm Th, 1040 ppm La, 2280 ppm Ce, 92.7 ppm Dy, 167 ppm Gd, 263 ppm Y; Historical sample ID 25181 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0208	Metallic mineral	Lake Athabasca North Shore	25174 (MAR 20070004); METID_0932 (DIG 2019-0026)	74M	59.136963	-110.524655	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Thorium, Uranium	Gneiss	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	2480	Ce	ppm	4990	Radioactive site: 5500 cps; 1080 ppm Th, 2480 ppm La, 4990 ppm Ce, 94 ppm Dy, 245 ppm Y. Total REE 10739 ppm; Historical sample ID 25174 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0220	Metallic mineral	Lake Athabasca North Shore	25190 (MAR 20070004); METID_0945 (DIG 2019-0026)	74M	59.156662	-110.403801	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Uranium, Thorium	Granite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	479	Ce	ppm	1200	Radioactive site: 7150 cps; 204 ppm U, 644 ppm Th, 479 ppm La, 1200 ppm Ce, 50.4 ppm Dy, 174 ppm Y; Historical sample ID 25190 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0082	Metallic mineral	Lake Athabasca North Shore	25354 (MAR 20070004); METID_0915 (DIG 2019-0026)	74L	58.885043	-111.074249	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Rare-earth elements, Zirconium, Thorium, Molybdenum	Granite	Paleoproterozoic	Chipewyan granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.105	Ce	ppm	1430	Radioactive site: 7400 cps; 1050 ppm U, 1070 ppm Zr, 1430 ppm Ce, 54 p[p[m Dy, 33 ppm Yb, 340 ppm Y; Historical sample ID 25354 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0211	Metallic mineral	Lake Athabasca North Shore	25301 (MAR 20070004); METID_0935 (DIG 2019-0026)	74M	59.137940	-110.516655	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	Paleoproterozoic	Wylie Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0091	-9999	-9999	-9999	Radioactive site: 7480 cps; 91 ppm U	MAR 20070004	Alberta Geological Survey
074L 0018	Metallic mineral	Lake Athabasca North Shore	25306 (MAR 20070004); METID_0841 (DIG 2019-0026)	74L	58.784599	-111.148900	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements, Chromium, Zirconium, Copper, Nickel, Thorium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	REE	ppm	8497	Cu	ppm	300	Radioactive site: 8200 cps; 19.7% Fe2O3, 1150 ppm Cr, 300 ppm Cu, 236 ppm Ni, 4140 ppm Ce, 2360 ppm La, 1310 ppm Nd, 34.5 ppm Dy, 122 ppm Y, 3270 ppm Zr; Historical sample ID 25306 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0066	Metallic mineral	Lake Athabasca North Shore	25163 (MAR 20070004); METID_0895 (DIG 2019-0026)	74L	58.814616	-110.944564	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Rare-earth elements	Granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0123	Y	ppm	126	Radioactive site: 900 cps; 123 ppm U, 126 ppm Y, 20.7 ppm Dy, 16.4 ppm Yb	MAR 20070004	Alberta Geological Survey
074M 0231	Metallic mineral	Lake Athabasca North Shore	25179 (MAR 20070004); METID_0961 (DIG 2019-0026)	74M	59.254493	-110.484915	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Syenite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	603	La	ppm	364	Radioactive site: 900 cps; 364 ppm La, 603 ppm Ce, 226 ppm Nd, 7250 ppm Ba, 129 ppm Ni, 133 ppm Zn, 1400 ppm Sr, 457 ppm Zr, 5.52% Mg, 6.30% Fe, 6.21% CaO, 1.17% P2O5; Historical sample ID 25179 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0215	Metallic mineral	Lake Athabasca North Shore	25187 (MAR 20070004); METID_0940 (DIG 2019-0026)	74M	59.153168	-110.403599	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Rare-earth elements, Thorium, Zirconium	Granite	Paleoproterozoic	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0492	-9999	-9999	-9999	Radioactive site: 9000 cps; 492 ppm U	MAR 20070004	Alberta Geological Survey
074L 0056	Metallic mineral	Lake Athabasca North Shore	25282 (MAR 20070004); METID_0883 (DIG 2019-0026)	74L	58.802867	-110.941104	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	410	La	ppm	190	Radioactive site: 930 cps; 190 ppm La, 410 ppm Ce; Historical sample ID 25282 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0046	Metallic mineral	Lake Athabasca North Shore	25290 (MAR 20070004); METID_0873 (DIG 2019-0026)	74L	58.801460	-110.947718	-9999	Lake Athabasca north shore.	Surface	Geochemical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Rare-earth elements, Thorium, Lead	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.139	Ce	ppm	1660	Radioactive site: 9780 cps; 1390 ppm U, 676 ppm Th, 748 ppm La, 1660 ppm Ce, 830 ppm Pb, 156 ppm Y; Historical sample ID 25290 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074L 0041	Metallic mineral	Lake Athabasca North Shore	25172 (MAR 20070004); METID_0868 (DIG 2019-0026)	74L	58.801219	-110.950193	-9999	Lake Athabasca north shore.	Surface	Geophysical anomaly	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Rare-earth elements, Thorium, Lead, Silver, Molybdenum	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	4420	Ce	ppm	2210	Radioactive site: 9800 cps; Historical sample ID 25172 (MAR 20070004)	MAR 20070004	Alberta Geological Survey
074M 0118	Metallic mineral	-9999	74M-M-90 (OFR 1994-08); METID_0985 (DIG 2019-0026)	74M	59.444645	-110.099834	-9999	About 6700 m northeast of De Manville Lake and about 5400 m west of the Alberta/Saskatchewan border.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite, aplite	Paleoproterozoic	Wylie Lake granodiorite	Pegmatitic and aplitic dykes within granitoids; Pegmatitic and aplitic dykes are generally less than 3m wide and are discontinuous. They have high background radioactivity with occasional "spot highs" of up to 1.5m x 3m in area, but generally less than 30 cm in diameter. Secondary Uranium staining is; Mineral occurrences are small (less than 1.5m by 3m) and are not linked in any way; Structure: Faulted - There are numerous faults in the area, generally striking from E-W to NW-SE. However, Uranium mineralization does not appear to be structurally controlled; No economically significant mineralization	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.5597	-9999	-9999	-9999	Radioactive site; 0.66% U3O8.	MAR 19780016, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
083N 0001	Metallic mineral	South of Peace River	83N-M-01 (OFR 1994-08); METID_0475 (DIG 2019-0026)	83N	55.586059	-117.833679	-9999	Along the Smoky River near the Little Smoky River.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron, Vanadium	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	No Assays - No information was provided.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	30.98	V	per cent	0.0531	Reported assays of 30.98% Fe (reported in 1881).	AGS ESR 1959-03, AGS GEO 2000-02	Alberta Geological Survey
074E 0034	Metallic mineral	Firebag River Drilling Anomaly	Firebag River Drilling Anomaly; METID_0786 (DIG 2019-0026)	74E	57.518816	-110.812775	-9999	Firebag River	Subsurface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Gold	Sandstone	Cretaceous	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Au	g/t	0.837	-9999	-9999	-9999	Results from 23 core samples in oil-stained rocks yielded up to 837 ppb Au (oil sands sample) 211 ppm Zn 85 ppm Ni 553 ppm Cr. Eight samples yielded Au >100 ppb four >500 ppb. Positive correlation with elevated Cr up to 553 ppm.	AGS GEO 2000-02	Alberta Geological Survey
074E 0005	Metallic mineral	-9999	MD93090503C (OFR 1994-09); METID_0752 (DIG 2019-0026)	74E	57.185519	-111.630400	-9999	Fort McKay	Surface	Geological anomaly	Float	-9999	Unknown	-9999	Zinc, Vanadium	Sandstone	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Boulder	-9999	-9999	Zn	ppm	144	V	ppm	42	Rusty float of McMurray sandstone 144 ppm Zn and 42 ppm V.	AGS OFR 1994-09	Alberta Geological Survey
074M 0176	Metallic mineral	-9999	149 (DIG 2009-21); METID_1105 (DIG 2019-0026)	74M	59.807344	-111.052581	-9999	South Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.0215	-9999	-9999	-9999	Rusty gossan in mylonitic metasedimentary rocks; 215 ppm Cu (sample 14-03).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0178	Metallic mineral	-9999	148 (DIG 2009-21); METID_1118 (DIG 2019-0026)	74M	59.813182	-111.047242	-9999	South Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.0424	-9999	-9999	-9999	Rusty gossan in mylonitic metasedimentary rocks; 424 ppm Cu (sample 14-02).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074E 0025	Metallic mineral	-9999	MD93083002B (OFR 1994-09); METID_0820 (DIG 2019-0026)	74E	57.787229	-110.573310	-9999	Marguerite River	Surface	Geochemical anomaly	Bedrock	-9999	Granite-hosted uranium	-9999	Uranium, Chromium	Granitoid	Paleoproterozoic	Marguerite River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.035	Cr	ppm	310	Rusty granitoid with yellow stain 350 ppm U and 310 ppm Cr.; Historical sample ID MD93083002B (OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
074M 0195	Metallic mineral	-9999	130 (DIG 2009-21); METID_1161 (DIG 2019-0026)	74M	59.852078	-110.010107	-9999	Near Doze Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Au	g/t	3.2	-9999	-9999	-9999	Rusty iron-sulphide rich metasedimentary rock with 3200 and 121 ppb Au, 99 and 27 ppm Mo.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0190	Metallic mineral	-9999	132 (DIG 2009-21); METID_1136 (DIG 2019-0026)	74M	59.822742	-110.007964	-9999	Waugh Lake	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.028	-9999	-9999	-9999	Rusty layers in metasedimentary rocks with 28 ppb Au.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0194	Metallic mineral	-9999	131 (DIG 2009-21); METID_1158 (DIG 2019-0026)	74M	59.846589	-110.051335	-9999	Northwest of Waugh Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Gold	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Rock chips	-9999	-9999	Au	g/t	0.059	-9999	-9999	-9999	Rusty layers with quartz-tourmaline areas in tightly folded metasedimentary rocks. Bands of gossans with tourmaline and sulphides 59 ppb Au and 844 ppm As.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0193	Metallic mineral	-9999	135 (DIG 2009-21); METID_1153 (DIG 2019-0026)	74M	59.842352	-110.061626	-9999	Northwest of Waugh Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.133	-9999	-9999	-9999	Rusty mudstone with 133 ppb Au.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0189	Metallic mineral	-9999	136 (DIG 2009-21); METID_1100 (DIG 2019-0026)	74M	59.802077	-110.080581	-9999	West of Cherry Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Chromium	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cr	per cent	0.0578	-9999	-9999	-9999	Rusty volcanoclastic with 3-5% disseminated pyrite with 578 ppm Cr, 117 ppm Ni and 9 ppb Au.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0177	Metallic mineral	-9999	143 (DIG 2009-21); METID_1109 (DIG 2019-0026)	74M	59.809588	-111.055258	-9999	South Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.027	-9999	-9999	-9999	Rusty zones in mylonitic metasedimentary rocks; 27 ppb Au and 46 ppm Cu (sample 14-07).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0180	Metallic mineral	-9999	142 (DIG 2009-21); METID_1139 (DIG 2019-0026)	74M	59.825666	-111.040483	-9999	South Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold, Copper	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.03	Cu	ppm	29	Rusty zones in mylonitic metasedimentary rocks; 30 ppb Au and 29 ppm Cu (sample 13-03).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0183	Metallic mineral	-9999	137 (DIG 2009-21); METID_1164 (DIG 2019-0026)	74M	59.853147	-111.022311	-9999	Central Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.023	-9999	-9999	-9999	Rusty zones with sulphides over areas of about 10 m by 0.5 m; 23 ppb Au (sample 17-04).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0185	Metallic mineral	-9999	140 (DIG 2009-21); METID_1177 (DIG 2019-0026)	74M	59.878470	-111.011610	-9999	Central Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.033	-9999	-9999	-9999	Rusty zones with sulphides over areas of about 10 m by 0.5 m; 33 ppb Au (sample 23-05).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0182	Metallic mineral	-9999	138 (DIG 2009-21); METID_1160 (DIG 2019-0026)	74M	59.851980	-111.020525	-9999	Central Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold, Copper	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.041	Cu	per cent	0.0797	Rusty zones with sulphides over areas of about 10 m by 0.5 m; 41 ppb Au and 797 ppm Cu.	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074M 0184	Metallic mineral	-9999	139 (DIG 2009-21); METID_1173 (DIG 2019-0026)	74M	59.865719	-111.016963	-9999	Central Leland Lakes.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold, Copper	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	0.064	Cu	per cent	0.0348	Rusty zones with sulphides over areas of about 10 m by 0.5 m; 64 ppb Au and 348 ppm Cu (sample 19-07).	AGS OFR 1993-05, AGS DIG 2009-0021	Alberta Geological Survey
074E 0010	Metallic mineral	-9999	MD93090307, MD93090306B (OFR 1994-09); METID_0799 (DIG 2019-0026)	74E	57.686399	-110.603458	-9999	Fort McKay	Surface	Geochemical anomaly	Bedrock	-9999	Intrusion-related REE	-9999	Rare-earth elements, Copper	Schist, granite	Paleoproterozoic	Marguerite River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ce	ppm	210	La	ppm	130	Rusty, 121 ppm Cu, 210 ppm Ce, 130 ppm La and 82 ppm Nd.; Historical sample ID MD93090307 (OFR 1994-09)	AGS OFR 1994-09	Alberta Geological Survey
074M 0255	Metallic mineral	Bonny Fault	37742 (MAR 20070025); METID_1159 (DIG 2019-0026)	74M	59.851526	-110.148080	-9999	West side of Andrew Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium, Rare-earth elements	Pegmatite	Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.051	-9999	-9999	-9999	Sample assay confirmed with repeated test of 510 ppm.	MAR 20070025, AGS DIG 2023-0015	Alberta Geological Survey
083M 0010	Metallic mineral	-9999	83M-M-07 (OFR 1994-08); METID_0368 (DIG 2019-0026)	83M	55.030483	-118.258162	-9999	About 11.5 km south-southeast of the confluence of the Smoky and Wapiti Rivers.	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Uranium	-9999	-9999	-9999	-9999	Stanolind Economy Creek #B-1	100/15-05-070-02W6/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	356.61	362.61	U	per cent	0.01	-9999	-9999	-9999	Sample collected from 6.1 m of cuttings yielded 100 ppm U and 200 ppm V.	AGS GEO 2000-02, MAR 19700024	Alberta Geological Survey
082O 0154	Industrial mineral	Corkscrew Mountain	C51374; INDID_1417, INDID_0170 (DIG 2019-0027)	82O	51.967677	-115.284900	-9999	Approximately 51 km to the southwest of the community of Rocky Mountain House, AB.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Pekisko Formation, Shunda Formation	-9999	-9999	-9999	Poultry grits, livestock pellets	Medium	-9999	Good	Limestone quarry.	Brightness 71.85.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sample CSM-89-1 (AGS OFR 1990-11, p. 4-6)	AGS OFR 1990-11	Alberta Geological Survey
074E 0114	Metallic mineral	Telephone Lake E No.1	RE17-WR-CP2-003	74E	57.169440	-110.016955	534	96 km E of Fort McKay AB	Subsurface	Geochemical anomaly	Drillhole	-9999	Unknown	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	DDH02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	264.5	264.9	La	ppm	200.7	Nd	ppm	226.31	Sample has elevated values for 13 REE and anomalous values for 2 of them.; Historical sample ID RE17-WR-CP2-003 (MAR 20170012)	MAR 20170012	Alberta Geological Survey
074E 0029	Metallic mineral	Beaver River Sandstone	Beaver River Sandstone; METID_0751 (DIG 2019-0026)	74E	57.176360	-111.929189	-9999	Dover River	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Gold	Sandstone	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Au	g/t	19.38	-9999	-9999	-9999	Sample up to 19.38 g/t Au and 18.97 g/t Ag two drill holes intersected disseminated sulphides sulphide pods sulphide filled fractures in collapse breccia zones.	AGS GEO 2000-02	Alberta Geological Survey
083P 0007	Industrial mineral	Pelican River	T137988; INDID_1143 (DIG 2019-0027)	83P	55.831532	-112.654090	-9999	Approximately 130 km north of the town of Athabasca, AB near to the Athabasca River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Silica sand	Sandstone	Late Cretaceous	Viking Formation	-9999	-9999	-9999	Silica sand	-9999	-9999	-9999	Marine quartzose sandstone lies above marine shales of the Joli Fou Formation and below the Labiche Formation. Poorly cemented and friable sandstone composed of well-sorted, subrounded quartz grains deposited in a shoreline environment. . Cross-bedded, co	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sampled. No analysis	AGS ECO 6	Alberta Geological Survey
082G 0189	Industrial mineral	Summit Q2	C9299; INDID_0108 (DIG 2019-0027)	82G	49.631464	-114.660820	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	East half (lower beds) of Summit Lime Works Ltd.'s quarry #2. Includes beds of dolomitic limestone separating Q2 and Q1. Strike is NNE while dip is 30-60 WNW.	Holter (1976): Samples 434-440 XRF analysis	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples 434-440 Chemical analysis #16	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, AGS OFR 1982-10	Alberta Geological Survey
082G 0188	Industrial mineral	Summit Q3	C8896; INDID_0106, INDID_0107 (DIG 2019-0027)	82G	49.631465	-114.663610	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	Alternating bands of limestone and dolomite with dolomite predominating in Quarry #3. Strike is NNE and dip is 30-60 WNW.	Samples 441-447 (AGS ECO 4) XRF Analysis.
Sample 3B (Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada)	-9999	Composite	-9999	-9999	CaCO3	per cent	79.39	-9999	-9999	-9999	Samples 441-447 chemical analysis #17 (AGS ECO 4).	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, AGS OFR 1982-10	Alberta Geological Survey
083F 0084	Industrial mineral	Folding Mountain	INDID_1324 (DIG 2019-0027)	83F	53.248598	-117.791741	-9999	Approximately 3 km to the northeast of Roche  Perdrix.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Poor	-9999	-9999	-9999	Drill cuttings	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples 49882, Drillholes FM13-02 and FM 13-04	MAR 20130014	Alberta Geological Survey
083B 0030	Industrial mineral	Prairie Creek, Cougar Ridge	INDID_1328 (DIG 2019-0027)	83B	52.172180	-115.453082	-9999	Approximately 24 km to the southwest of the community of Rocky Mountain House, AB.	Surface	Test	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime, ballast, Rocky Mountain rustic	Medium	-9999	Good	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples 50-57, sample 50: 54.88 CaO, 0.45 MgO	MAR 19990003, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083C 0021	Industrial mineral	Nordegg B	C47498; INDID_0281 (DIG 2019-0027)	83C	52.474070	-116.061832	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Turner Valley Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	-9999	Holter: samples 149-150 XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples H4-1 to 4. (AGS ECO 4): Samples 149-150; Chem. Anal. #73	AGS ECO 4, AGS SPE 102	Alberta Geological Survey
083C 0012	Industrial mineral	Nordegg A	C48408; INDID_0280 (DIG 2019-0027)	83C	52.473942	-116.066140	-9999	Up to 3 km to the east of hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	Exposure of 15 feet of fine-grained, grey porous dolomite in uneven beds, containing many cavities filled with solid bitumen. Sample 23 (and 151) from porous dolomite; sample 152 from exposure 450 feet west - of brittle, dense, grey dolomite.	Holter: samples 151 and 152. XRF analysis.	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples H4-5, H4-6. Goudge (1945): Sample 23	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, AGS ECO 4, AGS SPE 102	Alberta Geological Survey
083C 0025	Industrial mineral	Shunda Mtn. B	C53847; INDID_0293, INDID_0292 (DIG 2019-0027)	83C	52.532137	-116.125960	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Mount Head Formation, Turner Valley Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples H5-2 to 8	AGS SPE 102	Alberta Geological Survey
083C 0022	Industrial mineral	Wapiabi Gap A	C65509; INDID_0275, INDID_0274 (DIG 2019-0027)	83C	52.488896	-116.420872	-9999	In the Wapiabi Gap.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone, shale	Devonian	Cairn Formation, Southesk Formation	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Section of Devonian-Fairholme Group, Cairn-Southesk Formations. Measured at first major exposure on northwest side Wapiabi Gap, beginning in Cairn Fm, at base of section, 20 feet above river level. Light grey dolomite, massive, blocky, vuggy. Medium-dark 	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples H6-1 to 20	AGS SPE 102	Alberta Geological Survey
082O 0153	Industrial mineral	Kananaskis QC	C25107; INDID_0093 (DIG 2019-0027)	82O	51.079745	-115.125430	-9999	On the southeastern slopes of Door Jamb Mountain.	Surface	Past producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Medium	All samples: grinds readily, no grit residue.	Good	Kananaskis Quarry C is the westernmost of the three on the north side of the valley. It is a slot trench type quarry cut into a steeply dipping band of light coloured limestone, and is fault bounded on its east side. . Dark grey, finely crystalline varieg	Hamilton (1987): samples KQC-18,19,20,22,23.	Brightness: KQC-18:  76.7%; KQC-19: 74.2%; KQC-20:  78.0%; KQC-22:  55.8% KQC-23: 65.5%	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Samples: KQC-18 microcrystalline (peloidal), dense; moderately hard, brittle. KQC-19 microcrystalline (peloidal) and fine crystalline, dense; moderately hard, brittle. KQC-20 microcrystalline, dense; moderately hard	AGS OFR 1989-14	Alberta Geological Survey
074M 0077	Metallic mineral	Cherry Lake	74M-M-01 (OFR 1994-08); 25 (DIG 2009-21); METID_1047 (DIG 2019-0026)	74M	59.764106	-110.092613	-9999	About 300 m north of Cherry Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Granite	Paleoproterozoic	Colin Lake granitoid	"Graphic" granite dykes; Medium-grained graphic granite in the form of NW trending dykes with considerable yellow Uranium staining. Radioactivity is associated with fractures in the rock; No Assays; Structure: Faulted - Weak fracturing in the area trends N10E 10 N20E and has vertical dips; Very erratic in extent and grade.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.6699	-9999	-9999	-9999	Sampling covered an area of about 150 ha 0.79% U3O8 over 1.2 m; Historical sample ID 74M-1 (OFR 1994-08)	MAR 19690002, AGS OFR 1994-08, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
082O 0177	Industrial mineral	Corkscrew Mountain-Baseline Ridge	INDID_1323 (DIG 2019-0027)	82O	51.984046	-115.298620	-9999	On the slopes of Corkscrew Mountain.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Turner Valley Formation	-9999	-9999	-9999	Dolime, crushed stone, filler	Small	-9999	Good	Corkscrew Mountain	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Section 2009-07: 44.45% MgCO3 over approximately 26.5 m	MAR 20090004	Alberta Geological Survey
083B 0045	Industrial mineral	Limestone Range	INDID_1325 (DIG 2019-0027)	83B	52.010844	-115.543785	-9999	Idlewilde Mountain	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Turner Valley Formation	-9999	-9999	-9999	Dolime, crushed stone, filler	Small	-9999	Good	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Section 2011-08: 43.51% MgCO3 over approximately 41 m	MAR 20110019	Alberta Geological Survey
082O 0182	Industrial mineral	Limestone Mountain	INDID_1327 (DIG 2019-0027)	82O	51.895646	-115.200000	-9999	Limestone Mountain	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Section 2012-06: 98.33% CaCO3 over 15.5 m	MAR 20120018	Alberta Geological Survey
082O 0181	Industrial mineral	Limestone Mountain	INDID_1326 (DIG 2019-0027)	82O	51.924998	-115.410752	-9999	Limestone Mountain	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Section 2012-07: 93.93% CaCO3 over 41.5 m	MAR 20120018	Alberta Geological Survey
083A 0067	Industrial mineral	Battle River (Forestburg) plant	M33180; INDID_1239 (DIG 2019-0027)	83A	52.468521	-112.130260	-9999	Approximately 13 km southwest of the village of Forestburg, AB.	Surface	Producer	By-product of coal-fired generating stations	-9999	Miscellaneous	-9999	Fly ash	Fly ash	-9999	-9999	-9999	-9999	-9999	Structural fill, cement and concrete, brick, lightweight aggregate, etc.	-9999	-9999	Good	Plant burns pulverized subbituminous coal. Unmarketed ash is trucked to disposal at mine pits. Fly ash and bottom ash systems are separate: fly ash is transferred dry to silos; bottom ash is slurried for return to mine pits.	X-ray diffraction pattern found only crystallin constituent is quartz	-9999	Fly ash	-9999	-9999	U3O8	per cent	0.13	-9999	-9999	-9999	SiO2 39.60; Al2O3 21.06; Fe2O3 6.31; TiO2 0.46; P2O5 0.82; MnO 0.06; CaO 20.09; MgO 1.76; Na2O 6.30; K2O 0.43; LOI 0.38; H2O 0.00 Total S as SO3 1.02; Total 98.29%, U3O8 0.013%	J. McLaws, pers. comm., 1972, Berry et al. (1983) Coal ash in Canada, Vol. I, ash as a potential resource, ASHCOR (2024)	Alberta Geological Survey
082H 0033	Metallic mineral	Coppermine Creek	8250 (site RM 13, OFR 2011-11); METID_0021 (DIG 2019-0026)	82H	49.108683	-113.960867	1552	Within Waterton Lakes National Park about 5 km west of Highway 6 and just north of the USA-CND border.	Surface	Past producer	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Copper, Lead, Zinc	Basalt, quartzite	Mesoproterozoic	Grinnell Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.18	-9999	-9999	-9999	Small-scale mine from 1900-1910; 1-2% Fe-sulphides and malachite; 0.18% Cu.; Historical sample ID 8249 (site RM 13, AGS OFR 2011-11)	AGS OFR 2011-11	Alberta Geological Survey
074M 0197	Metallic mineral	-9999	129 (DIG 2009-21); METID_1175 (DIG 2019-0026)	74M	59.868619	-110.008973	-9999	South of Doze Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Tungsten	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	W	per cent	0.0834	-9999	-9999	-9999	Stockwork of parallel quartz-tourmaline veins in rusty metasedimentary rocks 834 ppm W.	AGS OFR 1994-04, AGS DIG 2009-0021	Alberta Geological Survey
084J 0002	Metallic mineral	South Slope Fitz Creek - Caribou Mountains Northeast	South Slope Fitz Creek - Caribou Mountains Northeast; METID_0839 (DIG 2019-0026)	84J	58.674265	-114.068046	-9999	Fitz Creek south slope of Caribou Mountains.	Surface	Geochemical anomaly	Alluvial sand and gravel	-9999	Unknown	-9999	Zinc	-9999	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Zn	per cent	0.0217	-9999	-9999	-9999	Stream sediment 217 ppm Zn, 30 ppm Cu, 21 ppm Pb, 178 ppb Hg and 2.3 ppm Cd.	AGS GEO 2000-02	Alberta Geological Survey
084O 0001	Metallic mineral	North Slope Buffalo River - Caribou Mountains Northeast	METID_0978 (DIG 2019-0026)	84O	59.360731	-114.542279	-9999	Buffalo River northeast side of Caribou Mountains.	Surface	Geochemical anomaly	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment	-9999	-9999	Au	g/t	0.539	-9999	-9999	-9999	Stream sediment 539 ppb Au, 127 ppm Zn and 168 ppb Hg.	AGS GEO 2000-02	Alberta Geological Survey
083M 0011	Metallic mineral	Simmonette River	Simmonette River; METID_0371 (DIG 2019-0026)	83M	55.139287	-118.180542	-9999	Simmonette River 90 km from Grande Prairie.	Surface	Geochemical anomaly	Alluvial sand and gravel	-9999	Placer gold	-9999	Gold	Sand, gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Stream sediment concentrate	-9999	-9999	Au	grains	40	-9999	-9999	-9999	Stream sediment HMC: 40 grains (15-20 kg panned to 472.47 g); Anomaly 71	AGS GEO 2000-02	Alberta Geological Survey
074E 0033	Metallic mineral	Pierre River Asphalt property	Pierre River Asphalt property; METID_0785 (DIG 2019-0026)	74E	57.504799	-111.957275	-9999	Pierre River 93 km northwest of Fort McMurray.	Subsurface	Showing	Drillhole	-9999	Unknown	-9999	Gold, Copper, Nickel, Zinc, Uranium	Shale	Late Cretaceous	Second White Specks Formation	-9999	7AS02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	-9999	-9999	Au	g/t	11.6	-9999	-9999	-9999	Sulphides anomalous Ba and As, high concentration Cd, Ce, Cu, Ni, P, Se, U and Y.	AGS GEO 2000-02	Alberta Geological Survey
083B 0047	Industrial mineral	Baseline Ridge	INDID_1318 (DIG 2019-0027)	83B	52.202574	-115.538932	-9999	Northern part of Clearwater Range, west of Rocky Mountain House. Northwest of Prairie Creek Quarries on NE flank Baseline Ridge.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	Exploration program for carbonate outcrops. 33 intervals examined and described. Majority in Pekisko Formation.	33 whole rock analyses and descriptions for isolated samples and sections	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	The highest-quality averaged 97.53% CaCO3 , 1.65% MgCO and 3.49% Si02 over approximately 11.25 m. Several other sections and isolated intervals returned values in excess of 95% CaCo3 over several metres.	MAR 20130002	Alberta Geological Survey
083C 0125	Industrial mineral	Colliseum	INDID_1312 (DIG 2019-0027)	83C	52.513809	-116.065973	-9999	Brazeau County, west-central Alberta	Surface	Prospect	Surface	-9999	Chemical and Biogenics	-9999	Limestone, Dolomite	Carbonate	Late Devonian, Mississippian	Palliser Formation, Banff Formation, Pekisko Formation	-9999	-9999	-9999	Chemical	-9999	-9999	-9999	Majority of outcrops sampled are Palliser. Upper Palliser generally consisted of high-calcium limestone, whereas outcrops of the lower/middle Palliser were dolomitic.	Section located NW of Colliseum Mountains summit, returned values of 59.98% CaCO3 , 38.30% MgCO, and 1.28% Si02 over 23 m (lower/middle Palliser). Section along a steep cliff east of Coliseum Mountain, averaged 80.52% CaCO3 , 14.56% MgCO3 and 3.85% S02 ov	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	The Pekisko at Coliseum Mountain returned values of 97.22% CaCO3 , 1.45% MgCO3 and 0.77% Si02 over 10.5 m.	MAR 20130021	Alberta Geological Survey
084N 0002	Metallic mineral	-9999	84N-M-01 (OFR 1994-08); METID_0970 (DIG 2019-0026)	84N	59.290496	-117.481091	-9999	About 9.0 km north-northeast of Slavey Creek railroad siding (along Mackenzie Hwy).	Subsurface	Showing	Well	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc, Lead	Dolomite	Middle Devonian	Keg River Formation	Dolomite; Sphalerite was located at depth in the Devonian Keg River formation; No Assays	Chevron Lutose 16-34-118-21W5	100/16-34-118-21W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1279	1301	Zn	per cent	3.7	Pb	ppm	732	Three samples yielded 1122 ppm, 15601 ppm, 37 633 ppm, 1246 ppm Zn; 1064, 675, 246, 732 ppm Pb; 2.8, 36.5, 64.8, and 3.2 ppm Cd	AGS OFR 1987-07, AGS OFR 1994-08, AGS DIG 2024-0009	Alberta Geological Survey
073D 0019	Industrial mineral	Provost Potash	INDID_1315 (DIG 2019-0027)	73D	52.209103	-110.114620	-9999	Near the Alberta-Saskatchewan border, near Provost, approximately 290 km southeast of Edmonton, Alberta	Subsurface	Prospect	Well	-9999	Evaporites	-9999	Potash	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	PPC 103 Provost 11-29-37-1 W4M	100/11-29-037-01W4/00	Fertilizer	-9999	-9999	-9999	3 holes drilled. Chip samples collected over intervals between 595 and 600 m. Approximately 90 m of core collected form the three holes. All three holes logged for geophysics. PPC 103 Provost 11-29-37-1 W4M, 1327 m.	-9999	-9999	Drillcore	1327	1342	-9999	-9999	-9999	-9999	-9999	-9999	Three zones ranging in thickness from 0.4 m to 3.05 m with values from 11.85 to 21.325 wt % K2O.; Historical sample ID PPC 103 Provost 11-29-37-1 W4M (MAR 20130015)	MAR 20130015, Dufresne and McMillan (2012) Technical report on the potash potential of Grizzly Discoveries Inc.s Alberta potash project	Alberta Geological Survey
083K 0044	Metallic mineral	-9999	5297	83K	54.383603	-117.363590	-9999	Approximately 36 km west of the town of Fox Creek, AB.	Surface	Geological anomaly	Till	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	-9999	-9999	-9999	Total of 3 gold grains with 3 reshaped grains; Historical sample ID 5297 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0045	Metallic mineral	-9999	5300	83K	54.016505	-117.824205	-9999	Approximately 80 km southwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Road cut	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	-9999	-9999	-9999	Total of 3 gold grains with 3 reshaped grains; Historical sample ID 5300 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0046	Metallic mineral	-9999	5304	83K	54.564045	-117.656680	-9999	Approximately 58 km northwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Auger	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	-9999	-9999	-9999	Total of 3 gold grains with 3 reshaped grains; Historical sample ID 5304 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0047	Metallic mineral	-9999	5307	83K	54.544860	-117.437467	-9999	Approximately 44 km northwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Borrow pit	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	3	-9999	-9999	-9999	Total of 3 gold grains with 3 reshaped grains; Historical sample ID 5307 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0043	Metallic mineral	-9999	5314	83K	54.284220	-117.024950	-9999	Approximately 19 km southwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Borrow pit	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	4	-9999	-9999	-9999	Total of 4 gold grains with 4 reshaped grains; Historical sample ID 5314 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0042	Metallic mineral	-9999	5309	83K	54.290943	-117.176342	-9999	Approximately 27 km southwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Auger	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	5	-9999	-9999	-9999	Total of 5 gold grains with 5 reshaped grains; Historical sample ID 5309 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0040	Metallic mineral	-9999	5313	83K	54.229580	-117.373953	-9999	Approximately 41 km southwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Auger	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	6	-9999	-9999	-9999	Total of 6 gold grains with 6 reshaped grains; Historical sample ID 5313 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0041	Metallic mineral	-9999	5315	83K	54.036283	-117.967140	-9999	Approximately 85 km southwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Section	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	6	-9999	-9999	-9999	Total of 6 gold grains with 6 reshaped grains; Historical sample ID 5315 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
083K 0039	Metallic mineral	-9999	5318	83K	54.117797	-117.747842	-9999	Approximately 69 km southwest of the town of Fox Creek, AB.	Surface	Geological anomaly	Road cut	-9999	Unknown	-9999	Gold	Diamict	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Till	-9999	-9999	Au	grains	9	-9999	-9999	-9999	Total of 9 gold grains with 8 reshaped grains and 1 modified grain.; Historical sample ID 5318 (AGS OFR2018-14)	AGS OFR 2018-14	Alberta Geological Survey
074M 0379	Metallic mineral	-9999	16024	74M	59.290700	-110.228000	-9999	On the southern shore of Bryant Lake, AB.	Surface	Geochemical anomaly	Grab	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granodiorite	-9999	Fishing Creek granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	304	Ce	ppm	594	Total REE + Sc + Y is 1309ppm. (Measured via ICP-MS).; Historical sample ID is 16024 (AGS DIG 2021-0011)	AGS DIG 2021-0011	Alberta Geological Survey
082I 0002	Metallic mineral	-9999	10325 (DIG 2016-0001); METID_0240 (DIG 2019-0026)	82I	50.352197	-113.194332	-9999	Approximately 7 km southeast of Vulcan, AB.	Subsurface	Geochemical anomaly	Drillhole	oil or gas well	Polymetallic black shale	-9999	Rare-earth elements, Zinc, Nickel, Cobalt	Shale	Jurassic	Rierdon Formation	-9999	CRESTAR 100 VULCAN 15-14-16-24	100/15-14-016-24W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Drillcore	1759.35	1759.35	Ce	ppm	959	La	ppm	373.6	Total REE 2152.59 ppm; Historical sample ID 10325 (AGS DIG 2019-0021)	AGS DIG 2016-0001, AGS DIG 2023-0016	Alberta Geological Survey
074M 0357	Metallic mineral	-9999	GC-21-JG-63-13-5	74M	59.768242	-110.314318	-9999	Along the shore of Pan Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	282	Ce	ppm	470	Total REE+Sc+Y of 1003 ppm; Historical sample ID GC-21-JG-63-13-5 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0354	Metallic mineral	-9999	GC-21-PK-71-135-4	74M	59.484650	-110.397772	-9999	Approximately 12 km southwest of Colin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	233	Ce	ppm	455	Total REE+Sc+Y of 1034 ppm; Historical sample ID GC-21-PK-71-135-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0360	Metallic mineral	-9999	GC-21-JG-61-323-1	74M	59.963004	-110.608344	-9999	Approximately 1 km west of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	284	Ce	ppm	483	Total REE+Sc+Y of 1061ppm; Historical sample ID GC-21-JG-61-323-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0375	Metallic mineral	-9999	GC-21-JG-57-205-3	74M	59.811893	-110.241290	-9999	Along the southwestern arm of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	237	Ce	ppm	466	Total REE+Sc+Y of 1062ppm; Historical sample ID GC-21-JG-57-205-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074L 0101	Metallic mineral	-9999	GC-21-JG-70-548-4B	74L	58.914125	-111.021699	-9999	Approximately 20 km north of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	265	Ce	ppm	508	Total REE+Sc+Y of 1074 ppm; Historical sample ID GC-21-JG-70-548-4B (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074L 0100	Metallic mineral	-9999	GC-21-JG-70-555-6	74L	58.895726	-111.172668	-9999	Approximately 20 km north of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granite	Paleoproterozoic	Alberta Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	281	Ce	ppm	509	Total REE+Sc+Y of 1078 ppm; Historical sample ID GC-21-JG-70-555-6 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074L 0102	Metallic mineral	-9999	GC-21-JG-70-516-4	74L	58.934494	-111.169777	-9999	Approximately 23 km north of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	281	Ce	ppm	518	Total REE+Sc+Y of 1082 ppm; Historical sample ID GC-21-JG-70-516-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0361	Metallic mineral	-9999	GC-21-JG-61-333-1	74M	59.997593	-110.616414	-9999	Approxim 1 km west of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	222	Ce	ppm	436	Total REE+Sc+Y of 1082ppm; Historical sample ID GC-21-JG-61-333-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074L 0104	Metallic mineral	-9999	GC-21-JG-70-22-1	74L	58.741972	-111.095519	-9999	Within 5 km of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	184	Ce	ppm	433	Total REE+Sc+Y of 1088 ppm; Historical sample ID GC-21-JG-70-22-1 (DIG 2023_0015)	AGS DIG 2023-0015, AGS DIG 2021-0011	Alberta Geological Survey
074M 0366	Metallic mineral	-9999	GC-21-JG-57-421-1	74M	59.866607	-110.129842	-9999	On the western shore of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Tectonite	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	279	Ce	ppm	502	Total REE+Sc+Y of 1113ppm; Historical sample ID GC-21-JG-57-421-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0370	Metallic mineral	-9999	GC-21-JG-61-514-1	74M	59.692160	-110.378548	-9999	Along the western shore of Whaleback Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Charles Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	440	Ce	ppm	800	Total REE+Sc+Y of 1135ppm; Historical sample ID GC-21-JG-61-514-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074L 0099	Metallic mineral	-9999	GC-21-JG-70-522-3	74L	58.762930	-111.089356	-9999	Within 5 km of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	260	Ce	ppm	530	Total REE+Sc+Y of 1163 ppm; Historical sample ID GC-21-JG-70-522-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074L 0103	Metallic mineral	-9999	GC-21-JG-70-25-3	74L	58.732671	-111.171836	-9999	Within 5 km of Fort Chipewyan, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	258	Ce	ppm	520	Total REE+Sc+Y of 1180 ppm; Historical sample ID GC-21-JG-70-25-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0319	Metallic mineral	-9999	GC-21-JG-58-1155-2	74M	59.655354	-110.252413	-9999	Approximately 1.5 km southwest of St. Agnes Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Silver, Rare-earth elements, Zinc, Zirconium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	4.4	La	ppm	344	Total REE+Sc+Y of 1208 ppm; Historical sample ID GC-21-JG-58-1155-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0362	Metallic mineral	-9999	GC-21-JG-63-527-6	74M	59.764621	-110.353411	-9999	Along the shore of Pan Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	292	Ce	ppm	556	Total REE+Sc+Y of 1286ppm; Historical sample ID GC-21-JG-63-527-6 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0353	Metallic mineral	-9999	GC-21-JG-58-665-3	74M	59.693110	-110.190953	-9999	Within 1 km of the northeast shore of St. Agnes Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	298	Ce	ppm	584	Total REE+Sc+Y of 1289 ppm; Historical sample ID GC-21-JG-58-665-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0356	Metallic mineral	-9999	GC-21-JG-58-1201-1	74M	59.746047	-110.182538	-9999	Within 3 km of the southern end of Spider Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	315	Ce	ppm	568	Total REE+Sc+Y of 1291 ppm; Historical sample ID GC-21-JG-58-1201-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0377	Metallic mineral	-9999	GC-21-JG-57-199-1	74M	59.828189	-110.125235	-9999	On the eastern shore of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granodiorite	Paleoproterozoic	Andrew Lake granodiorite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	296	Ce	ppm	558	Total REE+Sc+Y of 1291ppm; Historical sample ID GC-21-JG-57-199-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0348	Metallic mineral	-9999	GC-21-JG-73-629-6	74M	59.141543	-110.601038	-9999	Within 4 km of the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	305	Ce	ppm	628	Total REE+Sc+Y of 1397 ppm; Historical sample ID GC-21-JG-73-629-6 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0364	Metallic mineral	-9999	GC-21-JG-74-214-1	74M	59.906688	-110.600774	-9999	On the western shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	387	Ce	ppm	676	Total REE+Sc+Y of 1400ppm; Historical sample ID GC-21-JG-74-214-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0351	Metallic mineral	-9999	GC-21-JG-72-104-1	74M	59.013500	-110.681855	-9999	Along the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	316	Ce	ppm	622	Total REE+Sc+Y of 1410 ppm; Historical sample ID GC-21-JG-72-104-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0365	Metallic mineral	-9999	GC-21-JG-58-31-2	74M	59.854088	-110.293056	-9999	Approximately 3.5 km southeast of One Week Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	277	Ce	ppm	551	Total REE+Sc+Y of 1450ppm; Historical sample ID GC-21-JG-58-31-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0367	Metallic mineral	-9999	GC-21-JG-58-43-6	74M	59.814775	-110.278513	-9999	Along the southwestern arm of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	380	Ce	ppm	707	Total REE+Sc+Y of 1527ppm; Historical sample ID GC-21-JG-58-43-6 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0359	Metallic mineral	-9999	GC-21-JG-74-330-7	74M	59.886405	-110.736385	-9999	Approximately 1.5 km southeast of Goldschmidt Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	350	Ce	ppm	715	Total REE+Sc+Y of 1547 ppm; Historical sample ID GC-21-JG-74-330-7 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0374	Metallic mineral	-9999	GC-21-JG-63-29-2	74M	59.707068	-110.280573	-9999	Within 5 km of Boudin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Tectonite	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	380	Ce	ppm	718	Total REE+Sc+Y of 1557ppm; Historical sample ID GC-21-JG-63-29-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0363	Metallic mineral	-9999	GC-21-JG-61-43-3	74M	59.950038	-110.577055	-9999	On the eastern shore of Charles Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	456	Ce	ppm	711	Total REE+Sc+Y of 1620ppm; Historical sample ID GC-21-JG-61-43-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0347	Metallic mineral	-9999	GC-21-JG-70-552-3	74M	59.069066	-111.013316	-9999	Within 20 km of the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	421	Ce	ppm	773	Total REE+Sc+Y of 1628 ppm; Historical sample ID GC-21-JG-70-552-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0371	Metallic mineral	-9999	GC-21-JG-63-34-3	74M	59.706869	-110.318422	-9999	Within 5 km of Boudin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	429	Ce	ppm	771	Total REE+Sc+Y of 1640ppm; Historical sample ID GC-21-JG-63-34-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0350	Metallic mineral	-9999	GC-21-JG-72-67-4	74M	59.032175	-110.676690	-9999	Along the northern shore of Lake Athabasca, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	374	Ce	ppm	726	Total REE+Sc+Y of 1676 ppm; Historical sample ID GC-21-JG-72-67-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0369	Metallic mineral	-9999	GC-21-JG-63-545-2	74M	59.734044	-110.307376	-9999	Within 5 km of Boudin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	423	Ce	ppm	793	Total REE+Sc+Y of 1678ppm; Historical sample ID GC-21-JG-63-545-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0373	Metallic mineral	-9999	GC-21-JG-63-52-2	74M	59.677986	-110.312144	-9999	Within 1.5 km south of Boudin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	450	Ce	ppm	798	Total REE+Sc+Y of 1685ppm; Historical sample ID GC-21-JG-63-52-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0355	Metallic mineral	-9999	GC-21-PK-71-131-3	74M	59.476391	-110.408752	-9999	Approximately 12 km southwest of Colin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Tectonite	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	432	Ce	ppm	768	Total REE+Sc+Y of 1691 ppm; Historical sample ID GC-21-PK-71-131-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0349	Metallic mineral	-9999	GC-21-JG-70-571-3	74M	59.284199	-111.086055	-9999	Approximately 2.5 km southwest of Darwin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Slave granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	399	Ce	ppm	768	Total REE+Sc+Y of 1719 ppm; Historical sample ID GC-21-JG-70-571-3 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0358	Metallic mineral	-9999	GC-21-JG-70-630-4	74M	59.727989	-110.768970	-9999	Approximately 6 km west of Leggo Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Granitoid	Paleoproterozoic	Arch Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	434	Ce	ppm	801	Total REE+Sc+Y of 1771 ppm; Historical sample ID GC-21-JG-70-630-4 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0372	Metallic mineral	-9999	GC-21-JG-63-551-7	74M	59.691222	-110.296321	-9999	Within 1.5 km south of Boudin Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	482	Ce	ppm	884	Total REE+Sc+Y of 1839ppm; Historical sample ID GC-21-JG-63-551-7 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0137	Metallic mineral	-9999	92 (DIG 2009-21); METID_1087 (DIG 2019-0026)	74M	59.792314	-110.339016	-9999	North of Pans Lake.	Surface	Showing	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	503	Ce	ppm	825	Total REE+Sc+Y of 1871ppm; Historical sample ID GC-21-JG-63-7-4 (DIG 2023_0015)	AGS MAP 182, AGS DIG 2009-0021, AGS DIG 2023-0015	Alberta Geological Survey
074M 0368	Metallic mineral	-9999	GC-21-JG-58-10-2	74M	59.803597	-110.185299	-9999	Along the southwestern arm of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	469	Ce	ppm	859	Total REE+Sc+Y of 1894ppm; Historical sample ID GC-21-JG-58-10-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0352	Metallic mineral	-9999	GC-21-JG-58-59-2	74M	59.763409	-110.252964	-9999	Within 3 km of the southern end of Spider Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	517	Ce	ppm	902	Total REE+Sc+Y of 1999 ppm; Historical sample ID GC-21-JG-58-59-2 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0376	Metallic mineral	-9999	GC-21-JG-57-217-5	74M	59.829969	-110.153867	-9999	On the western shore of Andrew Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	529	Ce	ppm	966	Total REE+Sc+Y of 2046ppm; Historical sample ID GC-21-JG-57-217-5 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0120	Metallic mineral	-9999	116 (DIG 2009-21); METID_1011 (DIG 2019-0026)	74M	59.698253	-110.232050	-9999	St. Agnes Lake	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Rare-earth elements, Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	601	Ce	ppm	1120	Total REE+Sc+Y of 2314ppm; Historical sample ID GC-21-JG-58-1176-2 (DIG 2023_0015)	AGS MAP 182, AGS DIG 2009-0021, AGS DIG 2023-0015	Alberta Geological Survey
074M 0321	Metallic mineral	-9999	GC-21-JG-58-1089-1	74M	59.812799	-110.338289	-9999	On the western shore of Mylonite Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Rare-earth elements, Thorium	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	La	ppm	675	Ce	ppm	1180	Total REE+Sc+Y of 2466 ppm; Historical sample ID GC-21-JG-58-1089-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0315	Metallic mineral	-9999	GC-21-JG-57-337-1	74M	59.940933	-110.172401	-9999	On the southern shore of Bailey Lake, AB.	Surface	Geochemical anomaly	Outcrop	-9999	Unknown	-9999	Silver, Rare-earth elements	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Ag	ppm	2.8	La	ppm	622	Total REE+Sc+Y of 2534 ppm; Historical sample ID GC-21-JG-57-337-1 (DIG 2023_0015)	AGS DIG 2023-0015	Alberta Geological Survey
074M 0038	Metallic mineral	-9999	121 (DIG 2009-21); METID_1110 (DIG 2019-0026)	74M	59.810090	-110.070823	-9999	Southwest Waugh Lake.	Surface	Showing	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Unknown	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0140	Metallic mineral	-9999	96 (DIG 2009-21); METID_1111 (DIG 2019-0026)	74M	59.810190	-110.022598	-9999	West of Cherry Lake.	Surface	Geological anomaly	Outcrop	-9999	Unknown	-9999	Unknown	Granite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0037	Metallic mineral	-9999	46 (DIG 2009-21); METID_1103 (DIG 2019-0026)	74M	59.806013	-110.016482	-9999	West of Cherry Lake.	Surface	Geological anomaly	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0141	Metallic mineral	-9999	91c (DIG 2009-21); METID_1146 (DIG 2019-0026)	74M	59.832057	-110.041045	-9999	Near Doze Lake.	Surface	Geological anomaly	Outcrop	-9999	Quartz-tourmaline gold veins	-9999	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0039	Metallic mineral	-9999	47 (DIG 2009-21); METID_1148 (DIG 2019-0026)	74M	59.833546	-110.048316	-9999	Northwest of Waugh Lake.	Surface	Geological anomaly	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0144	Metallic mineral	-9999	91b (DIG 2009-21); METID_1162 (DIG 2019-0026)	74M	59.852487	-110.041171	-9999	Near Doze Lake.	Surface	Geological anomaly	Outcrop	-9999	Quartz-tourmaline gold veins	-9999	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0146	Metallic mineral	-9999	91a (DIG 2009-21); METID_1172 (DIG 2019-0026)	74M	59.864484	-110.017970	-9999	Near Doze Lake.	Surface	Geological anomaly	Outcrop	-9999	Quartz-tourmaline gold veins	-9999	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0035	Metallic mineral	-9999	120 (DIG 2009-21); METID_1097 (DIG 2019-0026)	74M	59.799893	-110.051236	-9999	Southwest Waugh Lake.	Surface	Geological anomaly	Bedrock	-9999	Quartz-tourmaline gold veins	Original sample ID JG-58-1027-3 in AGS BUL 064 - Occurrence 120	Unknown	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS ESR 1961-02, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0041	Metallic mineral	-9999	125 (DIG 2009-21); METID_1166 (DIG 2019-0026)	74M	59.854257	-110.031428	-9999	Southwest of Doze Lake.	Surface	Geological anomaly	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Unknown	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0042	Metallic mineral	-9999	124 (DIG 2009-21); METID_1167 (DIG 2019-0026)	74M	59.854303	-110.037727	-9999	Southwest of Doze Lake.	Surface	Geological anomaly	Bedrock	-9999	Quartz-tourmaline gold veins	-9999	Unknown	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tourmaline-quartz veins	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0065	Metallic mineral	-9999	29 (DIG 2009-21); METID_1036 (DIG 2019-0026)	74M	59.758364	-110.109549	-9999	Twin Lakes	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U3O8	per cent	0.04	-9999	-9999	-9999	Trench #2 - Historical sample ID # 9938 (MAR 19690002)	MAR 19690002, AGS DIG 2009-0021	Alberta Geological Survey
074M 0064	Metallic mineral	-9999	28 (DIG 2009-21); METID_1035 (DIG 2019-0026)	74M	59.756290	-110.108358	-9999	Twin Lakes	Surface	Showing	Outcrop	Drillhole	Pegmatite-hosted uranium	-9999	Uranium, Thorium	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	68-10	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U3O8	per cent	0.11	-9999	-9999	-9999	Trench #3 - Historical sample ID # 9672, 0.11% U3O8 - Grab sample	MAR 19690002, AGS DIG 2009-0021	Alberta Geological Survey
074M 0069	Metallic mineral	-9999	32 (DIG 2009-21); METID_1042 (DIG 2019-0026)	74M	59.761699	-110.111329	-9999	Twin Lakes	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Gneiss	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U3O8	per cent	0.02	-9999	-9999	-9999	Trench #8 - Historical sample ID 9687 (MAR 19690002)	MAR 19690002, AGS DIG 2009-0021	Alberta Geological Survey
074M 0068	Metallic mineral	-9999	31 (DIG 2009-21); METID_1041 (DIG 2019-0026)	74M	59.761266	-110.113744	-9999	Twin Lakes	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U3O8	per cent	0.08	-9999	-9999	-9999	Trench #9 - Historical sample ID 9835 (MAR 19690002)	MAR 19690002, AGS DIG 2009-0021	Alberta Geological Survey
083C 0048	Industrial mineral	Job Creek - North Fork A (Sec. 38)	C162944; INDID_0418, INDID_0397, INDID_0462, INDID_0451 (DIG 2019-0027)	83C	52.441231	-116.755400	-9999	Approximately 30 km north of Abraham Lake near Job Creek.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Phosphate	Conglomerate, sandstone	Pennsylvanian, Permian	Tunnel Mountain Formation, Ranger Canyon Formation, Mowitch Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Tunnel Mountain: Intraformational Phosphate. Host Lithology: Conglomerate.
Ranger Canyon Formation: Basal Phosphate Zone and Intraformational Phosphate Zone. Host Lithology: Sandstone.
Mowitch Formation: Upper phosphate zone. Host Lithology: Sandstone.	-9999	-9999	Grab	-9999	-9999	P2O5	per cent	1.73	-9999	-9999	-9999	Tunnel Mountain Formation: Appendix 4, Section 38 (AGS ESR 1987-02). 1.73% P2O5/1 m	AGS ESR 1987-02	Alberta Geological Survey
074M 0067	Metallic mineral	-9999	30 (DIG 2009-21); METID_1040 (DIG 2019-0026)	74M	59.759998	-110.112175	-9999	Twin Lakes	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.0339	Th	per cent	0.01	Twin Lakes Area Trench #1 - Historical sample ID 9908 (MAR 19690002)	MAR 19690002, AGS DIG 2009-0021, AGS DIG 2023-0015	Alberta Geological Survey
084D 0004	Metallic mineral	Clear Hills	84D-M-07 (OFR 1994-08); METID_0620 (DIG 2019-0026)	84D	56.516724	-118.678132	-9999	Along the southern slopes of the Clear Hills between 795 and 830 m elevation. 21.5 km east of Worsley.	Surface	Showing	Outcrop	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Bad Heart Formation	Sandstone; Oolitic, ferriferous sandstone with a calcite and siderite matrix; No Assays - Dipping southwards 40 ft to the mile; 35% Fe average grade136.1 million tons reserve (estimate).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Fe	per cent	38.1	-9999	-9999	-9999	Two grab samples yielded 38.1 and 20.9% Fe	AGS GEO 2000-02, AGS ESR 1959-03	Alberta Geological Survey
082J 0004	Metallic mineral	Oldman River	82J-M-42, 82J-M-42A (OFR 1994-08); METID_0231 (DIG 2019-0026)	82J	50.129100	-114.720300	2368	At the headwaters of the Oldman River on the east slope of Mount Gass in the High Rock Range.	Surface	Past producer	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Lead, Zinc, Silver	Limestone	Late Devonian	Palliser Formation	Dolomitic Limestone; Regionally, the Palliser Formation is a light grey, massive, micritic Limestone that has strongly bioturbated horizons. In the area of the Oldman River occurrence the formation changes to a "brownish, crumbly, dolomitic massif, layered with two separate h; Zinc content is fairly consistent throughout the mineralized zones. The other elements vary widely. Ag is not just contained within galena, as samples containing high Ag and low Pb were observed; Structure: Faulted - This report indicates that the mineralization is paleokarst related. However, Holter (1973) states that the mineralization is clearly related to zones where the two fault systems intersect; 5%-7% Zn average grade. A minimum of 2.0 to 2.5 million tonnes of "ore" is estimated for the occurrence, grading 5 to 7% Zn, 1% Pb, 1oz/ton Ag, and minor Au and Cd.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	54.57	Zn	per cent	14.96	Two mine adits with up to 0.07 g/t Au, 122.76 g/t Ag, 14.96% Zn and 54.57% Pb; 2000m x 1000m x 7 m	MAR 19880001, AGS OFR 1973-25, AGS OFR 1994-08	Alberta Geological Survey
082H 0024	Metallic mineral	UBone	UBone; METID_0132 (DIG 2019-0026)	82H	49.445067	-113.398233	-9999	30 km south of Ft. McLeod on the Waterton River.	Surface	Geochemical anomaly	Bedrock	-9999	Sandstone-hosted uranium	-9999	Uranium, Rare-earth elements	Sandstone	Late Cretaceous, Paleocene	Willow Creek Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	per cent	0.764	-9999	-9999	-9999	Two samples returned 5630 and 7640 ppm U; Historical sample ID Ubone (MAR 20070013)	MAR 20070013, AGS DIG 2009-0017	Alberta Geological Survey
084I 0001	Metallic mineral	Greystone Creek	Greystone Creek; METID_0824 (DIG 2019-0026)	84I	58.050748	-112.083152	-9999	145 km northwest of Fort McMurray Banks of Greystone Creek Birch Mountains.	Surface	Geochemical anomaly	Bedrock	-9999	Polymetallic black shale	-9999	Zinc, Nickel, Vanadium, Silver	Shale	Early Cretaceous, Late Cretaceous	Shaftesbury Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Zn	per cent	0.0761	V	ppm	939	Two samples yielded up to 2.7 ppm Ag, 9 ppb Au, 228 ppm Ni, 939 ppm V, and 761 ppm Zn. Elevated concentrations of Cd, Co, Cr and Mo.	AGS GEO 2000-02	Alberta Geological Survey
082G 0087	Metallic mineral	-9999	82G-M-81 (OFR 1994-08); METID_0073 (DIG 2019-0026)	82G	49.248717	-114.055048	-9999	On the south side of the valley of South Drywood Creek just above the Shell Oil Waterton #30 gas well.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper, Lead, Zinc, Silver	Argillite	Mesoproterozoic	Siyeh Formation	Black argillite; Two copper occurrences were identified in the Siyeh formation. One showing was in black argillites immediately above the Siyeh/Grinnell contact. The other occurrence lies about 45-55m above the Grinnell Formation in interbedded arenites, black argillites; Zone immediately above Grinnell contact in Siyeh Formation 2 to 4m zone. Lower Zone - They show one sample at 1520ppm, but obviously they have samples from other sections that approach 4000ppm Cu. Upper Zone - Zone 7 to 8m wide above contact. Cu values l; Alteration: None indicated; Gangue: Pyrite, Limonite; Structure: Undeformed - Near flat lying Grinnell and Siyeh sediments.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	0.152	Pb	per cent	0.132	Two samples yielded: 3.6 g/t Ag, 481 ppm Cu, 549 ppm Zn, 1320 ppm Pb; 166 ppm Pb, 1.7 ppm Ag and 1520 ppm Cu.	Koopman and Binda (1985) Preliminary observations on stratiform copper occurrences in the basal Siyeh formation of Proterozoic age, southern Alberta, AGS OFR 1994-08	Alberta Geological Survey
074M 0073	Metallic mineral	Spider Lake Showing No.1	64a (DIG 2009-21); METID_1063 (DIG 2019-0026)	74M	59.776392	-110.199861	-9999	Spider Lake	Surface	Showing	Outcrop	Drillhole	Pegmatite-hosted uranium	Originally described as "Showing No.1" in MAR 19690002. Multiple trenches along the peninsula and on the islands stretching to the southwest. One drillhole (68-11) targeting the main showing.	Uranium, Bromine	Pegmatite	-9999	-9999	An 800m long zone of strain (inferred to extend up to 3.6km) marked by biotite schist, garnetiferous quartzite, and feldspathic quartzite with molybdenite, yellow uranium stain. Associated with variably strained pink-feldspar pegmatite.	68-11	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U3O8	per cent	0.16	-9999	-9999	-9999	U, Th and REE (radioactive site) + Mo; Historical sample ID 6568 (MAR 19690002)	MAR 19690002, MAR 20070025, AGS DIG 2009-0021, AGS OFR 2010-08	Alberta Geological Survey
074M 0074	Metallic mineral	-9999	65 (DIG 2009-21); METID_1071 (DIG 2019-0026)	74M	59.779491	-110.195454	-9999	Northeast of Spider Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements, Molybdenum	Pegmatite, amphibolite	-9999	-9999	Amphibolite phyllonite, probably volcanics	68-12	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	430	-9999	-9999	-9999	U, Th and REE (radioactive site) + Mo; Historical sample ID WL-08-30-04 (AGS BUL 064). Hole # 68-12, 0.02% U3O8, Occurrence 65	MAR 19690002, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0075	Metallic mineral	-9999	66 (DIG 2009-21); METID_1075 (DIG 2019-0026)	74M	59.781128	-110.200313	-9999	North of Spider Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements, Molybdenum	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	575	-9999	-9999	-9999	U, Th and REE (radioactive site) + Mo; Historical sample ID WL-08-30-05 (AGS BUL 064 - Occurrence 66)	MAR 19690002, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0072	Metallic mineral	-9999	64b (DIG 2009-21); METID_1058 (DIG 2019-0026)	74M	59.774345	-110.205711	-9999	Spider Lake	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Lead	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	1354	Pb	ppm	391	U, Th and REE (radioactive site) + Mo; Historical sample ID WL-08-30-07 (AGS BUL 064 - Occurrence 64b)	MAR 19690002, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0049	Metallic mineral	-9999	20 (DIG 2009-21); METID_1010 (DIG 2019-0026)	74M	59.696948	-110.467034	-9999	Southwest of Potts Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th and REE (radioactive site).	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0161	Metallic mineral	-9999	18 (DIG 2009-21); METID_1017 (DIG 2019-0026)	74M	59.702434	-110.458063	-9999	Southwest of Potts Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th and REE (radioactive site).	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0053	Metallic mineral	-9999	22 (DIG 2009-21); METID_1021 (DIG 2019-0026)	74M	59.728620	-110.449815	-9999	Central Potts Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th and REE (radioactive site).	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0055	Metallic mineral	-9999	9 (DIG 2009-21); METID_1052 (DIG 2019-0026)	74M	59.770083	-110.512161	-9999	South central Charles Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th and REE (radioactive site).	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0056	Metallic mineral	-9999	10 (DIG 2009-21); METID_1054 (DIG 2019-0026)	74M	59.772758	-110.507137	-9999	East central Charles Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th and REE (radioactive site).	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0058	Metallic mineral	-9999	13 (DIG 2009-21); METID_1080 (DIG 2019-0026)	74M	59.786198	-110.499457	-9999	East central Charles Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th and REE (radioactive site).	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0106	Metallic mineral	-9999	84 (DIG 2009-21); METID_1124 (DIG 2019-0026)	74M	59.814865	-110.212130	-9999	Second narrows in west arm of Andrew Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	Two small pits as described in MAR 19740005.	Uranium, Thorium, Rare-earth elements	Gneiss	-9999	-9999	Described in MAR 19740005 as 2 small pits blasted into N-trending fractures and brecciation. Two foot width of red hematite alteration with lesser amounts of yellow autunite.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th and REE (radioactive site).; "No samples collected" noted in reference	MAR 19740005, AGS DIG 2009-0021	Alberta Geological Survey
074M 0062	Metallic mineral	-9999	6 (DIG 2009-21); METID_1186 (DIG 2019-0026)	74M	59.896177	-110.494229	-9999	Northeast of Charles Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Th	ppm	1051	La	ppm	704	U, Th and REE (radioactive site).; Historical sample ID WL-08-06-03 (OFR 1993 08 - Occurrence 6)	AGS ESR 1965-06, AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0063	Metallic mineral	-9999	8 (DIG 2009-21); METID_1191 (DIG 2019-0026)	74M	59.918117	-110.479052	-9999	North of Charles Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Th	ppm	192	La	ppm	333	U, Th and REE (radioactive site).; Historical sample ID WL-08-06-07 (OFR 1993 08 - Occurrence 8)	AGS ESR 1965-06, AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0057	Metallic mineral	-9999	15 (DIG 2009-21); METID_1067 (DIG 2019-0026)	74M	59.776936	-110.380280	-9999	North Potts lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Th	ppm	269	La	ppm	201	U, Th and REE (radioactive site).; Historical sample ID WL-08-10-03 (OFR 1993 08 - Occurrence 15)	AGS ESR 1965-06, AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0091	Metallic mineral	-9999	79 (DIG 2009-21); METID_1090 (DIG 2019-0026)	74M	59.795835	-110.130770	-9999	Trenches at Carrot Lake (south of Andrew Lake).	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements, Silver	Granite, pegmatite	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	U	ppm	1636	Ag	ppm	2.2	U, Th and REE (radioactive site).; Historical sample ID WL-09-05-03 (AGS BUL 064 - Occurrence 79). Trench TR-21+00N	MAR 19710001, AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0150	Metallic mineral	-9999	107 (DIG 2009-21); METID_1189 (DIG 2019-0026)	74M	59.907104	-110.421925	-9999	East of Charles Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium, Thorium, Rare-earth elements	Granite	Paleoproterozoic	Charles Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U, Th, REE (radioactive site)	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0059	Metallic mineral	-9999	2 (DIG 2009-21); METID_1121 (DIG 2019-0026)	74M	59.813647	-110.515803	-9999	East central Charles Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U? Radioactive site but not found in 1992.	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0060	Metallic mineral	-9999	3 (DIG 2009-21); METID_1123 (DIG 2019-0026)	74M	59.814031	-110.522572	-9999	East central Charles Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	U? Radioactive site but not found in 1992.	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
082G 0062	Metallic mineral	-9999	82G-M-59B (OFR 1994-08); METID_0041 (DIG 2019-0026)	82G	49.207508	-114.010951	-9999	Spionkop Ridge; about 1500 m north of Yarrow Creek and about 2400 m west of the surface expression of the Lewis Thrust.	Surface	Showing	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Lead, Silver	Limestone	Mesoproterozoic	Siyeh Formation	Shatter zone in Limestone; An exposure of galena-bearing Lower Siyeh carbonates NW of the YM zone (anomaly 82h-M-01). Minor lead mineralization also occurs 1300 feet (~ 400m) SE of the main lead zone. "Massive galena in shatter zone veins, 57.3% to 69.5% Pb and 2.25 to 3.87 oz/ton Ag, across 1.0 to 1.4m widths; traced on the surface for more than 240 metres. Adjacent 1.5m average 6% Pb, and next 4.3m average 4% Pb"; Shatter zone contains massive galena, with veins of galena extending from central zone. Has been traced for more than 240m along strike; Structure: Faulted - "Shatter zone" in Limestone unit. No details are given as to the strike of this shatter zone, but an occurrence of "massive and veined galena float" was found about 350m to the SW. A later report states that the zone is intruded by a basic dyke, presumable; Grades of up to 69.5% Pb in central zone with an average of 6% Pb in adjacent 5 ft and 4% Pb in next 14 ft. Historic estimate at 608,000 tons grading 16.2% Pb and 0.82 oz/ton Ag.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Pb	per cent	69.5	Ag	g/t	132.7	Vein: 132.7 g/t Ag and 69.5% Pb over 1.1 m.; Historical sample ID 82G-M-59B (AGS OFR 1994-08)	MAR 19720005, MAR 19720008, MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
074M 0103	Metallic mineral	-9999	190a (DIG 2009-21); METID_0993 (DIG 2019-0026)	74M	59.585315	-111.426729	-9999	Stony Islands	Surface	Showing	Outcrop	-9999	Stratabound copper-silver	-9999	Copper	Carbonate	Devonian	-9999	Stratiform copper mineralization (of sedimentary origin) largely restricted to a 12 inch thick dolomite bed. Several outcrops with mineralization on the island.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	Cu	per cent	1.08	-9999	-9999	-9999	Visible mineralization includes marcasite nodules (1/2 inch diameter) and disseminated specks of chalcopyrite which appear to be largely restricted to the Devonian dolomite overlying the granite wash and Precambrian crystalline basement. The tiny specks 	AGS OFR 1973-36, AGS DIG 2009-0021	Alberta Geological Survey
082O 0106	Industrial mineral	Seebe	T67040; INDID_0705 (DIG 2019-0027)	82O	51.090587	-115.072307	-9999	On the outskirts of the hamlet of Seebee, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Shale	Shale	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	Portland cement	-9999	-9999	Good	Quarry is in section of dark grey silty shale, lower part of formation. Strata gently inclined to west, about 15 m exposed in pit.	-9999	Ceramic test in Scafe (1978), p.45	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Wapiabi sample in AGS ESN 1978-A, p.59	AGS ESN 1978-A, Fox (1981) Industrial minerals tour of the Canmore Corridor, Alberta, AGS ECO 7, National Mineral Inventory record 115074, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074D 0058	Industrial mineral	Caribou Horn	INDID_0672, INDID_1347 (DIG 2019-0027)	74D	56.964436	-111.900540	-9999	Located 5-10 km west from Ft. McMurray	Subsurface	Prospect	Well	-9999	Evaporites	-9999	Salt	-9999	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	ABM DOVER 6-8-92-12	100/06-08-092-12W4/00	-9999	-9999	-9999	-9999	Salt thickness: up to 180 m (Athabasca River North property) and >210 m (Athabasca River South property). ABM Dover 6-8-92-12, 392.98-395.98 m.	-9999	-9999	Drillcore	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock analyses of 122 samples	MAR 20080009	Alberta Geological Survey
083C 0117	Industrial mineral	Window	INDID_1267 (DIG 2019-0027)	83C	52.526225	-116.092777	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock analysis (n=10)	MAR 20020009	Alberta Geological Survey
083B 0032	Industrial mineral	Prairie Creek	INDID_1268 (DIG 2019-0027)	83B	52.182487	-115.456669	-9999	Approximately 6 km to the north of Baseline Mountain.	Surface	Test	Outcrop	Drillhole	Chemical and Biogenics	-9999	Carbonate	Shale	-9999	-9999	-9999	-9999	-9999	Cement manufacturing	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20030002	Alberta Geological Survey
083B 0035	Industrial mineral	Clearwater	INDID_1271 (DIG 2019-0027)	83B	52.000560	-115.456656	-9999	Approximately 6 km to the north of Limestone Mountain along Rocky Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Carbonate	Shale, sandstone	Late Cretaceous	Blairmore Group, Wapiabi Formation, Brazeau Formation, Porcupine Hills Formation	-9999	-9999	-9999	Cement manufacturing	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20040006	Alberta Geological Survey
083B 0031	Industrial mineral	West Central	INDID_1263 (DIG 2019-0027)	83B	52.025799	-115.499125	-9999	On the southern slopes of Idlewilde Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20000017	Alberta Geological Survey
082O 0169	Industrial mineral	Corkscrew Mountain	INDID_1261 (DIG 2019-0027)	82O	51.986078	-115.480470	-9999	Approximately 6 km to the north of Limestone Mountain along Rocky Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 19980013, MAR 20200005	Alberta Geological Survey
083B 0026	Industrial mineral	Corkscrew Mountain	INDID_1262 (DIG 2019-0027)	83B	52.000579	-115.313815	-9999	On the slopes of Corkscrew Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 19980013	Alberta Geological Survey
082O 0170	Industrial mineral	West Central	INDID_1265 (DIG 2019-0027)	82O	51.971385	-115.480472	-9999	Approximately 6 km to the north of Limestone Mountain along Rocky Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20020003	Alberta Geological Survey
083B 0040	Industrial mineral	Baseline Ridge	INDID_1279 (DIG 2019-0027)	83B	52.233231	-115.589411	-9999	Approximately 45 km to the west of the town of Rocky Mountain House, AB near Ram River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20070003	Alberta Geological Survey
082O 0178	Industrial mineral	Clearwater	INDID_1287 (DIG 2019-0027)	82O	51.987223	-115.318704	-9999	On the slopes of Corkscrew Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20090020	Alberta Geological Survey
082O 0171	Industrial mineral	West Central	INDID_1281, INDID_1266, INDID_1272 (DIG 2019-0027)	82O	51.986093	-115.313820	-9999	On the slopes of Corkscrew Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian, Jurassic	Banff Formation, Rundle Group, Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20020003, MAR 20040007, MAR 20080010	Alberta Geological Survey
083C 0079	Industrial mineral	Brazeau Range	INDID_1260 (DIG 2019-0027)	83C	52.539386	-116.163218	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Late Devonian, Mississippian	Palliser Formation, Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 19980007	Alberta Geological Survey
083C 0122	Industrial mineral	Shunda Mountain	INDID_1291 (DIG 2019-0027)	83C	52.524786	-116.091285	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Late Devonian, Mississippian, Jurassic	Palliser Formation, Banff Formation, Rundle Group, Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20100013	Alberta Geological Survey
082O 0179	Industrial mineral	Limestone Range	INDID_1294 (DIG 2019-0027)	82O	51.986074	-115.456659	-9999	Approximately 6 km to the north of Limestone Mountain along Rocky Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Late Devonian, Mississippian, Jurassic	Palliser Formation, Banff Formation, Rundle Group, Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20100023	Alberta Geological Survey
083C 0123	Industrial mineral	Shunda Mountain	INDID_1295 (DIG 2019-0027)	83C	52.524776	-116.139249	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Late Devonian, Mississippian, Jurassic	Palliser Formation, Banff Formation, Rundle Group, Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20120009	Alberta Geological Survey
083C 0119	Industrial mineral	Brazeau Range	INDID_1280 (DIG 2019-0027)	83C	52.512196	-116.111853	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	Drillhole	Chemical and Biogenics	-9999	Limestone	Carbonate	Late Devonian, Mississippian	Palliser Formation, Pekisko Formation, Turner Valley Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20080005	Alberta Geological Survey
083B 0042	Industrial mineral	Baseline Ridge	INDID_1285 (DIG 2019-0027)	83B	52.252944	-115.628007	-9999	Approximately 45 km to the west of the town of Rocky Mountain House, AB near Ram River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian, Jurassic	Rundle Group, Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock geochemistry	MAR 20090004	Alberta Geological Survey
084I 0004	Industrial mineral	McIvor River	INDID_1346 (DIG 2019-0027)	84I	58.037765	-112.063435	-9999	Located 150 km N-NE of Ft. McMurray	Surface and subsurface	Prospect	Outcrop	Drillhole	Terrigenous	-9999	Silica sand	-9999	Early Cretaceous	Pelican Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Up to 70 m of high energy, cross bedded sand is exposed at Greystone Creek	-9999	-9999	Sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole rock ICP analyses of 38 samples, 36 contain >98% SiO2	MAR 20090012	Alberta Geological Survey
084C 0028	Industrial mineral	Peace River	INDID_1333 (DIG 2019-0027)	84C	56.530000	-117.120000	-9999	35 km north of the town of Peace River, on both sides of river.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Silica sand	Sandstone	Early Cretaceous	Peace River Formation	-9999	-9999	-9999	Proppant	-9999	-9999	-9999	Somewhat immature sandstone of the Cadotte and Paddy members, with lower than optimal silica content and lower than desirable sphericity. Up-section cliffs were not explored.	21 samples from 7 sites	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Whole-rock geochemistry for 19 samples	MAR 20150002	Alberta Geological Survey
083A 0071	Industrial mineral	Gadsby	INDID_1264 (DIG 2019-0027)	83A	52.676815	-112.465808	-9999	Approximately 15 km to the west of the village of Heisler near Battle River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Shallow dipping stratigraphy overlain by a thin (e.g., 0-5 m) veneer of Quaternary surficial deposits	Swelling analysis: swell to 5-6 times the dry volume when immersed in water	49 auger holes drilled to various depths; Bentonite analysis includes: % solids; B/T yield; apparent viscosity; FANN; plastic viscosity; yield point; pH; % moisture	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	X-ray diffraction analysis; primary smectite mineral is beidellite	MAR 20000025	Alberta Geological Survey
083H 0061	Industrial mineral	-9999	C141596; INDID_0531 (DIG 2019-0027)	83H	53.175986	-113.216320	-9999	Approximately 10 km to the west of the village of Hay Lakes, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Cooking Lake Formation	-9999	CS BIG HAY LAKE 13-30-48-22	100/13-30-048-22W4/00	-9999	-9999	-9999	-9999	Formation water are below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 1250 mg/L; Iodide 21 mg/L.	AGS ECO 5	Alberta Geological Survey
083H 0060	Industrial mineral	-9999	C141204; INDID_0529 (DIG 2019-0027)	83H	53.343165	-113.204410	-9999	Approximately 13 km to the east of the city of Beaumont, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Cooking Lake Formation	-9999	PETRO BUYERS JOAM 7-30-50-22	100/07-30-050-22W4/00	-9999	-9999	-9999	-9999	Formation water are below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 1470 mg/L; Iodide 34 mg/L.	AGS ECO 5	Alberta Geological Survey
084A 0003	Industrial mineral	-9999	C140584; INDID_0528 (DIG 2019-0027)	84A	56.598312	-113.906557	-9999	Approximately 210 km north of the town of Athabasca, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Keg River Formation	-9999	IOE CORN LAKE 4-3-88-25	100/04-03-088-25W4/00	-9999	-9999	-9999	-9999	Formation water are below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 1475 mg/L; Iodide 18 mg/L.	AGS ECO 5	Alberta Geological Survey
073D 0011	Industrial mineral	-9999	C140367; INDID_0527 (DIG 2019-0027)	73D	52.797879	-111.826160	-9999	On the outskirts of the town of Killam, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Beaverhill Lake Group	-9999	M&C-VCA-KILLAM 15-16-44-13	100/15-16-044-13W4/00	-9999	-9999	-9999	-9999	Formation water are below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 1590 mg/L; Iodide 25 mg/L	AGS ECO 5	Alberta Geological Survey
083H 0059	Industrial mineral	-9999	C140202; INDID_0526 (DIG 2019-0027)	83H	53.321435	-113.459990	-9999	Approximately 4 km to the southwest of the city of Beaumont, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Cooking Lake Formation	-9999	CS NISKU 13-16-50-24	100/13-16-050-24W4/00	-9999	-9999	-9999	-9999	Formation water are below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 1650 mg/L; 31 mg/L	AGS ECO 5	Alberta Geological Survey
083A 0053	Industrial mineral	-9999	C139872; INDID_0525 (DIG 2019-0027)	83A	52.079146	-113.280720	-9999	Approximately 36 km to the southeast of the city of Red Deer, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Beaverhill Lake Group	-9999	B.A. CPR PINE LAKE 11-7-36-23	100/11-07-036-23W4/00	-9999	-9999	-9999	-9999	Formation water are below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 1900 mg/L; Iodide 0 mg/L.	AGS ECO 5	Alberta Geological Survey
083A 0052	Industrial mineral	-9999	C139765; INDID_0524 (DIG 2019-0027)	83A	52.219360	-113.645230	-9999	Approximately 8 km to the east of the city of Red Deer, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Leduc Formation	-9999	B.A. JOFFRES 4-34-37-26	100/04-34-037-26W4/00	-9999	-9999	-9999	-9999	Alberta formation water are below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 2115 mg/L; Iodide 2 mg/L.	AGS ECO 5	Alberta Geological Survey
082P 0022	Industrial mineral	-9999	C128992; INDID_0523 (DIG 2019-0027)	82P	51.565030	-112.791520	-9999	Approximately 12 km to the north of the town of Drumheller, AB.	Subsurface	Test	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Beaverhill Lake Group	-9999	K-S SOHIO B.A. W DRUM 4-17-30-20	100/04-17-030-20W4/00	-9999	-9999	-9999	-9999	The bromide content of this well is 2 115 mg/L, iodide is 27 mg/L. Alberta formation water are all far below the 5 000 mg/L of the now dominant sources in Arkansas and the Dead Sea. . On this basis alone it seems highly unlikely that any of the Alberta fo	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 4, p.7. Bromide 2115 mg/L; Iodide 27 mg/L.	AGS ECO 5	Alberta Geological Survey
082H 0072	Industrial mineral	-9999	C142066; INDID_0532 (DIG 2019-0027)	82H	49.869880	-112.384820	-9999	Approximately 20 km northwest of the town of Taber, AB.	Subsurface	Showing	Well	-9999	Br-I-B Brine	-9999	Bromine, Iodine, Boron	Formation water	Late Devonian	Bow Island Formation	-9999	CNRL TURIN 10-33-10-18	100/10-33-010-18W4/00	-9999	-9999	-9999	-9999	The most extensive occurrences of economically interesting high-iodide formation waters in Alberta are in the Viking, Bow Island, and basal Belly River Formations with iodide contents generally in the range 40 to 50 mg/L.	-9999	-9999	Formation water	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	XRF method, (AGS ECO 5), Table 5, p.9. Iodide 80 mg/L; Bromide 122 mg/L.	AGS ECO 5	Alberta Geological Survey
082O 0184	Industrial mineral	Cougar Canyon	T86503; INDID_1066 (DIG 2019-0027)	82O	51.094975	-115.317080	-9999	Along Cougar Creek to the northeast of the town of Canmore, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Quartzite	Quartzite, sandstone	Pennsylvanian	Tunnel Mountain Formation	-9999	-9999	-9999	Silica	Small	-9999	Fair	Basal unit of Rocky Mtn. Group, section exposed at mouth of canyon, 58 m thickness of quartzite grading to sandstone, light grey to white, thin bedded up to 0.5 m thick, with calc. partings tup to 0.15 m thk in lower 8 m of unit. Beds dip 50SW.	-9999	-9999	Grab	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Yes, unpublished	Alberta Research Council Economic Mineral File, unpublished data	Alberta Geological Survey
083F 0085	Industrial mineral	High Divide Ridge	INDID_1350 (DIG 2019-0027)	83F	53.370000	-117.370000	-9999	Located 18 km east of Hinton	Surface	Prospect	Outcrop	Drillhole	Terrigenous	-9999	Conglomerate	Conglomerate	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Aggregate	-9999	-9999	-9999	Clast to matrix supported with intervening discontinuous sandstone lenses. Varying thickness and quality. Conglomerate has been processed into road aggregate for local use within the prospect area.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20130016	Alberta Geological Survey
082J 0071	Industrial mineral	Priddis	T55254; INDID_0825 (DIG 2019-0027)	82J	50.853928	-114.332720	-9999	Approximately 16 km to the west of the city of Calgary, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	All kinds of red ware	-9999	-9999	Poor	Shales, buff and greenish dark grey, iron stain, fine grained, about 2.4 m, overburden 3-6 m (Sample 2949).	-9999	Ceramic test #2949 (Worcester, 2949)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0069	Industrial mineral	Priddis	T55425; INDID_0823, INDID_0824, INDID_0822 (DIG 2019-0027)	82J	50.843075	-114.350100	-9999	Approximately 16 km to the west of the city of Calgary, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	All kinds of red ware	-9999	-9999	Fair	Shales, light and dark grey, dense, fine grained, some iron stain, approx. 3.6 m, overburden about 3 m (Sample 2950).	-9999	Ceramic test #2950 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083A 0024	Industrial mineral	Rosalind	M14315	83A	52.728738	-112.485310	-9999	Approximately 15 km to the west of the village of Heisler near Battle River.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Bentonite	-9999	-9999	Overburden 5 m	Bentonite, 0.8 m thick.	Mineral analysis (Babet, 1966): Sand and silt per cent: >74 microns      1.22; >48 microns        - ; 2 - 48 microns      - .	Physical tests (Babet, 1966): 1) Yield: 48 bbl/ton; 2) Viscosity: 21 cp (12% bentonite); pH 9.1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02	Alberta Geological Survey
082P 0017	Industrial mineral	Drumheller	M14492; INDID_0861 (DIG 2019-0027)	82P	51.455998	-112.717060	-9999	On the outskirts of the town of Drumheller, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Bentonite	-9999	-9999	Overburden <3.3 m	Bentonite, light olive grey, through olive grey to dusky brown in color, massive, waxy, slightly silty, and breaks into pieces <2.5 cm square. Overburden commonly is less than 3.3 m thick on buttes in this area.	Mineral analysis: Scafe (1975): Sand-size material varies from 0.5 to 38 percent, averaging 5 percent of the total size fraction. The high sand values are from five 7.6 to 10.2 cm bands about 1 m apart that have higher concentrations of quartz, plagioclas	Physical tests Scafe (1975): 1. Average yield is 72 bbl/ton and varies from 37 to 115 bbl/ton; 2. Particle size distribution and cation exchange capacity in Scafe (1975), p. 5	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083J 0020	Industrial mineral	Twin Lakes	T88432; INDID_0904 (DIG 2019-0027)	83J	54.068880	-114.823970	-9999	Approximately 24 km to the northeast of the town of Mayerthorpe, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	Blend for brick and tile	-9999	-9999	-9999	Clay, dusky yellowish brown, silty, noncalcareous, approx.. 2 m, sandstone above and below, thin till overburden.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0076	Industrial mineral	Lindale	T82832; INDID_0888 (DIG 2019-0027)	83G	53.274127	-114.564260	-9999	Approximately 35 km to the west of the town of Thorsby, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Blend for brick and tile	-9999	-9999	-9999	Mudstone lens, olive grey, 50 x 0.5 m, noncalcareous, breaks into 2 cm chunks.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0080	Industrial mineral	Berrymoor	T36910; INDID_0892 (DIG 2019-0027)	83G	53.234165	-114.783850	-9999	Approximately 11 km east of the town of Drayton Valley, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Blend for brick and tile	-9999	-9999	-9999	Mudstone, greyish olive, thin bedded, noncalcareous, breaks into 2cm pieces.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0074	Industrial mineral	Yeoford	T81890; INDID_0886 (DIG 2019-0027)	83G	53.023131	-114.369420	-9999	Approximately 12 km to the southeast of the village of Breton, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Blend for brick and tile	-9999	-9999	-9999	Mudstone, olive grey, breaks into 1-2 cm chunks, noncalcareous, approx. 2 m, till cover <0.5 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0078	Industrial mineral	Chip Lake	T50508; INDID_0890 (DIG 2019-0027)	83G	53.568269	-115.422130	-9999	Approximately 28 km to the west of the village of Entwistle, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Blend for brick and tile	-9999	-9999	-9999	Shale, moderate olive brown, noncalcareous, approx. 2 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0073	Industrial mineral	Huggett	T80833; INDID_0885 (DIG 2019-0027)	83G	53.310515	-114.052770	-9999	Approximately 12 km to the southwest of the city of Edmonton, AB near Strawberry Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Siltstone	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	Blend for brick and tile	-9999	-9999	-9999	Siltstone, olive grey, clayey, noncalcareous, breaks into 3 cm chunks.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0081	Industrial mineral	Seba Beach	T5799; INDID_0893 (DIG 2019-0027)	83G	53.539288	-114.783520	-9999	Approximately 15 km to the southeast of the village of Entwistle, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Blend for brick and tile	-9999	-9999	-9999	Shale, olive grey, slightly calcareous, approx. 2 m. Clay, light olive brown, noncalcareous.	-9999	Ceramic tests (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
074D 0008	Industrial mineral	MeLean Creek	T92213; INDID_0913, INDID_0695 (DIG 2019-0027)	74D	56.893542	-111.413130	-9999	To the north of the community of Fort McMurray, AB along the Athabasca River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Blend for brick, face brick or possibly vitrified ware	-9999	-9999	-9999	Clay, dark grey, laminated, noncalcareous, 2.8 m. Clay, light grey (Sample 2). Clay, dark grey (Sample 3).	-9999	Ceramic test (Hume, 1924). Ceramic tests #2, 3 (Ells, 1926).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hume (1924) Clay deposits on Athabasca River, Alberta, Ells (1926) Bituminous sands of northern Alberta, AGS ECO 7	Alberta Geological Survey
083I 0014	Industrial mineral	Athabasca	T87556; INDID_0903 (DIG 2019-0027)	83I	54.701320	-113.263760	-9999	On the outskirts of the town of Athabasca, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Blend for bricks	-9999	-9999	-9999	Glacial lacustrine clay, brownish grey, very calcareous. As above. As above, silty.	-9999	Ceramic tests in ARC Files (1969)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
083G 0079	Industrial mineral	Anselmo	T37229; INDID_0891 (DIG 2019-0027)	83G	53.997433	-115.409190	-9999	Approximately 18 km to the west of the town of Mayerthorpe, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Blend for structural clay products	-9999	-9999	-9999	Mudstone, greyish olive, moderate brown stain on joints, noncalcareous. Mudstone, olive grey, moderate olive brown stain on joints, noncalcareous, breaks into 2-3 cm blocks.	-9999	Ceramic tests (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082O 0116	Industrial mineral	Duthil	T69034; INDID_0989, INDID_0640, INDID_0854 (DIG 2019-0027)	82O	51.100836	-115.403100	-9999	Along the northeastern slopes of Mt. Rundle.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sandstone, siltstone, mudstone	Late Jurassic, Early Cretaceous	Kootenay Group	-9999	-9999	-9999	Blend for structural clay products and bricks, stoneware, low duty refractories	-9999	-9999	-9999	Near the abandoned "Walker" strip pit. Mudstone, dark grey, plant remains, 1.8 m. Mudstone and coal interbedded, mudstone 3 m. Underclay, dark brownish grey. Mudstone, dark grey to brownish grey, minor silt, 3 m. As above, 3 m. . Mudstone, dark grey, abun	Mineral analyses (Scafe, 1991):
Sample "WH 76-1" (%): Kao. 35, Ill. 65, Mix. sh., Siderite minor;
Sample "WH 76-2": Kao. 15, Ill. 85, Mix. sh.+;
Sample "WH 76-3": Ill. 100, Feld. trace;
Sample "WH 76-4": Kao. 10, Ill. 90, Mix. sh., Cal.-Dol. minor, S	Ceramic tests in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082G 0166	Industrial mineral	West of Lundbreck	T34391; INDID_0775 (DIG 2019-0027)	82G	49.591461	-114.183710	-9999	Along the outskirts of the hamlet of Lundbreck, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, sandstone	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Brick	-9999	-9999	Good	Folded shale and sandstone beds, dipping eastward. Shale beds are lenticular and rarely over a feet in thickness. The exposure at this site is a dark shale, gritty (Sample 1679). No overburden.	-9999	Ceramic test #1679 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072L 0012	Industrial mineral	Medicine Hat	T40223; INDID_0785 (DIG 2019-0027)	72L	50.036960	-110.725890	-9999	On the western outskirts of the town of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay, lignite	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	Good	Clay-shale, o.6 m, above lignite, greasy appearance (Sample 1695).	-9999	Ceramic test #1695 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072L 0013	Industrial mineral	Anslees Mine	T40991; INDID_0787 (DIG 2019-0027)	72L	50.049821	-110.792680	-9999	On the southern outskirts of the town of Redcliff, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	Fair	Clay, yellow and grey, mottled, 6 m below the surface in coulee, noncalcareous (Sample 1696).	-9999	Ceramic test #1696 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072L 0010	Industrial mineral	Medicine Hat	T39954; INDID_0784 (DIG 2019-0027)	72L	50.044280	-110.680430	-9999	Within the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Brick	-9999	-9999	Poor	Clay, blue, gritty, less silty than most in the area (Sample 1700).	-9999	Ceramic test #1700 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082O 0030	Industrial mineral	Mitford	T66342; INDID_0847 (DIG 2019-0027)	82O	51.219578	-114.570500	-9999	To the east of Ghost Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Shale, dark grey, soft, gritty, noncalcareous, approx. 10 m without sandstone interbeds (Sample 1760).	-9999	Ceramic test #1760 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
083A 0009	Industrial mineral	Gwynne	T72570; INDID_0867 (DIG 2019-0027)	83A	52.981509	-113.183620	-9999	On the outskirts of the hamlet of Gwynne, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Brick	-9999	-9999	Good	Shale, grey, soft, approx. 4 m, no overburden but many sand lenses interbedded (Sample 1801).	-9999	Ceramic test #1801(Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
072L 0014	Industrial mineral	Cousins	T40461; INDID_0786 (DIG 2019-0027)	72L	50.053437	-110.762950	-9999	On the southern outskirts of the town of Redcliff, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Shale, 7.6 m, about 3/4 way up coulee, a few thin sands and lignite streaks (Sample 1857).	-9999	Ceramic test #1857 (Ries, 1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082G 0178	Industrial mineral	Hazell	T39163; INDID_0782 (DIG 2019-0027)	82G	49.646120	-114.646620	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sandstone, shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Brick	-9999	-9999	Good	Cut showing sandstone and some hard shale. Shale, sandy (Sample 1881).	-9999	Ceramic test #1881 (Ries, 1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082O 0044	Industrial mineral	Mitford	T66252; INDID_0848 (DIG 2019-0027)	82O	51.221389	-114.561890	-9999	To the east of Ghost Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Brick	-9999	-9999	Fair	Good exposure of Belly River shales which rests on a seam of coal. Shales, green, some rust, soft to hard, some grit, some carbonaceous material, approx. 10 m (Sample 2977).	-9999	Ceramic test #2977 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
074E 0045	Industrial mineral	Tar Island	T97633; INDID_0924 (DIG 2019-0027)	74E	57.006246	-111.419830	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Clay, light grey, calcareous (Sample 303).	-9999	Ceramic test #303 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
074E 0046	Industrial mineral	Daphne	T101358; INDID_0930 (DIG 2019-0027)	74E	57.282499	-111.664670	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Brick	-9999	-9999	Poor	Clay, approx. 2.7 m, overburden about 4.5 m (Sample 318).	-9999	Ceramic test #318 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
083A 0012	Industrial mineral	Coghill	T73546; INDID_0868 (DIG 2019-0027)	83A	52.344970	-113.281610	-9999	Approximately 8 km to the southwest of the village of Alix, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Clay, grey, hard, interbedded; and silt, yellowish, soft, slightly calcareous, approx. 6 m.	-9999	Ceramic test (Keele, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Keele (1915) Clay and shale deposits of western Canada, Part V, AGS ECO 7	Alberta Geological Survey
083A 0007	Industrial mineral	Red Deer	T74275; INDID_0873 (DIG 2019-0027)	83A	52.261267	-113.816110	-9999	Within the city of Red Deer, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Brick	-9999	-9999	Fair	Shale, grey, very calcareous, approx. 3 m, overburden about 3 m (Red Deer sample).	-9999	Ceramic test (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082I 0026	Industrial mineral	Oxley Creek	T41369; INDID_0793 (DIG 2019-0027)	82I	50.168520	-113.785370	-9999	Approximately 10 km to the west of the town of Stavely, AB near Crescent Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Shale, grey, green and black, interbedded, approx. 1.5 m, slightly calcareous. Shale, grey green, iron stained, highly calcareous, approx. 2.1 m.	-9999	Ceramic test in ARC Files (1953)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
072L 0015	Industrial mineral	Medicine Hat	T39886; INDID_0783 (DIG 2019-0027)	72L	50.031499	-110.637960	-9999	On the eastern outskirts of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay, sand, shale	Pleistocene	-9999	-9999	-9999	-9999	Brick	-9999	-9999	Good	Clay, stiff, interbedded with silty clay and sand.	-9999	Ceramic test in Keele (1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Keele (1915) Clay and shale deposits of western Canada, Part V, AGS ECO 7	Alberta Geological Survey
072E 0079	Industrial mineral	Eastern Milk River Valley	T25803; INDID_0755 (DIG 2019-0027)	72E	49.219205	-111.969350	-9999	Approximately 15 km northeast of the town of Milk River, AB on the southern shore of Verdigris Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Pakowki Formation	-9999	-9999	-9999	Brick	-9999	-9999	Good	Shale, olive gray, sandy, moderate brown stain on joints - 3-7 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-75-1" (%): Kao. 20, Ill. 40, Sme. 40, Cal.-Dol. major, Feld. major.	Ceramic test in Scafe (1980), p.50	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
072E 0077	Industrial mineral	I.XL Quarry 34	T24105; INDID_0751 (DIG 2019-0027)	72E	49.665681	-110.382160	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Silt	Late Cretaceous	Eastend Formation	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Clayey silt, grayish orange pink, worm burrows filled with dark slickenside material - 10 m.	Mineral analysis (Scafe, 1989): Sample "DS 77-82-5" (%): Kao. 10, Ill. 85, Sme. 5, Feld. minor.	Ceramic Test I-XL 34 (72E) in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083A 0006	Industrial mineral	Red Deer	T74697; INDID_0872 (DIG 2019-0027)	83A	52.270800	-113.818300	-9999	In the city of Red Deer, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Clay, sandy, laminated, calcareous, <2 m. (Sample 1664a). Clay, yellowish, jointed, silty, <1 m (Sample 1664).	-9999	Ceramic tests #1664a, 1664 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082G 0170	Industrial mineral	Lundbreck to Burmis	T34133; INDID_0774 (DIG 2019-0027)	82G	49.580522	-114.206300	-9999	Approximately 3 km west of the hamlet of Lundbreck, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	St. Mary River Formation	-9999	-9999	-9999	Brick	Medium	-9999	Fair	Good sized deposit of a dark slaty and gritty shale (Sample 1684). Western end of railroad cuts: Shale, green, slightly gritty(Sample 1683). Shale, light grey, calcareous (Sample 1682). In first railroad cut of west of Lundbreck. Dark slaty shale, gritty 	-9999	Ceramic tests #1680, 1682, 1683, 1684 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces	Alberta Geological Survey
072L 0011	Industrial mineral	Redcliff	T40917; INDID_0789 (DIG 2019-0027)	72L	50.060671	-110.796940	-9999	On the southern outskirts of the town of Redcliff, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	Good	Shale, composite sample from Red Cliff Brick Company's pit (Sample 1688); Clay-shale, yellow, near the top of pit (Sample 1686); Shale, dark grey (Sample 1687); Shale, light-buff, sandy, approx. 1.2 m (Sample 1685).	-9999	Ceramic tests #1685, 1686, 1687 & 1688 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7, National Mineral Inventory record 115077	Alberta Geological Survey
072E 0082	Industrial mineral	Bullshead Creek Valley, Alta.	T24462; INDID_0752 (DIG 2019-0027)	72E	49.894811	-110.652280	-9999	Approximately 15 km south of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	Good	Exposures of clay lenses. Three samples were collected.	-9999	Ceramic tests #1756-1758 in Ries & Keele (1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
072E 0084	Industrial mineral	Bow Island	T26066; INDID_0756 (DIG 2019-0027)	72E	49.865452	-111.459980	-9999	Approximately 6 km east of the town of Bow Island, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sand, shale, clay	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	Fair	Sand with scattered pebbles 3-4.5 m Clay shale, 1 m Grey sand; 0.6 m Yellow sand 1-1.3 m Clay shale. This represents the upper part of the 23 m slope. Several samples were taken of the shales:- Shale (Sample 1851), Shale (Sample 1852), . Clay shale (Sampl	-9999	Ceramic tests #1851 - 1854 in Ries (1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082H 0062	Industrial mineral	Belly River, NE of Lethbridge	T28325; INDID_0764 (DIG 2019-0027)	82H	49.792832	-112.811480	-9999	Approximately 7 km north of the city of Lethbridge, AB along the Oldman River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	Good	Section 30 m in height. At the base of the section there are beds of sandstone overlain by about 23 m of shale with finely banded sandstone layers (Sample 1870). Over this is about 6 m of shaly material and sand (Sample 1868).	-9999	Ceramic tests #1868 & 1870 in Ries (1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
083I 0003	Industrial mineral	Smoky Lake	T137481; INDID_0899 (DIG 2019-0027)	83I	54.127905	-112.465370	-9999	On the outskirts of the town of Smoky Lake, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick	-9999	-9999	-9999	Clay, yellowish, sandy; 4 feet bed.	-9999	Hamilton and Babet (1975), p. 46	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 02, AGS ECO 3	Alberta Geological Survey
082G 0167	Industrial mineral	Milk Creek	T32424; INDID_0769 (DIG 2019-0027)	82G	49.455030	-114.128460	-9999	Approximately 13 km to the west of the town of Pincher Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, sandstone	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Brick and structural clay products	-9999	-9999	Fair	Exposures of shales and sandstones, some of the beds indicating very strong folding, and many showing a nearly vertical dip. Shale, highly carbonaceous, gritty, interbedded sandstone (Sample 1668). . Shale, slightly calcareous, gritty, about 30 m (Sample 	-9999	Ceramic tests #1668-1671 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072E 0020	Industrial mineral	Graburn gap W (Loc. 4)	T10482; INDID_0724 (DIG 2019-0027)	72E	49.674887	-110.046410	-9999	Approximately 17-18 km east of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, clay, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Brick and tile if blended with underlying deposits	-9999	-9999	Poor	Total thickness of 19.7 m described and sampled. Thick overburden (13.7 m) discourages development at this point.	-9999	Ceramic test #9 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082O 0072	Industrial mineral	Logan Ridge	T66610; INDID_0846 (DIG 2019-0027)	82O	51.028643	-114.689470	-9999	Approximately 12 km to the northwest of the hamlet of Bragg Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Brick and tile, if cracking corrected	-9999	-9999	Poor	Shale, olive green, approx. 1 m. Shale, dark grey to black, approx. 1.5 m. Shale, olive green, sandy, approx. 1.5 m. Shale, dark grey to black, carbonaceous, approx. 1.5 m.	-9999	Ceramic tests in ARC Files (1954)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
083L 0010	Industrial mineral	Sheep Creek (McIntyre #9 South Pit)	T88742; INDID_0709, INDID_0691, INDID_0907, INDID_0997 (DIG 2019-0027)	83L	54.032085	-119.206950	-9999	Approximately 6 km north of Mt. Hamell.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, mudstone	Early Cretaceous	Luscar Group	-9999	-9999	-9999	Brick and tile, stoneware, sewer pipe, or blend for stoneware	-9999	-9999	-9999	Described in detail in AGS ECO 7. Shale, olive black, organic impressions, non-silty. Shale, olive black, silty, thin bedded, calcareous. Shale, dark olive grey, olive brown stain, minor silt. Shale, olive black, non-silty, 3.5 m. Mudstone, olive black, n	Mineral analyses (Scafe, 1991):
Sample "DS 78-92-1" (%): Kao. 15, Ill. 85, Cal.-Dol. major; 
Sample "DS 78-92-2": Kao. 15, Ill. 85, Cal.-Dol. major; 
Sample "DS 78-92-3": Kao. 30, Ill. 70, Cal.-Dol. major;
Sample "DS 78-92-4": Kao. 15, Ill.  Mineral analy	Ceramic tests (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083F 0076	Industrial mineral	Obed Mtn	T166488; INDID_1233, INDID_0686, INDID_1196, INDID_1197, INDID_1195, INDID_0688, INDID_0687, INDID_0897, INDID_0689 (DIG 2019-0027)	83F	53.572930	-117.509753	-9999	Approximately 15 km to the north of the town of Hinton, AB.	Surface	Test	Quarry	-9999	Terrigenous	-9999	Clay/shale, Bentonite, Pumicite	Mudstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Brick clay	Medium	-9999	Fair	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234, AGS DIG 2003-0014	Alberta Geological Survey
082I 0019	Industrial mineral	Gleichen	T42100; INDID_0791 (DIG 2019-0027)	82I	50.867053	-113.044770	-9999	Along the outskirts of the village of Gleichen, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Brick, drain tile	-9999	-9999	-9999	Clay, light grey, hard, calcareous, approx. 2 m.	-9999	Ceramic test in ARC Files (1950)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
082G 0181	Industrial mineral	Passburg	T35451; INDID_0981, INDID_0778 (DIG 2019-0027)	82G	49.546003	-114.305100	-9999	Within 6 km to the southeast of the town of Bellevue, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Brick, drain tile, sewer pipe	-9999	-9999	Fair	Shale, soft grey, top of section, 1.5 m thick (Sample 1936). Clay-shale, silty, 1.2 m thick (Sample 1939). Shale, light grey, 1.2-2.4 m (Sample 1920, 1921). Shale, 1.2 m (Sample 1938). Clay-shale, soft, sandy, 3 m, 4.5 m, bottom of section (Sample 1937).	-9999	Ceramic tests #1920, 1921, 1936, 1937, 1938, 1939 (Ries, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1915) Clay and shale deposits of the western provinces, part 4, AGS ECO 7	Alberta Geological Survey
082H 0080	Industrial mineral	Milk River	T26972; INDID_0759 (DIG 2019-0027)	82H	49.089990	-112.208610	-9999	Approximately 10 km southwest of the town of Milk River, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick, dry press	-9999	-9999	-9999	Mudstone, light olive gray, massive, moderate brown stain on joints, noncalcareous, a few carbon impressions - about 3 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-76-1" (%): Kao. 20, Ill. 40, Sme. 25, Chl. 15.	Ceramic test in Scafe (1980), p.56	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082H 0089	Industrial mineral	Taber	T26717; INDID_0758 (DIG 2019-0027)	82H	49.822292	-112.159990	-9999	At the mine of the Superior Coal Co.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Lignite, gypsiferous shale, sandstone	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick, fire slowly to burn off carbon	-9999	-9999	Good	Lignite seam is underlain by about 1 m of dark and somewhat gypsiferous shale, which extends to the floor of the mine. Overlying the coal there is a 15-20 cm layer of rusty sandstone, which in turn is overlain by yellowish-brown iron stained shale. . A sa	-9999	Ceramic test #1792 in Ries & Keele (1913), Table II.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082G 0173	Industrial mineral	Milk Creek	T33432; INDID_0772, INDID_0980 (DIG 2019-0027)	82G	49.375067	-114.162450	-9999	Approximately 18 km to the southwest of the town of Pincher Creek, AB along Gladstone Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay, limestone, shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Brick, fireproofing	-9999	-9999	-9999	Several 3-6 m band of clay are exposed in Mill creek. The beds dip steeply southwest and are underlain by fine grey-blue limestone. Sample1913 -shale, sandy.	-9999	Ceramic test #1913 in Ries (1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082O 0070	Industrial mineral	Cochrane	T65531; INDID_0842 (DIG 2019-0027)	82O	51.186470	-114.443480	-9999	In the town of Cochrane, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Brick, if cracking corrected	-9999	-9999	-9999	Shale, brownish grey, very calcareous.	-9999	Ceramic test (ARC Files, 1948)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
082H 0081	Industrial mineral	Del Bonita	T27346; INDID_0760 (DIG 2019-0027)	82H	49.055643	-112.723460	-9999	Approximately 45 km west of the town of Milk River, AB near Shanks Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	Brick, moderate firing range	-9999	-9999	-9999	Shale, dusky yellowish brown, thin laminae, minor silt, noncalcareous, small gypsum crystals on surface, ironstone concretions, band of volcanic ash (?) - about 5 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-78-1" (%): Kao. 20, Ill. 60, Sme. 20.	Ceramic test in Scafe (1980), p.56	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
072E 0017	Industrial mineral	Fox (Loc. 40)	T7766; INDID_0721 (DIG 2019-0027)	72E	49.529256	-110.097480	-9999	Approximately 20 km southeast of the hamlet of Elkwater, AB.	Subsurface	Showing	Drillhole	-9999	Terrigenous	-9999	Clay-brick	Glacial drift, silt, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Brick, possibly stoneware	-9999	-9999	Good	Lithology: Overburden - 1 m glacial drift, wash and boulders; silt, gray, white weathering (Sample 104) - 1.1 m; clay, grayish brown grading to yellowish green, gritty (Sample 105) - 0.8 m; sand - 0.1 m; silt, gray, argillaceous (Sample 106) - 0.6 m; . Cl	-9999	Ceramic tests #104-108 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082J 0052	Industrial mineral	Millarville	T54367; INDID_0820 (DIG 2019-0027)	82J	50.752030	-114.390150	-9999	Approximately 10 km to the north of the town of Diamond Valley, AB along Threepoint Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Brick, quarry and roofing tile	-9999	-9999	-9999	Shales, greenish, rusty, uneven fracture, approx. 36 m, sandstone interbeds to 4 m, steeply dipping (Sample 2923). Shale, slate grey, some iron stain, splintery, gritty, approx. 37 m, 3 thin sandstones (Sample 2924).	-9999	Ceramic tests #2923, 2924 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082G 0177	Industrial mineral	Sentinel	T37903; INDID_0781 (DIG 2019-0027)	82G	49.638705	-114.629580	-9999	Along the southern slopes of Crowsnest Ridge, above Crowsnest Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, sandstone	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Brick, sewer pipe	-9999	-9999	Good	At least 6.5 m shale, dipping about 35 degree S.W. Shale, slickensides, interbedded with sandstone (Sample 1882).	-9999	Ceramic test #1882 (Ries, 1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
074E 0058	Industrial mineral	Firebag River	T97313; INDID_0921 (DIG 2019-0027)	74E	57.591577	-111.112830	-9999	Within 20 km of McClelland Lake along Firebag River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks	-9999	-9999	-9999	Clay, grey, carbonaceous, slightly calcareous (Sample 5).	-9999	Ceramic test #5 (Ells, 1926)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1926) Bituminous sands of northern Alberta, AGS ECO 7	Alberta Geological Survey
074D 0037	Industrial mineral	Fort McMurray (The Forks)	T92730; INDID_0912 (DIG 2019-0027)	74D	56.729674	-111.433020	-9999	Within the community of Fort McMurray, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	Clearwater Formation	-9999	-9999	-9999	Bricks, if blended	-9999	-9999	-9999	Clay, light olive grey, massive, slightly silty, iron stain. Clay, olive grey, massive, breaks into 2.5 cm blocks.	-9999	Ceramic tests (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082P 0028	Industrial mineral	Western Monarch	T57145; INDID_0835 (DIG 2019-0027)	82P	51.268669	-112.466230	-9999	Approximately 28 km southeast of the town of Drumheller, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Bricks, stoneware, pottery	-9999	-9999	-9999	Mudstone, light olive grey, slightly silty.	Mineral analysis (Scafe, 1991): Sample "DS 76-47-1" (%): Kao. 20, Ill. 30, Sme. 50, Feld. trace.	Ceramic test in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
074E 0047	Industrial mineral	-9999	T103126; INDID_0932 (DIG 2019-0027)	74E	57.164530	-111.534610	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Bricks, structural clay products	-9999	-9999	-9999	Clay, light grey (Sample 190). Clay, light grey (Sample305). Clay (Sample 306).	-9999	Ceramic tests #190, 305 & 306 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
082O 0029	Industrial mineral	Cochrane	T65933; INDID_0844 (DIG 2019-0027)	82O	51.188739	-114.468750	-9999	In the town of Cochrane, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, dark grey, calcareous, very plastic (Sample 1948).	-9999	Ceramic test #1948 (Ries, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, Ries (1915) Clay and shale deposits of the western provinces, part 4, Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
082J 0045	Industrial mineral	Longview	T47051; INDID_0805 (DIG 2019-0027)	82J	50.504536	-114.238570	-9999	Approximately 3 km to the south of the village of Longview, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	Fair	Shale, dark grey, greenish and rusty brown, minor ironstone, steep dip (Sample 2911).	-9999	Ceramic test #2911 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0046	Industrial mineral	Longview	T47174; INDID_0804 (DIG 2019-0027)	82J	50.504535	-114.244230	-9999	Approximately 3 km to the south of the village of Longview, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	Good	Shales, greenish grey, minor ironstone and sandstone, approx. 30 m (Sample 2912).	-9999	Ceramic test #2912 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0065	Industrial mineral	Black Diamond	T5410; INDID_0810 (DIG 2019-0027)	82J	50.711957	-114.211550	-9999	Approximately 3 km to the northeast of the town of Diamond Valley, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Shale, grey, approx. 5 m, concretions and a nodular sandstone layer, interbedded, overburden 3 m (Sample 2945).	-9999	Ceramic test #2945 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
074E 0048	Industrial mineral	Fort MacKay	T106276; INDID_0933 (DIG 2019-0027)	74E	57.187987	-111.728410	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay (Sample 310).	-9999	Ceramic test #310 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
074E 0059	Industrial mineral	Firebag River	T97940; INDID_0923 (DIG 2019-0027)	74E	57.664179	-111.222240	-9999	Within 20 km of McClelland Lake along Firebag River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, pink, slightly calcareous (Sample 4).	-9999	Ceramic test #4 (Ells, 1926)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1926) Bituminous sands of northern Alberta, AGS ECO 7	Alberta Geological Survey
074E 0068	Industrial mineral	Fort MacKay	T106100; INDID_0934 (DIG 2019-0027)	74E	57.193371	-111.644700	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, greenish grey, massive, slightly silty, noncalcareous, 30 cm.	-9999	Ceramic test (Scafe (1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
084C 0013	Industrial mineral	Nampa	T93213; INDID_0914 (DIG 2019-0027)	84C	56.047770	-117.104590	-9999	Approximately 2 km northeast of the village of Nampa, AB near Heart River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Clay, olive grey, massive, 1 m.	Mineral analyses (Scafe, 1991): Sample "DS 75-31-1" (%): Kao. 15, Ill. 55, Sme. 20, Chl. 10; Sample "DS 75-31-2": Kao. 15, Ill. 60, Sme. 10, Chl. 15, Cal.-Dol. trace, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083H 0066	Industrial mineral	Willow Creek (Calmar)	T80282; INDID_0883 (DIG 2019-0027)	83H	53.299538	-113.929250	-9999	Approximately 30 km to the southwest of the city of Edmonton, AB near the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Glacial lacustrine clay, dark yellowish brown, massive, silty, calcareous, 3-5 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-38-1" (%): Kao. 10, Ill. 50, Sme. 25, Chl. 15, Cal.-Dol. trace, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083B 0006	Industrial mineral	Brazeau River	T70443; INDID_0857 (DIG 2019-0027)	83B	52.963465	-115.578100	-9999	Approximately 50 km southwest of the town of Drayton Valley, AB near the Brazeau Reservoir.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Shale, olive grey, slightly silty, 5 m.	Mineral analysis (Scafe, 1991): Sample "DS 76-54-1" (%): Kao. 20, Ill. 50, Sme. 30, Feld. minor.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083L 0011	Industrial mineral	Sheep Creek	T90028; INDID_0906 (DIG 2019-0027)	83L	54.039505	-119.120400	-9999	Along the northeastern spur of Mt. Hamell.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Fort St. John Group	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Shale, olive black, silty, moderate brown stain on joints, siltstone stringers <3 cm.	Mineral analysis (Scafe, 1991): Sample "DS 78-94-1" (%): Kao. 15, Ill. 85, Feld. trace.	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082O 0025	Industrial mineral	Brickburn	T63580; INDID_0839 (DIG 2019-0027)	82O	51.055926	-114.146060	-9999	Within the city of Calgary, AB, along the Bow River.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Shale, grey green, sandy, interbedded sandstone, approx. 5.4 m of shale visible.	-9999	Ceramic test in ARC Files (1954)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082P 0025	Industrial mineral	Delia	T59063; INDID_0832 (DIG 2019-0027)	82P	51.530533	-112.351200	-9999	Approximately 10 km to the south of the town of Delia, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	Poor	Mudstone, greyish olive, minor silt, iron stain, overburden about 4.5 m.	Mineral analysis (Scafe, 1991): Sample "DS 76-44-1" (%): Kao. 15, Ill. 70, Sme. 15.	Ceramic test in Scafe (1978).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082O 0045	Industrial mineral	Cochrane	T65783; INDID_0845 (DIG 2019-0027)	82O	51.195948	-114.526790	-9999	In the town of Cochrane, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	Poor	Shale, dark grey, hard, calcareous, gritty (Sample 2979). Shale, dark grey, gritty (Sample 2978).	-9999	Ceramic tests #2978, 2979 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083G 0075	Industrial mineral	Genesee	T81644; INDID_1369, INDID_0887 (DIG 2019-0027)	83G	53.332222	-114.296230	-9999	Approximately 11 km southeast of the hamlet of Keephills, AB.	Surface	Producer	Outcrop	-9999	Miscellaneous	-9999	Fly ash, Clay-brick	Mudstone	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Bricks, tile	-9999	-9999	-9999	Mudstone, olive black, hard to dig, noncalcareous, very slightly silty. Mudstone, olive black, slightly silty, noncalcareous.	-9999	Ceramic tests (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7, Capital Power (2025) Genesee generating station	Alberta Geological Survey
082O 0111	Industrial mineral	Ghost River	T67625; INDID_0849 (DIG 2019-0027)	82O	51.304150	-114.947860	-9999	Approximately 35 km to the west of the town of Cochrane, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	Bricks, tile, pottery	-9999	-9999	-9999	Shale, dark grey, quite silty, near top of exposure. Shale, dark grey, silty, splintery weathering, taken at base of exposure.	Mineral analyses (Scafe, 1991): Sample "WH 76-12" (%): Kao. 15, Ill. 85, Feld. trace; Sample "WH 76-13": Ill. 100.	Ceramic tests in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082O 0114	Industrial mineral	Waiparous Creek	T68483; INDID_0852 (DIG 2019-0027)	82O	51.391193	-115.014180	-9999	Approximately 35 km to the west of the town of Cochrane, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Bricks, tile, pottery	-9999	-9999	-9999	Mudstone, medium to dark grey, soft, minor silt. Mudstone, light brown to greenish grey, soft, blocky weathering.	Mineral analyses (Scafe, 1991): Sample "WH 76-15" (%): Kao. 30, Ill. 70, Feld. minor; Sample "WH 76-16": Kao. 30, Ill. 70, Cal.-Dol. trace, Feld. minor.	Ceramic tests in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082O 0113	Industrial mineral	Meadow Creek	T68819; INDID_0851 (DIG 2019-0027)	82O	51.369337	-114.990770	-9999	Approximately 35 km to the west of the town of Cochrane, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Bricks, tile, pottery	-9999	-9999	-9999	Mudstone, light brown and dark grey, interbedded.	Mineral analysis (Scafe, 1991): Sample "WH 76-14" (%): Kao. 35, Ill. 65, Feld. minor.	Ceramic tests in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082J 0049	Industrial mineral	Black Diamond	T20301; INDID_0809 (DIG 2019-0027)	82J	50.689561	-114.235660	-9999	Along the outskirts of the town of Diamond Valley, AB along Sheep River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Bricks, tiles and wide range of ware	-9999	-9999	Fair	Overburden from 1.83-3.05 m. Shale, grey, about 5 m, concretions and a nodular sandstone layer, interbedded.	-9999	Ceramic tests #2915, 2916, 2917, 2918, 2919 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083H 0098	Industrial mineral	Dow 5 Ft. Sask. NaCl	E12572; INDID_0024, INDID_0023 (DIG 2019-0027)	83H	53.743044	-113.182200	-9999	In the city of Fort Saskatchewan, AB.	Subsurface	Past producer	Drillhole	Brine well	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	DOW 5 FTSASK NACL 15-10-55-22	100/15-10-055-22W4/00	Brine well for chloralkali chemicals manufacturing	Large	-9999	-9999	Upper Lotsberg salt interval: 6053-6275 n.p., cored: 6053-6163, 6176-6281.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
083H 0099	Industrial mineral	Dow 9 Ft. Sask. NaCl	E12203; INDID_0026 (DIG 2019-0027)	83H	53.739315	-113.176070	-9999	In the city of Fort Saskatchewan, AB.	Subsurface	Past producer	Drillhole	Brine well	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	DOW 9 FTSASK NACL 9-10-55-22	100/09-10-055-22W4/00	Brine well for chloralkali chemicals manufacturing	Large	-9999	-9999	Upper Lotsberg salt interval: 6058-6331, cored: 6073-6163, 6224-6331	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
082O 0102	Industrial mineral	Kamenka Quarry	T130617; INDID_1099 (DIG 2019-0027)	82O	51.114257	-115.380445	-9999	Approximately 1 km northwest of the town of Canmore, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Siltstone, sandstone	Triassic	-9999	-9999	-9999	-9999	Building and decorative stone	Small	-9999	-9999	Hard, flaggy, medium-grey material known as "Rundle Rock"; it is a fine-grained, marine siltstone to sandstone deposited 180 million years ago. The rock contains numerous laminations and beds ranging in thickness from 0.5 cm to over 1 m in thickness. . Ex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1976-06, Fox (1981) Industrial minerals tour of the Canmore Corridor, Alberta	Alberta Geological Survey
082I 0008	Industrial mineral	R. Brothers (High River area)	T123327; INDID_1080 (DIG 2019-0027)	82I	50.506362	-113.792380	-9999	Approximately 8 km south of the town of High River, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building and ornamental stone	Small	-9999	Good	A small amount of stone was quarried on the banks of the Little Bow river about 6 miles from High River. Stone medium-grained, uniform greyish with yellowish-green cast. Little evidence of reediness.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
074M 0284	Industrial mineral	-9999	IE17658; INDID_0004 (DIG 2019-0027)	74M	59.078138	-111.234290	-9999	Approximately 40 km to the north of the hamlet of Fort Chipewyan, AB.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Slave granitoid (granite phase)	-9999	-9999	-9999	Building and ornamental stone	Medium?	-9999	-9999	Tentative good quarry site in Slave Granite Phase. Sample JG-72-41-3.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
082H 0067	Industrial mineral	Duncan Maclean (Monarch area)	T84155; INDID_1076 (DIG 2019-0027)	82H	49.849867	-113.243690	-9999	Approximately 17 km northeast of the town of Fort Macleod, AB, along the banks of the Old Man River.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building and ornamental stone	-9999	-9999	Fair	Cliff ~30 ft high at the SE end, 16 ft high at the NW end of the exposure. Covered by soil to 10 ft depth, 100 yds from the brink. Shows second exposure of stone about 4 feet thick. Upper stone is thin, lower layers along the shore are heavily bedded. Sto	-9999	Essentially same as stone #1363 (Parks 1916, p.202)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082I 0007	Industrial mineral	Wm. Brazier (High River area)	T122759; INDID_1079 (DIG 2019-0027)	82I	50.579336	-113.892670	-9999	On the outskirts of the town of High River, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building and ornamental stone	-9999	-9999	Good	15 m bank of heavy sandstone in Paskapoo Formation, covered with variable amount of Lenticular beds with pronounced cross bedding. Medium-grained, uniform greyish sandstone with slightly yellowish-green cast and little evidence of reediness.	-9999	Stone #1354 (Parks 1916, p.211)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082H 0068	Industrial mineral	Porcupine Hills (Macleod-Brocket Area)	T122028; INDID_1077 (DIG 2019-0027)	82H	49.734861	-113.625270	-9999	Approximately 15 km to the west of the town of Fort McLeod, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building and ornamental stone	Large	-9999	Good	Sandstone 4 m thick. Stone of external weathered zone uniform greyish colour, blue cores show in lower layers.	Stone No. 1357 (Parks, 1916):- Insol. Residue 74.72%; Sol. Portion 25.28%. Partial anal. of sol. Portion:- Lime 9.52%; Magnesia 2.22% Ferric Oxide 3.00%; Ferrous oxide 0.51%; Carbonic acid 8.3%. Tot. 23.55	Stone #1357 (Parks 1916, p.205)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082H 0066	Industrial mineral	Mrs. Arnold (Monarch area)	T83920; INDID_1075 (DIG 2019-0027)	82H	49.852481	-113.251343	-9999	Approximately 25 km west of the city of Lethbridge, AB along the Oldman River.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building and ornamental stone	Large	-9999	Fair	At the mouth of the ravine the sandstone is about 10 ft thick; ascending the coulee the layers increase to at least 30 feet in thickness but with a corresponding increase in overburden. All the stone is soft and friable with a muddy appearance;. The stone	No. 1363 (Parks, 1916):- Insol. residue 70.42%; Sol. portion 29.58%. Analysis of sol. portion:- Lime 9.9%; Magnesia 4.5%; Ferric oxide 1.07%; Ferrous oxide 1.34%; Carbonic acid 10.79%; Total 27.60%.	Stone #1363 (Parks 1916, p.201)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082H 0064	Industrial mineral	Crowsnest Stone Co. (Macleod-Brocket area)	T122556; INDID_1078 (DIG 2019-0027)	82H	49.536674	-113.801399	-9999	Approximately 3 km to the west of the hamlet of Brocket, AB along pincher Creek.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Shale, sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building and ornamental stone	Large	-9999	Good	The quarry proper shows the following section:- 17 feet - shale and sandstone. Not quarried. 2 feet - hard bed of sandstone. Not used. 20 feet - practically one solid bed of sandstone (sample No. 1388, Parks 1916). All the stone quarried from lower bed. .	No. 1388 (Parks, 1916): Insol. residue - 64.38%; Sol, portion - 35.62. Partial analysis of sol. portion:- Lime 14.74%; Magnesia - 3.13%; Ferric oxide 1.07%; Ferrous oxide - 0.96%; Carbonic acid - 13.57%. Tot. 33.47%	Stone #1388 (Parks 1916, p.208)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada, MAR 20040012	Alberta Geological Survey
083A 0013	Industrial mineral	Innisfail	T143041; INDID_0865 (DIG 2019-0027)	83A	52.020034	-113.943770	-9999	In the town of Olds, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Building brick	-9999	-9999	Good	Clay bank shows alternate bands of sand, silty clay, and stiff clay, in horizontal layers 15 - 30 cms thick. A proper mixture of these materials made excellent building brick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Keele (1915) Clay and shale deposits of western Canada, Part V	Alberta Geological Survey
072E 0018	Industrial mineral	Fox (Loc. 41)	T9241; INDID_0722 (DIG 2019-0027)	72E	49.532906	-110.097470	-9999	Approximately 20 km southeast of the hamlet of Elkwater, AB.	Subsurface	Showing	Drillhole	-9999	Terrigenous	-9999	Clay-brick	Glacial drift, silt, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Building brick and tile	-9999	-9999	Good	Beds appear to be reworked Whitemud Formation from source farther up hillside. Lithology: Glacial drift, wash and boulders - 1 m; silt, grayish green, whitish weathering (Sample 109) - 0.4 m. Clay, green and greenish-brown, silty streaks, variable plastic	-9999	Ceramic tests #109 & #111 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
083B 0043	Industrial mineral	Clearwater	INDID_1289 (DIG 2019-0027)	83B	52.061972	-115.482928	-9999	On the northern slopes of Idlewilde Mountain.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Building stone	Sandstone, shale	Late Cretaceous	Blackstone Formation, Cardium Formation	-9999	-9999	-9999	Building Stone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20100009	Alberta Geological Survey
083L 0024	Industrial mineral	Lick Creek	X1; INDID_1252 (DIG 2019-0027)	83L	54.242897	-119.834477	-9999	Approximately 60 km to the northwest of the community of Grande Cache, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Sandstone	-9999	Late Cretaceous	Dunvegan Formation	-9999	-9999	-9999	Building stone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	G. Lopez, pers. comm., 2020	Alberta Geological Survey
082O 0042	Industrial mineral	Christopher Lorine Quarry	X2; INDID_1253 (DIG 2019-0027)	82O	51.641900	-114.131400	-9999	On the southern outskirts of the town of Didsbury, AB.	Surface	Showing	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082P 0004	Industrial mineral	Red Deer River	X3; INDID_1254 (DIG 2019-0027)	82P	51.369759	-113.802494	-9999	Approximately 15 km to the northeast of the town of Airdrie, AB along Crossfield Creek.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082H 0117	Industrial mineral	Brocket	X4; INDID_1255 (DIG 2019-0027)	82H	49.485600	-113.936400	-9999	Within the town of Pincher Creek, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Sandstone	-9999	Tertiary	Paskapoo Formation	-9999	-9999	-9999	Building stone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	G. Lopez, pers. comm., 2020	Alberta Geological Survey
082G 0270	Industrial mineral	Windmill Quarry	T168114; INDID_1073 (DIG 2019-0027)	82G	49.572202	-114.110638	-9999	Approximately 2 km to the west of the town of Cowley, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Late Cretaceous	St. Mary River Formation	-9999	-9999	-9999	Building Stone	Small	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 235, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083A 0015	Industrial mineral	Innisfail area	T133040; INDID_1095 (DIG 2019-0027)	83A	52.069437	-113.982390	-9999	Approximately 5 km to the northwest of the town of Innisfail, AB, in the cut banks of the Red Deer River valley.	Surface	Past producer	Cut bank	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	Small	-9999	Excellent	(Note: location given incorrectly in original publication by Parks.) About 10 feet of soft decomposed sandstones with some harder bands. The stone is very hard, dirty greyish-green sandstone. . At low water, masses of this harder stone have been gathered 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
083A 0016	Industrial mineral	Red Deer	T133282; INDID_1371, INDID_1096 (DIG 2019-0027)	83A	52.264975	-113.827830	-9999	Within the city of Red Deer, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building stone	Small	-9999	Good	4.5 m drift over 2.4 m exposed sandstone. Beds horizontal but bedding planes not regular. Avg. thickness about 25 cm. Weathered stone uniform grey with some evidence of reediness and false bedding.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
074M 0291	Industrial mineral	-9999	IE19382; INDID_0011 (DIG 2019-0027)	74M	59.935334	-110.941900	-9999	Approximately 3 km to the east of Leland Lakes.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Arch Lake granitoid (granite phase)	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	50 feet cliff on a hill (500 feet x 500 feet plan view), in Arch Lake Granite Phase. Location: JG-74-31-9 (+1 500 feet). Tentative site. Sample JG-74-31-9.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
082O 0036	Industrial mineral	Brickburn (Calgary area)	T126656; INDID_1087, INDID_1358 (DIG 2019-0027)	82O	51.060992	-114.159998	-9999	Within the city of Calgary, AB, along the Bow River.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	Large	-9999	Fair	7.6 m heavy bedded sandstone, pronounced lenticular character and irregular jointing. Stone is fine-grained and buff coloured towards top of section.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082I 0009	Industrial mineral	High River (High River area)	T123537; INDID_1081 (DIG 2019-0027)	82I	50.608488	-113.846730	-9999	On the outskirts of the town of High River, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building stone	Small	-9999	-9999	A small quarry was opened on the Highwood river about 2 miles above High River. The inconsiderable output was used for foundation.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082O 0103	Industrial mineral	Thunderstone Quarry, Sprayfalls	T130873; INDID_1100 (DIG 2019-0027)	82O	51.035897	-115.253160	-9999	South of the village of Dead Man's Flats, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Building stone	Siltstone, sandstone	Triassic	-9999	-9999	-9999	-9999	Building stone	Small	-9999	-9999	Hard, flaggy, medium-grey material known as "Rundle Rock"; it is a fine-grained, marine siltstone to sandstone deposited 180 million years ago. The rock contains numerous laminations and beds ranging in thickness from 0.5 cm to over 1 m in thickness. . Ex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1976-06, Fox (1981) Industrial minerals tour of the Canmore Corridor, Alberta, Edwards (1991) Geology and industrial minerals of the Bow Valley, Banff-Canmore Area, Alberta, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.ene	Alberta Geological Survey
082O 0186	Industrial mineral	Oliver	T122323; INDID_1085 (DIG 2019-0027)	82O	51.195959	-114.468730	-9999	In the town of Cochrane, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Building stone	Sandstone, shale	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building stone	-9999	-9999	-9999	Interbedded sandstone and clay shales. Some sandstones beds are harder than others.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	National Mineral Inventory record 115086	Alberta Geological Survey
083E 0054	Industrial mineral	Bighorn	INDID_1341 (DIG 2019-0027)	83E	53.928524	-118.901521	-9999	25 km east from Grande Cache	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Building stone	Sandstone	Late Cretaceous	Bighorn Group	-9999	-9999	-9999	Building stone	-9999	-9999	-9999	Light coloured, medium grained, well sorted, thinly to moderately bedded sandstone.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20020001	Alberta Geological Survey
074L 0097	Industrial mineral	Devils Gate Sluice Sites 1 and 2	IE16730; INDID_0002 (DIG 2019-0027)	74L	58.801790	-111.221960	-9999	Approximately 10 km to the north of the hamlet of Fort Chipewyan, AB.	Surface and subsurface	Prospect	Outcrop	Drillhole	Igneous	-9999	Granite	Granite	Precambrian	Chipewyan granite	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	Massive phase Chipewyan Red Granite, minor amounts: pegmatite, quartz veins, basic dykes, gneissosity. Two sluice sites: No. 1 and No. 2.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1972-02, AGS OFR 1976-30, AGS OFR 1976-34, AGS ESR 1978-03, Godfrey and Langenberg (1978) Metamorphism in the Canadian Shield of northeastern Alberta, AGS OFR 1984-36	Alberta Geological Survey
082O 0038	Industrial mineral	Simons Valley (Calgary area)	T127035; INDID_1089 (DIG 2019-0027)	82O	51.224955	-114.189740	-9999	Aong the top of the bluff on the north side of Beddington Creek in the city of Calgary, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	-9999	-9999	Good	Possibility of quarrying good large blocks of uniform stone in the surface stone towards the west side of the property (free from drift, uniform, greyish stone, heavy layers) Joints cross due east and west, also a series a little east of north. thickness 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082O 0041	Industrial mineral	Didsbury (Red Deer area)	T132035; INDID_1383, INDID_1092 (DIG 2019-0027)	82O	51.640255	-114.133470	-9999	On the southern outskirts of the town of Didsbury, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	Small	-9999	Excellent	Quarry section: 1.4 m drift; 2 m thin-bedded stone; 1.2 m heavy bedded stone. Lower heavy bedded stone is divided by curved parting planes into lenticular beds. Main joints 1.5 m apart. Medium-fine-grained, grey.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
074M 0285	Industrial mineral	-9999	IE17683; INDID_0005 (DIG 2019-0027)	74M	59.346801	-111.090080	-9999	Approximately 5 km to the northwest of Darwin Lake, AB.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Francis granite	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	Tentative building stone site in Francis Granite. Samples: JG-73-118-2; site 188 JG-73-G-15.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
074M 0289	Industrial mineral	-9999	IE18813; INDID_0009 (DIG 2019-0027)	74M	59.564907	-111.205060	-9999	Approximately 4 km to the northwest of Cockscomb Lake.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Arch Lake granitoid (granite phase)	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	Tentative quarry site in Arch Lake Granite Phase. Sample; JG-75-41-8.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
074M 0287	Industrial mineral	-9999	IE18260; INDID_0007 (DIG 2019-0027)	74M	59.630278	-111.061330	-9999	Approximately 10 km to the north of Cockscomb Lake.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Arch Lake granitoid (granite phase)	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	Tentative quarry site in Arch Lake Granite Phase. Sample; JG-75-61-3.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
074M 0288	Industrial mineral	-9999	IE18666; INDID_0008 (DIG 2019-0027)	74M	59.586597	-111.147570	-9999	Approximately 4 km to the north of Cockscomb Lake.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Arch Lake granitoid (transitional granite phase)	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	Tentative quarry site in Arch Lake Transitional Granite Phase. Sample; JG-75-43-6/7.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
074M 0286	Industrial mineral	-9999	IE18100; INDID_0006 (DIG 2019-0027)	74M	59.586588	-110.658910	-9999	On the western shore of Cornwall Lake.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Arch Lake granitoid (granite phase)	-9999	-9999	-9999	Building stone	Small	-9999	-9999	Tentative quarry site; salmon pink feldspar in Arch Lake Granite Phase. Sample JG-75-50-6.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
074M 0290	Industrial mineral	-9999	IE18958; INDID_0010 (DIG 2019-0027)	74M	59.884600	-111.304770	-9999	Approximately 8 km to the west of Tulip Lake.	Surface	Showing	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Slave granitoid (granite phase)	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	Tentative site; potential good quarry face 50 feet high in Slave Granite Phase, facing south. Sample; JG-74-62-8.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182	Alberta Geological Survey
074L 0098	Industrial mineral	Reindeer Camp (2 sites)	IE17338; INDID_0003 (DIG 2019-0027)	74L	58.881786	-111.193780	-9999	Approximately 20 km to the north of the hamlet of Fort Chipewyan, AB.	Surface	Prospect	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Chipewyan granite	-9999	-9999	-9999	Building stone	Medium / small	-9999	-9999	Two sluice sites: 5B and 5JR, in Chipewyan Red Granite with minor pegmatites, quartz veins, gneissosity, epidote veinlets.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Godfrey (1985) The Chipewyan Red Granite exploration project - 1985	Alberta Geological Survey
082P 0003	Industrial mineral	Wm. Gunston Eastern Quarry (Innisfail)	T132167; INDID_1093 (DIG 2019-0027)	82P	51.981156	-113.732700	-9999	Approximately 26 km to the south of the city of Red Deer, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building stone	-9999	-9999	Excellent	Upper 1.5 m thin-bedded, lower part heavy-bedded with irregular planes of parting. Uniform bluish-grey colour.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
083L 0019	Industrial mineral	Smoky River Mine #12	X5; INDID_1256 (DIG 2019-0027)	83L	54.028496	-119.258024	-9999	Approximately 6 km north of Mt. Hamell.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Building stone	-9999	-9999	-9999	-9999	-9999	-9999	Building stone	-9999	-9999	-9999	Waste Rock	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1996-04	Alberta Geological Survey
083L 0020	Industrial mineral	Smoky River Mine #3	X6; INDID_1257 (DIG 2019-0027)	83L	54.035721	-119.276607	-9999	Approximately 6 km north of Mt. Hamell.	Surface	Showing	Mine out pit	-9999	Terrigenous	-9999	Building stone	-9999	-9999	-9999	-9999	-9999	-9999	Building Stone	-9999	-9999	-9999	Waste Rock	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1996-04	Alberta Geological Survey
083F 0064	Industrial mineral	Gregg River Mine Pit	X7; INDID_1258 (DIG 2019-0027)	83F	53.094193	-117.505631	-9999	On the northern slopes of Mt. Berry.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Building stone	-9999	-9999	-9999	-9999	-9999	-9999	Building Stone	-9999	-9999	-9999	Waste Rock	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1996-04	Alberta Geological Survey
083C 0115	Industrial mineral	Bighorn Dam Rd	T183027; INDID_1070 (DIG 2019-0027)	83C	52.339579	-116.324468	-9999	Near the northern end of Abraham Lake.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Building stone	-9999	Late Cretaceous	Cardium Formation	-9999	-9999	-9999	Building stone	Medium	-9999	Good	-9999	T/S	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
082G 0266	Industrial mineral	Grassy Mountain Pit #5	T185785-X8; INDID_1259, INDID_1074 (DIG 2019-0027)	82G	49.669726	-114.424804	-9999	Approximately 6 km to the northeast of the town of Coleman, AB.	Surface	Showing	Mine	Waste dump (coal mine)	Terrigenous	-9999	Building stone	Sandstone	Late Cretaceous	Kootenay Group	Hard, medium to coarse-grained siliceous sandstone called milestone. Described as Moose Mountain Member sandstone.	-9999	-9999	Building Stone	Small	-9999	Good	Moose Mountain Member sandstone waste rock.	-9999	Four pallets were collected for masonry wall trials.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1996-04, AGS MAP 235	Alberta Geological Survey
082O 0037	Industrial mineral	Rocky View (Calgary area)	T126969; INDID_1088 (DIG 2019-0027)	82O	51.149281	-114.092306	-9999	In the city of Calgary, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	-9999	-9999	Fair	Section at greatest height of dome shaped quarry face (10.5 m):- 6 m soil, thin stone and shale; 3 m buff sandstone; 1.2 m hard blue sandstone; - buff sandstone. Formation is broken; differences in grain, in reediness.	-9999	Stone #1279 (Parks p.227)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082O 0034	Industrial mineral	Wm. Oliver and Co. (Calgary area)	T124662; INDID_1084 (DIG 2019-0027)	82O	51.043284	-114.108230	-9999	Within the city of Calgary, AB, along the Bow River.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	Large	-9999	Good	The formation is practically horizontal, but the beds are lenticular. 1.8 m sandstone in two variable beds (poor color, used for rubble); 8.5 m sandstone in beds up to 1.2 m thick (average 6 m good buff stone); 3 m solid sandstone bed.	Stone #1285:- Silica - 52.27%; Ferric Oxide - 1.84%; Alumina - 4.64%; Lime - 22.78% Magnesia - 3.94%; Soda & Potash - 0.85%; Loss on ignition - 10.96%; Total - 97.288 Stones #1286 to 1288 (Parks p.218)	Stone #1285 (Parks 1916, p.217)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082O 0035	Industrial mineral	Elbow river (Calgary area)	T125370; INDID_1086 (DIG 2019-0027)	82O	51.043399	-114.039216	-9999	Within the city of Calgary, AB, along the Bow River.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	Small	-9999	Poor	Section as follows: 10 feet Drift; 8 feet Thin rough sandstone; 20 feet Sandstone interstratified with much shale; 20 feet Sandstone to water level. A little quarrying has been done but extended operations would soon encounter very thick overburden. . The	-9999	Stone #1289 and #1290 (Parks 1916, p.224)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082O 0039	Industrial mineral	Glenbow Quarry	T131372; INDID_1090 (DIG 2019-0027)	82O	51.163262	-114.375730	-9999	Approximately 4 km to the east of the town of Cochrane, AB along the Bow River.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Shale, sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	Large	-9999	Good	The Glenbow quarries were once important producers of Paskapoo sandstone. The buildings of the Legislative Assembly in Edmonton are built very largely of Glenbow stone, with some yellowish Paskapoo sandstone from other quarries. 6 m sandstone, mostly in h	-9999	Stone No. 1294 (Parks, p. 230)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
083A 0014	Industrial mineral	Wm Gunston Western Quarry	T132400; INDID_1094 (DIG 2019-0027)	83A	52.032598	-113.922910	-9999	In the town of Olds, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building stone	Small	-9999	Good	Upper 1.8 m of stone thin-bedded and shattered; lower stone in variable beds with lenticular planes of parting. Fresh stone grey, weathers yellow. Stone is fine-grained, greyish with distinctly reedy structure.	-9999	Stone No.1275 (Parks, p.238)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082O 0040	Industrial mineral	Cochrane	T131703; INDID_1091 (DIG 2019-0027)	82O	51.204961	-114.477360	-9999	In the town of Cochrane, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Soil, shale, sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building Stone	-9999	-9999	Good	3 m soil, shale and thin sandstone; 2 m sandstone (mostly thin, with some good stone toward bottom); 6.4 m sandstone in heavy beds with irregular partings.	-9999	Stone No.1299, 1301 (Parks, p.234)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
083B 0041	Industrial mineral	Tay River	INDID_1283 (DIG 2019-0027)	83B	52.098332	-115.489724	-9999	Approximately 7 km to the north of Idlewilde Mountain.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Building stone	Sandstone	Late Cretaceous	Bighorn Group	-9999	-9999	-9999	Building Stone	-9999	-9999	-9999	-9999	X-ray diffraction; petrological analysis	Test pit excavation using a tracked excavator	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20080032	Alberta Geological Survey
082H 0065	Industrial mineral	Macleod Quarrying (Monarch area)	T39215; INDID_1072 (DIG 2019-0027)	82H	49.823222	-113.208074	-9999	Approximately 25 km west of the city of Lethbridge, AB along the Oldman River.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Building stone and ornamental brick	-9999	-9999	Poor	Sandstones, medium to fine grained, with distinctly blue colour. Little reediness seen in specimen and stone is almost devoid of speckled appearance.	-9999	Stone No.1360 (Parks 1916, p. 196)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
083C 0112	Industrial mineral	Hwy 11 - Cline River N	T179360; INDID_1021 (DIG 2019-0027)	83C	52.196735	-116.480510	-9999	Along the western shore of Abraham Lake near Whitegoat Creek.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Quartzite	-9999	Triassic	Whitehorse Formation	-9999	-9999	-9999	Building stone, silica	Small	-9999	Good	-9999	TS	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
082P 0040	Industrial mineral	Drumheller	C128624; INDID_0557 (DIG 2019-0027)	82P	51.394234	-112.570680	-9999	Approximately 10 km to the southeast of the town of Drumheller, AB along the Red Deer River.	Subsurface	Past producer	Drillhole	Formation brine field	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Beaverhill Lake Group	-9999	UTEXCAN BRINE DRUMHELLER 11-14-28-19	100/11-14-028-19W4/00	CaCl2 liquid	Large	-9999	Good	Depth of well 1 666.7 m. Processed by boiling and evaporation - NaCl precipitated. out; shipped as liquid in tank trucks. Markets: Territories, Alberta, Saskatchewan and B.C.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS DIG 2003-0014	Alberta Geological Survey
072L 0018	Industrial mineral	Brooks	C128240; INDID_0556 (DIG 2019-0027)	72L	50.550264	-111.893980	-9999	On the outskirts of the city of Brooks, AB.	Subsurface	Past producer	Drillhole	Formation brine field	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Late Devonian	Beaverhill Lake Group	-9999	LCT BRKS 11-29-18-14	100/11-29-018-14W4/00	CaCl2 liquid	Large	-9999	Good	Formation water from Beaverhill Lake Formation is brine source, consists of about 3 parts Ca to 1 part Na. Formation reservoir properties unknown. Production not reported. Operation consists of a single well 0.5 miles south of town, pumping equipment, a l	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02, Hamilton (1969) Calcium chloride development at Brooks, Alberta, Holter (1970) Allied Chemicals brine well	Alberta Geological Survey
083B 0017	Industrial mineral	Raven	C115580; INDID_0374 (DIG 2019-0027)	83B	52.064467	-114.488580	-9999	Approximately 38 km to the west of the town of Innisfail, AB near Adams Lake.	Surface	Showing	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	Calcium carbonate for agricultural use	Medium	-9999	Poor	Shoreline-fringe marl deposit. Average 0.9 m thick, overburden variable. Submarginal-fair quality. C.C.E. values 22.5 - 67.25%.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083C 0074	Industrial mineral	Hwy 11 - First Range	C231560; INDID_0172 (DIG 2019-0027)	83C	52.243748	-116.437495	-9999	Along the western shore of Abraham Lake near Windy Point.	Surface	Prospect	Outcrop (roadcut)	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	Cement	Medium	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1990-11	Alberta Geological Survey
082O 0185	Industrial mineral	Yamnuska	T159176; INDID_1067 (DIG 2019-0027)	82O	51.119574	-115.100723	-9999	Below the southern slopes of Mt Laurie (ymnathka).	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Aggregate	Sandstone	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Cement	-9999	-9999	-9999	Hanging wall of McConnell Fault at the base of Mount Yamnuska. Sandstone source supplies about 3% of Lafarge's feed stock. Silica is in the form of SiO2 in the clay. Site lies in a proposed natural area.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	P. Lee, pers. comm., 2007, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083C 0076	Industrial mineral	Cline River Canyon N	C231983; INDID_0174 (DIG 2019-0027)	83C	52.170943	-116.490110	-9999	On the eastern shore of Abraham Lake near Cline River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	Cement	Large	-9999	Fair	-9999	-9999	Brightness	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1990-11	Alberta Geological Survey
083C 0078	Industrial mineral	Hwy 11 - First Range	C232650; INDID_0176 (DIG 2019-0027)	83C	52.243323	-116.444190	-9999	Along the western shore of Abraham Lake near Windy Point.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	Cement	Large	-9999	Good	-9999	-9999	Brightness	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1990-11	Alberta Geological Survey
083C 0075	Industrial mineral	Hwy 11 - First Range	C231815; INDID_0173 (DIG 2019-0027)	83C	52.249640	-116.443925	-9999	Along the western shore of Abraham Lake near Windy Point.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	Cement	Medium	-9999	Good	-9999	-9999	Brightness	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1990-11	Alberta Geological Survey
083B 0034	Industrial mineral	Tawadina Ridge	INDID_1329 (DIG 2019-0027)	83B	52.297148	-115.614836	-9999	Approximately 45 km to the west of the town of Rocky Mountain House, AB near Ram River.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Fair	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20030004	Alberta Geological Survey
083C 0081	Industrial mineral	Hwy 11 @ Two OClock Cr.	C178414; INDID_0177 (DIG 2019-0027)	83C	52.064288	-116.417431	-9999	Near the southern end of Abraham Lake.	Surface	Showing	Road cut	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Turner Valley Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Poor	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
082G 0246	Industrial mineral	Deadman Pass S (Site 7)	C15595; INDID_0132 (DIG 2019-0027)	82G	49.675230	-114.641020	-9999	On the northern slopes of Mt Tecumseh.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	Cement, lime	Small	-9999	Good	If it is assumed that the same upper and central high grade zones (5 and 6) appear here as they do in Site 4, the central high grade bed appears to be in a dip slope quarrying situation. Might contain ~ 1 million tonnes of 93% CaCO3 (2% MgCO3) limestone. 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10	Alberta Geological Survey
083C 0080	Industrial mineral	Whirlpool Point	C150127; INDID_0261, INDID_0171, INDID_1068 (DIG 2019-0027)	83C	52.006091	-116.465014	-9999	Approximately 6 km north of Mt. Peskett along the North Saskatchewan River.	Surface	Showing	Road cut	-9999	Chemical and Biogenics	-9999	Limestone, Dolomite, Aggregate	-9999	Early Cambrian, Middle Cambrian	Gog Group, Mount Whyte Formation, Cathedral Formation	-9999	-9999	-9999	Cement, lime	Medium	-9999	Good	The Mount Whyte Formation is composed of limestone and small in size with a cement/lime economic use. The Cathedral Formation is composed of dolomite and medium in size with a crushed stone/rubble economic use. The Gog Group is medium-sized with a crushed	TS	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
082P 0044	Industrial mineral	Clearwater	-9999	82P	51.898206	-113.569033	-9999	Access to the central parts of Clearwater Range is from Rocky Mountain House, approximately
30 km southerly on Highway 22, continuing 30 km westerly on secondary road 591 to a southerly branch of Forestry Trunk Road 734	Surface	Producer	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Pekisko Formation	-9999	-9999	-9999	Cement, lime, riprap	-9999	-9999	-9999	10 Mt limestone estimated	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20040006, MAR 20120018, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083C 0097	Industrial mineral	Wildhorse Creek	T180181; INDID_0645 (DIG 2019-0027)	83C	52.006094	-116.488811	-9999	Approximately 6 km north of Mt. Peskett along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	Argillite	Neoproterozoic	Miette Group	-9999	-9999	-9999	Ceramic clay	Medium	-9999	Poor	-9999	XRD	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083H 0049	Industrial mineral	NUL Fort Saskatchewan 7-10	E11876; INDID_0025 (DIG 2019-0027)	83H	53.735771	-113.182150	-9999	In the city of Fort Saskatchewan, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	NUL FTSASK 7-10-55-22	100/07-10-055-22W4/00	Chloralkali chemicals manufacturing	Large	-9999	-9999	Upper Lotsberg salt interval: 6091-n.p., cored: 6125-27. Base not penetrated.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
073E 0017	Industrial mineral	Chemcell Duvernay NaCl	E6109; INDID_0012 (DIG 2019-0027)	73E	53.785870	-111.690320	-9999	Approximately 7 km to the north of the town of Two Hills, AB along the North Saskatchewan River.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	CHEMCELL DUVERNAY NACL 16-27-55-12	100/16-27-055-12W4/00	Cloralkali manufacture	Large	-9999	-9999	Upper Lotsberg salt interval: 4395-4740, cored: 4403-4736.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029, AER General Well Data	Alberta Geological Survey
083H 0025	Industrial mineral	Edmonton East	T136998; INDID_0948 (DIG 2019-0027)	83H	53.565271	-113.388887	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Edmonton Group	-9999	-9999	-9999	Coated aggregate	-9999	-9999	Good	Bentonitic shale exposed in roof of coal seam at Black Diamond mine. Bloats well, wide vitrification range. However, product contained a few unbloated particles that were too high in carbon.	-9999	Sample 17 (Matthews, 1952, p. 28)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Matthews (1952) Preliminary report on coated lightweight concrete aggregate from Canadian clays and shales	Alberta Geological Survey
083A 0019	Industrial mineral	Gwynne	T136494; INDID_0937 (DIG 2019-0027)	83A	52.996101	-113.231960	-9999	On the outskirts of the hamlet of Gwynne, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Coated lightweight aggregate	-9999	-9999	Good	The hydraulic head distribution and known compositional gradients indicate that brines with more than 40 000 mg/L calcium or 10 000 mg/L magnesium are absent in the probable brine areas.	-9999	Sample 27 and 28 (Matthews, 1952, p.32, 33)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Matthews (1952) Preliminary report on coated lightweight concrete aggregate from Canadian clays and shales	Alberta Geological Survey
082I 0023	Industrial mineral	Eyremore	T136326; INDID_0940 (DIG 2019-0027)	82I	50.442843	-112.228830	-9999	Approximately 20 km to the west of Lake Newell.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Boulder clay, shale, sandstone, coal	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	Coated lightweight aggregate	-9999	-9999	Good	Large quantities stripped as overburden at the Eyremore strip mine. Boulder clay - 1 m; Dark grey, thin-bedded, iron-stained shale (Sample 53) - 1 m; Dark compact grey shale (sample 52) - 2.5 m; Light grey, thin-bedded, bentonitic sandstone - 5 m. Coal - 	-9999	Samples 52, 53 (Matthews, 1952, p.42)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Matthews (1952) Preliminary report on coated lightweight concrete aggregate from Canadian clays and shales	Alberta Geological Survey
083H 0024	Industrial mineral	Edmonton Southwest	T137279; INDID_0947 (DIG 2019-0027)	83H	53.490400	-113.626540	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Subsurface	Showing	Drillhole	-9999	Terrigenous	-9999	Clay-expandable	Clay	Pleistocene	-9999	-9999	-9999	-9999	Coated lightweight aggregate	-9999	-9999	Good	Upper terrace clays. Good bloating properties, wide vitrification range.	-9999	Samples 7 to 12 (Matthews, 1952, p. 25)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Matthews (1952) Preliminary report on coated lightweight concrete aggregate from Canadian clays and shales	Alberta Geological Survey
073D 0010	Industrial mineral	Provost	E24057; INDID_0083 (DIG 2019-0027)	73D	52.625220	-110.220650	-9999	Approximately 10km to the southwest of the village of Chauvin, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Potash	Evaporite	Devonian	Prairie Evaporite Formation	-9999	-9999	-9999	Commercial quantities unlikely	Small	-9999	-9999	Well control data suggests that the northern lobe of the Saskatchewan potash projects slightly into Alberta in an arc extending from the middle of Twp 39 to Twp 45, and west to the middle of Rge 3. None of the wells actually penetrate these beds. . Local 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data	Alberta Geological Survey
082H 0063	Industrial mineral	Junction of Oldman (Belly) and St.Mary Rivers	T28611; INDID_0765 (DIG 2019-0027)	82H	49.618146	-112.902520	-9999	Approximately 5 km south of the city of Lethbridge, AB along the Oldman River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sand, gravel, shale, coal	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Common and dry-pressed brick	-9999	-9999	Good	Several sample sites taken, several useful for common bricks. Sample 1 864: Contains soluble salts (need to be counteracted by using barium carbonate or chloride to be used for face brick). Clay could be used for dry-pressed brick if well ground and slowl	-9999	Ceramic tests # 1863, 1864, 1871,1874 in Ries (1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082H 0057	Industrial mineral	Oldman R., Lethbridge	T29033; INDID_0766 (DIG 2019-0027)	82H	49.691016	-112.857140	-9999	Along Oldman River in the city of Lethbridge, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Common brick	-9999	-9999	Poor	Shale (Sample 1666), carbonaceous and gritty but mixes up to a very plastic mass. Moderate firing range and good colour. It is well worth using and is far superior to the surface clay used for making common brick at Lethbridge.	-9999	Ceramic test #1666 in Ries & Keele (1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082H 0058	Industrial mineral	Pincher Creek	T30583; INDID_0607 (DIG 2019-0027)	82H	49.473066	-113.980650	-9999	On the western outskirts of the town of Pincher Creek, AB.	Surface	Showing	Surface shale	-9999	Terrigenous	-9999	Clay/shale	Shale	Paleogene	-9999	-9999	-9999	-9999	Common brick	-9999	-9999	Good	Surface shale, calcareous. Less silty and more plastic than the Lethbridge material. Very calcareous, contains scattered lime pebbles.	-9999	Ceramic test #1672 in Ries & Keele (1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082H 0088	Industrial mineral	Taber	T26606; INDID_0757 (DIG 2019-0027)	82H	49.822298	-112.137430	-9999	On the northern outskirts of the town of Taber, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, lignite	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Common brick if properly burned	-9999	-9999	Good	Shale, dark and somewhat gypsiferous, about 1 m thick, underlies lignite seam, very plastic, smooth.	-9999	Ceramic test #1791 in Ries & Keele (1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083M 0118	Industrial mineral	Knelsen Wapiti River South	INDID_1348 (DIG 2019-0027)	83M	55.060000	-118.570000	-9999	Located near Grande Prairie between the convergence of the Wapiti and Smoky rivers, and the CN rail line.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Aggregate	Sandstone	-9999	-9999	-9999	-9999	-9999	Concrete	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20070028	Alberta Geological Survey
072E 0060	Industrial mineral	Irvine	M27281; INDID_1231 (DIG 2019-0027)	72E	49.934976	-110.271280	-9999	Approximately 30 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Pumicite	Volcanic ash bed-bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	Concrete aggregate and abrasive	-9999	-9999	-9999	Extensive ash bed up to 2.8 m thick, slightly bentonitic, grading laterally to bentonitic; overburden 1.2 - 3 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-02	Alberta Geological Survey
082J 0122	Industrial mineral	Willow Creek	M47362; INDID_1232 (DIG 2019-0027)	82J	50.124765	-114.142998	-9999	40 km west of Claresholm AB	Surface	Past producer	Quarry	-9999	Miscellaneous	-9999	Pumicite	Mud, marl, ash bed	-9999	-9999	-9999	-9999	-9999	Concrete aggregate and abrasive	Small	-9999	Good	Filling surface depression along with organic muds and marls; ash bed about 0.4 m thick, covered by 0.7 m of black mud, 80% - 200 mesh. Estimated 1 000 - 1 200 cu. m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ESR 1958-02	Alberta Geological Survey
083C 0086	Industrial mineral	Hwy 11 - Cline R. S1	C180020; INDID_0265, INDID_0264 (DIG 2019-0027)	83C	52.165979	-116.467724	-9999	On the eastern shore of Abraham Lake near Cline River.	Surface	Showing	Road cut	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Late Cambrian	Lynx Group	-9999	-9999	-9999	Crushed stone	Medium	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0088	Industrial mineral	Cline R. Corral	C182413; INDID_0266 (DIG 2019-0027)	83C	52.166053	-116.472847	-9999	On the eastern shore of Abraham Lake near Cline River.	Surface	Showing	Road cut	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Late Cambrian	Lynx Group	-9999	-9999	-9999	Crushed Stone	Small	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0091	Industrial mineral	Hwy 11 - Whirlpool Point W	C165951; INDID_0270 (DIG 2019-0027)	83C	52.006085	-116.536405	-9999	Approximately 8 km to the north of Corona Ridge.	Surface	Showing	Road cut	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Middle Cambrian	Cathedral Formation	-9999	-9999	-9999	Crushed stone aggregate	Large	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0090	Industrial mineral	Hwy 11 - First Range B1	C201573; INDID_1097, INDID_1069, INDID_0388, INDID_0268 (DIG 2019-0027)	83C	52.225482	-116.457259	-9999	Along the western shore of Abraham Lake near Whitegoat Creek.	Surface	Test	Road cut	-9999	Chemical and Biogenics	-9999	Dolomite, Phosphate, Aggregate	Dolomite, carbonate, siltstone	Mississippian, Permian, Triassic	Mount Head Formation, Rocky Mountain Supergroup, Sulphur Mountain Formation	-9999	-9999	-9999	Crushed stone, riprap	Medium	-9999	Fair, Good	In this location, the Mount Head Formation is a poor and small potential source of dolomite. In this location, the Rocky Mountain Supergroup is a small and medium potential source of phosphate as well as a medium and fair potential source of aggregate for	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0093	Industrial mineral	Windy Point W	C203897; INDID_0272 (DIG 2019-0027)	83C	52.251484	-116.409566	-9999	Along the western shore of Abraham Lake near Windy Point.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Late Cambrian	Lynx Group	-9999	-9999	-9999	Crushed stone, riprap	Large	-9999	Good	Siliceous dolomite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
082G 0274	Industrial mineral	Crowsnest North	INDID_1345 (DIG 2019-0027)	82G	49.803019	-114.558508	-9999	Approximately 19 km to the north of the town of Coleman, AB.	Surface	Prospect	Outcrop	-9999	Igneous	-9999	Granite	Volcanic rock	Early Cretaceous	Crowsnest Formation	-9999	-9999	-9999	Decorative stone	-9999	-9999	-9999	-9999	-9999	Weathering tests	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20100022	Alberta Geological Survey
074M 0292	Industrial mineral	Stoney Island Red Granite	INDID_1334 (DIG 2019-0027)	74M	59.580000	-111.400000	-9999	Eastern bank of Slave River, ~7 km north from the Federal Government Station of Hay Camp.	Surface	Prospect	Outcrop	-9999	Igneous	-9999	Granite	Granite	Precambrian	Slave granitoid	-9999	-9999	-9999	Dimension stone	-9999	-9999	-9999	Medium grained red phase Slave granite (possibly Arch Lake granite medium phase)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19960006	Alberta Geological Survey
083B 0027	Industrial mineral	Hwy 11 - Dry Fossil Cr. W	C205567; INDID_0269 (DIG 2019-0027)	83B	52.249139	-114.006052	-9999	Approximately 10 km to the west of the city of Red Deer, AB.	Surface	Showing	Road cut	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Late Devonian	Perdrix Formation, Mount Hawk Formation	-9999	-9999	-9999	Dolime	Medium	-9999	Fair	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083F 0065	Industrial mineral	Folding Mountain	C134473; INDID_0305 (DIG 2019-0027)	83F	53.243177	-117.767561	-9999	Approximately 3 km to the northeast of Roche  Perdrix.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Turner Valley Formation, Mount Head Formation	-9999	-9999	-9999	Dolime, aggregate	Medium	-9999	Fair	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083C 0085	Industrial mineral	Whirlpool Point	C159560; INDID_0262 (DIG 2019-0027)	83C	52.006630	-116.468450	-9999	Approximately 6 km north of Mt. Peskett along the North Saskatchewan River.	Surface	Prospect	Road cut	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Middle Cambrian	Cathedral Formation	-9999	-9999	-9999	Dolime, crushed stone, filler	Large	-9999	-9999	-9999	XRD, TS	Brightness, Serigraph	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
072E 0012	Industrial mineral	Elkwater lake SE (Loc. 6)	T7940; INDID_0585 (DIG 2019-0027)	72E	49.645831	-110.260910	-9999	Approximately 2 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Outcrop (slump blocks)	-9999	Terrigenous	-9999	Clay/shale	Clay	Paleocene	Ravenscrag Formation	-9999	-9999	-9999	Doubtful vale	-9999	-9999	Good	The Ravenscrag Formation occurs in the road cut in several slump blocks near the top of the plateau. The exposures are each 6 m or more thick and consist of grey, green and red clays. . Sample 14 is a channel sample taken from one of these blocks. These c	-9999	Ceramic test #14 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0016	Industrial mineral	Norton (Loc. 42)	T20752; INDID_0589 (DIG 2019-0027)	72E	49.880363	-110.493150	-9999	In a road cut on the south side of the valley.	Surface	Test	Road cut occurrence	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	Doubtful value	-9999	-9999	Good	Shale, gray, marine, thickness not measured, but at least 4.6 m (Sample 113). It is practically unlimited in quantity since it extends over wide areas in this part of the province and may be obtained very close to the main line of the CP railway. The clay	-9999	Ceramic test #113 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
074E 0055	Industrial mineral	Tar Island	T98945; INDID_0698 (DIG 2019-0027)	74E	57.006251	-111.406590	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Doubtful value	-9999	-9999	-9999	Clay, grey, carbonaceous(Sample 302).	-9999	Ceramic test #302 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta	Alberta Geological Survey
083H 0018	Industrial mineral	Edmonton	T78073; INDID_0666 (DIG 2019-0027)	83H	53.527768	-113.477850	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Doubtful value	-9999	-9999	Good	Shale, grey, calcareous (Sample 1658). Shale, grey, brownish streaks (Sample 1656). Shale, grey, brownish breaks, much fine grit (Sample 1657).	-9999	Ceramic tests #1656, 1657 & 1658 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072E 0009	Industrial mineral	Irvine	T23804; INDID_0598 (DIG 2019-0027)	72E	49.953064	-110.265650	-9999	In the hills forming the south side of the valley at Irvine.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay, sand, shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Doubtful value	-9999	-9999	Good	Alternating beds of gypsiferous clays, sands, and thinly laminated paper shales, the gypsiferous shales predominating in the upper half of the section and the sands in the lower, the whole series dipping southeast at a low angle:- . Shale, red, gypsiferou	-9999	Ceramic tests #1697-1699 in Ries & Keele	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082I 0006	Industrial mineral	Gleichen	T43214; INDID_0617 (DIG 2019-0027)	82I	50.867078	-113.067860	-9999	Along the outskirts of the village of Gleichen, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Whitemud Formation, Battle Formation	-9999	-9999	-9999	Doubtful value	-9999	-9999	Good	Samples were taken from the two beds of an outcrop in the cut bank of a small stream. Shale, grey black, hard, approx. 4.5 m (Sample 1875). Shale, light grey, 2.1 m , slightly calcareous (Sample 1865).	-9999	Ceramic tests #1875, 1865 (Ries, 1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082I 0020	Industrial mineral	Gleichen	T22767; INDID_0618, INDID_0594 (DIG 2019-0027)	82I	50.883345	-113.070680	-9999	Along the outskirts of the village of Gleichen, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Till, shale	Late Cretaceous	Edmonton Group, Whitemud Formation, Battle Formation	-9999	-9999	-9999	Doubtful value for ceramic products	-9999	-9999	Good	Lithology: Glacial till - 1.2 m; Shale, dark gray, resembles the Battle formation of Cypress hills (Sample 122) - 10.8 m; Shale, sandy, greenish-gray, weathers pale gray (Sample 123) - 1.2 m; . Shale, sandy, green (Sample 124) - 0.9 m. Total thickness 14.	-9999	Ceramic tests #122-124 (AGS REP 61). Ceramic test at locality 48 (AGS REP 61).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082P 0008	Industrial mineral	Willow Creek (Loc. 49)	T22950; INDID_0595, INDID_0944 (DIG 2019-0027)	82P	51.377758	-112.532410	-9999	Approximately 10 km to the southeast of the town of Drumheller, AB along the Red Deer River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Edmonton Group	-9999	-9999	-9999	Doubtful value for ceramic products, cracks badly	-9999	-9999	Poor	At mouth of Willow creek. Shale, pale gray, sandy (Sample 125) - 3.7 m. This bed lies under an overburden of 9 m of boulder clay.	-9999	Ceramic test #125 at locality 49 (AGS REP 61).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
083A 0068	Industrial mineral	Paintearth Mine (Tannathin)	M46880; INDID_1248 (DIG 2019-0027)	83A	52.426657	-112.200264	-9999	Approximately 36 km to the northeast of the town of Stettler, AB.	Surface	Past producer	Outcrop	Mine site	Miscellaneous	-9999	Leonardite	Coal, humate-rich shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Drilling fluids	-9999	-9999	Good	Coal measures 45 - 70 m above base; leonardite mined from bed 1.1 m thick; carbonaceous humate-rich shale, used in drilling fluids.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	The Coal Mine Atlas, https://maps.aer.ca/cmm/index.html	Alberta Geological Survey
083G 0015	Industrial mineral	Onoway area	M17700; INDID_1203, INDID_1202 (DIG 2019-0027)	83G	53.828340	-114.291980	-9999	Approximately 50 km to the northwest of the city of Edmonton, AB near the hamlet of Rich Valley, AB.	Surface	Past producer	Mine	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	Light olive grey material weathers to dusky yellow, the reds and browns of oxidized iron are present on laminae and fractures.	-9999	-9999	Drilling industry, foundries, and civil engineering	-9999	-9999	Overburden 0.67 - 16.7 m	Bentonite, in scattered, irregular lenses, up to 1.7 m thick below 2m of glacial overburden, greenish-cream, buff when dry, has estimated reserves of more than 300 000 tons. The overburden is 2 - 2.3 m thick at main zone being mined.	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical test (Scafe, 1975): Yield varies from 28 to 68 bbl/ton and averages 42 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ross (1964) Bentonite in Canada, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115059	Alberta Geological Survey
082O 0028	Industrial mineral	Didsbury	T62753; INDID_0836 (DIG 2019-0027)	82O	51.656705	-114.130570	-9999	On the southern outskirts of the town of Didsbury, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Dry press brick	-9999	-9999	-9999	The shale occurs in a horizontal bed and includes a thin seam of lignite. Grey, calcareous, about 1 m, 6 m below upper sample.	-9999	Ceramic test #1702 in Ries & Keele (1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, Ries (1915) Clay and shale deposits of the western provinces, part 4, AGS ECO 7	Alberta Geological Survey
083H 0020	Industrial mineral	Edmonton	T78460; INDID_0878 (DIG 2019-0027)	83H	53.527995	-113.479960	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Dry press brick	-9999	-9999	Good	Shale, blue, scattered concretions in upper part, below shales tested for entry above (Sample 1772).	-9999	Ceramic test #1772 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
082J 0048	Industrial mineral	Turner Valley	T52629; INDID_0815, INDID_0628 (DIG 2019-0027)	82J	50.555503	-114.295680	-9999	Approximately 5 km to the northwest of the village of Longview, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Dry press brick	-9999	-9999	-9999	Shale, rusty red, thinly laminated, approx. 16 m, one sand body about 1 m thick (Sample 2914).
Shale, dark grey, hard, breaks into thin slaty pieces, many thin sandy interbeds, approx. 26 m (Sample 2913).	-9999	Ceramic test #2914 (Worcester, 1932), Ceramic test #2913 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082O 0048	Industrial mineral	Calgary-Bow River A	T62244; INDID_0838 (DIG 2019-0027)	82O	51.065020	-114.166450	-9999	Within the city of Calgary, AB, along the Bow River.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Dry press brick	-9999	-9999	-9999	Shale, buff to greenish brown, some grit, approx. 7 m, 2 major sandstone interbeds, some calcareous bands (Sample 2982).	-9999	Ceramic test #2982 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083H 0016	Industrial mineral	South Edmonton	T78256; INDID_0879 (DIG 2019-0027)	83H	53.519467	-113.527870	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Dry press brick	-9999	-9999	Good	Glacial clay of considerable extent.	-9999	Ceramic test (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
084C 0019	Industrial mineral	Peace River	T94756; INDID_0916 (DIG 2019-0027)	84C	56.209309	-117.276570	-9999	On the southern outskirts of the town of Peace River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Shaftesbury Formation (upper)	-9999	-9999	-9999	Dry press brick	-9999	-9999	-9999	Shale, dusky yellowish brown, minor silt near bottom to silty near top, calcareous, 11 m.	Mineral analysis (Scafe, 1991): Sample "DS 78-99-1" (%): Kao. 25, Ill. 65, Sme. 5, Chl. 5, Ca.l-Dol. major, Feld. trace.	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083H 0090	Industrial mineral	Silver Beach	T81086; INDID_0884 (DIG 2019-0027)	83H	53.044940	-113.953410	-9999	On the eastern outskirts of the hamlet of Mulhurst, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Dry press brick	-9999	-9999	-9999	Shale, light olive grey, slightly silty, slightly calcareous lens approx. 10 m long and 0.75 m thick surrounded by siltstone.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083A 0010	Industrial mineral	Camrose	T70105; INDID_0858 (DIG 2019-0027)	83A	52.981473	-112.845250	-9999	On the southern outskirts of the city of Camrose, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Dry press brick	-9999	-9999	Good	Shale, above upper lignite seam, some small ironstone concretions (Sample 1796). Shale, yellow, between lower lignites (Sample 1797). Shale, dark brown, below lower lignite (Sample 1790).	-9999	Ceramic tests #1790, 1796 & 1797 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
082J 0058	Industrial mineral	Turner Valley	T48506; INDID_0625, INDID_0807 (DIG 2019-0027)	82J	50.672034	-114.263460	-9999	Along the outskirts of the town of Diamond Valley, AB along Sheep River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, clay, gravel	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Dry press brick	-9999	-9999	Poor	The shales are on the east side of Sheep river, pitching sharply to the northeast, and are capped by 10 m of overburden, largely clay, gravel, and stones. Shale, rusty red brown to dark grey, steep dip, approx. 11 m below 9 m of overburden (Sample2932). S	-9999	Ceramic tests #2932, 2933 (Worcester, 1932), Ceramic test #2934 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
072L 0029	Industrial mineral	Redcliff	T50094; INDID_0788 (DIG 2019-0027)	72L	50.069714	-110.788510	-9999	Within the town of Redcliff, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Oldman Formation	-9999	-9999	-9999	Dry press brick	-9999	-9999	-9999	(1). 3 -4 m bed of yellow shale; used for dry-press brick about 1910 by Redcliff Brick Co. (2) 2 m bed of dark grey shale; of doubtful value, not included with other clays for brick making. . (3). 1.3 m bed of light buff sandy shale; doubtful value, possi	-9999	Locality No. 5. (Hamilton and Babet, 1975	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 3	Alberta Geological Survey
083C 0044	Industrial mineral	Nordegg, abandoned "Stewart" pit	T74062; INDID_0990, INDID_0874 (DIG 2019-0027)	83C	52.461110	-116.069110	-9999	Along the outskirts of the hamlet of Nordegg, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Luscar Group	-9999	-9999	-9999	Dry press brick / brick, tile, stoneware, pottery	-9999	-9999	-9999	Shale, dark grey, abundant siltstone lenses. Mudstone, greenish grey, scattered ironstone nodules. As above. Mudstone, medium grey, soft, directly above coal, 1.3 m.	Mineral analyses (Scafe, 1991):
Sample "WH 76-27" (%): Kao. 35, Ill. 60, Chl. 5, Feld. trace;
Sample "DS 76-28": Kao. 20, Ill. 60, Sme. 5, Chl. 15, Feld. trace;
Sample "DS 76-29": Kao. 30, Ill. 60, Chl. 10, Feld. trace;
Sample "DS 76-30": Kao. 25, Il	Ceramic tests (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083F 0040	Industrial mineral	Fidler	T70272; INDID_0901 (DIG 2019-0027)	83F	53.081446	-117.208730	-9999	Approximately 75 km to the southwest of the town of Edson, AB along McLeod River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Late Cretaceous	Moosehound Member	-9999	-9999	-9999	Dry press brick, quarry tile	-9999	-9999	-9999	Mudstone, dusky yellowish brown, slightly silty, noncalcareous, dusky yellowish brown and moderate yellow stain.	Mineral analysis (Scafe, 1991): Sample "DS 77-99-1" (%): Kao. 20, Ill. 80, Feld. trace, Gyp. major.	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083G 0007	Industrial mineral	Evansburg	T50723; INDID_0994, INDID_0895 (DIG 2019-0027)	83G	53.612451	-115.016800	-9999	On the outskirts of the village of Entwistle, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Dry press brick, sewer pipe	-9999	-9999	Poor	Shales, grey, blue and green, slightly calcareous, some grit, approx. 3 m (Sample 1660). Clay shales, brown; sandy shales, grey and brown, calcareous, approx. 2.7 m (Sample 1663). Shales, grey, brown and green, slightly calcareous, approx. 4.9 m (Sample 1	-9999	Ceramic tests #1660,1661,1662, 1663 (Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces) & 1761 (Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
083G 0009	Industrial mineral	Entwistle	T51439; INDID_0894 (DIG 2019-0027)	83G	53.606993	-114.995270	-9999	On the outskirts of the village of Entwistle, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Dry press bricks, drain tile	-9999	-9999	Fair	Shale, yellowish, soft, much fine grit, 2.1 m (Sample 1762). Shale, grey, 3.3 m (Sample 1763).	-9999	Ceramic tests #1762, 1763 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
072E 0036	Industrial mineral	Eagle Butte S (Loc. 33)	T17349; INDID_0740 (DIG 2019-0027)	72E	49.587322	-110.424610	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Soil, shale, bentonite, clay, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Dry pressed brick; possibly stoneware if blended	-9999	-9999	Poor	Battle Fm.: Shale, dark brown - 1.2 m; Bentonite, impure - 0.1 m; Shale, dark grayish-brown, bentonitic - 0.7 m; Sandstone, with numerous clay particles - .01 m; Shale, brownish-green, silty - 0.5 m; Shale, grayish-brown - 3.7 m. . Whitemud Fm: Clay, pale	-9999	Ceramic tests #80 & 81 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082G 0204	Industrial mineral	Passburg (Loc. 46)	T20641; INDID_0747 (DIG 2019-0027)	82G	49.551457	-114.324870	-9999	Within 6 km to the southeast of the town of Bellevue, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Excellent face brick	-9999	-9999	Good	Shale, greenish-gray, sandy, blocky (Sample 119) - 3 m.	-9999	Ceramic test #119 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
084C 0017	Industrial mineral	Weberville	T96195; INDID_0957 (DIG 2019-0027)	84C	56.347477	-117.243630	-9999	Approximately 12 km to the north of the town of Peace River, AB along the river.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Clay	Pleistocene	-9999	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Clay, dark yellowish brown, slightly silty, laminated, calcareous.	Mineral analysis (Scafe, 1991): Sample "DS 75-27-1" (%): Kao. 20, Ill. 60, Sme. 15, Chl. 5, Cal.-Dol. trace, Gyp. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083N 0104	Industrial mineral	High Prairie	T91311; INDID_0956 (DIG 2019-0027)	83N	55.434726	-116.554610	-9999	Approximately 3 km to the west of the town of High Prairie, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Clay	Pleistocene	-9999	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Clay, olive grey, massive, slightly silty, calcareous, 2.5 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-32-1" (%): Kao. 10, Ill. 55, Sme. 25, Chl. 10, Cal.-Dol. trace, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083H 0069	Industrial mineral	St. Albert	T79853; INDID_0954 (DIG 2019-0027)	83H	53.648735	-113.666410	-9999	On the western outskirts of the city of St. Albert, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Clay	Pleistocene	-9999	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Glacial lacustrine clay, olive grey, slightly silty, calcareous.	Mineral analysis (Scafe, 1991): Sample "DS 75-34-1" (%): Kao. 15, Ill. 55, Sme. 20, Chl. 10, Cal.-Dol. minor, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
073E 0022	Industrial mineral	Derwent	T72100; INDID_0950 (DIG 2019-0027)	73E	53.629902	-110.991790	-9999	Approximately 30 km to the south of the town of Elk Point, AB near Lac Cot.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Mudstone	Late Cretaceous	Lea Park Formation	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Mudstone, moderate olive brown, moderate brown stain on joints, slightly silty, 2 m.	Mineral analysis (Scafe, 1991): Sample "DS 78-100-1" (%): Kao. 20, Ill. 45, Sme. 35, Feld. major, Gyp. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082O 0117	Industrial mineral	Logan Creek	T61057; INDID_0946 (DIG 2019-0027)	82O	51.653112	-115.258360	-9999	Within Hunter Valley.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Shale, dark grey, thin siltstone laminae.	Mineral analyses (Scafe, 1991):
Sample "WH 76-17" (%): Kao. 30, Ill. 70, Cal.-Dol. minor;
Sample "WH 76-18" : Kao. 30, Ill. 70, Cal.-Dol. minor, Feld. trace; 
Sample "WH 76-19" : Kao. 30, Ill. 70, Cal.-Dol. minor, Feld. trace;
Sample "WH 76-20" :	Ceramic test in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082J 0078	Industrial mineral	Bragg Creek	T58506; INDID_0943 (DIG 2019-0027)	82J	50.908452	-114.465380	-9999	Approximately 8 km to the southeast of the hamlet of Bragg Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Shale, grey green, some iron stain, approx. 8.6 m, overburden 1.5-3 m (Sample 263). Shale, light grey grading to dark grey, approx. 8.6 m (Sample 264).	-9999	Ceramic tests #263, 264 in ARC Files (1954)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
083H 0068	Industrial mineral	NW Edmonton	T80055; INDID_0953 (DIG 2019-0027)	83H	53.597521	-113.617110	-9999	Along the western outskirts of the city of Edmonton, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Clay	Pleistocene	-9999	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Clay, greyish olive, laminated, silty, 3 m. Clay, olive grey, massive, silty, calcareous, 1 m.	-9999	Ceramic tests (Scafe ,1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
074E 0086	Industrial mineral	Haight I (Shell road, Athabasca River intersect)	T95813; INDID_0958 (DIG 2019-0027)	74E	57.202403	-111.607640	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Clay, olive grey and greenish grey, massive non-silty, noncalcareous.	-9999	Ceramic tests (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
073E 0021	Industrial mineral	Cabin Lake	T72257; INDID_0949 (DIG 2019-0027)	73E	53.655189	-110.327510	-9999	Approximately 20 km to the north of the town of Marwayne, AB along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Lea Park Formation	-9999	-9999	-9999	Expanded aggregate	-9999	-9999	-9999	Shale, olive grey, moderate brown stain on laminae and joints, minor silt, noncalcareous. As above, minor slightly silty. As above, minor silt. As above, slightly silty.	Mineral analyses (Scafe, 1991):
Sample "DS 78-101-1" (%): Kao. 25, Ill. 55, Sme. 20, Feld. minor, Gyp. major;
Sample "DS 78-101-2": Kao. 30, Ill. 50, Sme. 20, Feld. minor, Gyp.minor;
Sample "DS 78-101-3": Kao. 10, Ill. 60, Sme. 30, Cal.-Dol. minor,	Ceramic tests in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083H 0091	Industrial mineral	Namao	T75744; INDID_0952 (DIG 2019-0027)	83H	53.747225	-113.523060	-9999	In the hamlet of Carbondale, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	Expanded aggregate, synthetic aggregate	-9999	-9999	-9999	Shale, olive grey, slightly silty, noncalcareous, gradational lower contact, approx. 0.25 m. Shale, dusky yellowish brown, noncalcareous, ironstone nodules at contact with a siltstone above.	-9999	Ceramic tests (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082G 0207	Industrial mineral	Blairmore (Loc. 43)	T21960; INDID_0750 (DIG 2019-0027)	82G	49.609608	-114.432170	-9999	Two shale pits on the southern edge of the town of Blairmore.	Surface	Past producer	Pit	-9999	Terrigenous	-9999	Clay-brick	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	Face brick	-9999	-9999	Good	Fernie Formation: Shale, dark gray, marine, fossiliferous; formerly used for making bricks (Sample 114). Shale, as above; formerly used in making cement (Sample 115) Utilization of these shales was discontinued for economic reasons.	-9999	Ceramic test #114 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082G 0206	Industrial mineral	Frank (Loc. 44)	T21652; INDID_0749 (DIG 2019-0027)	82G	49.602398	-114.403740	-9999	Along the outskirts of the town of Frank, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Face brick	-9999	-9999	Poor	Shale, green, sandy (Sample 116) Shale, as above, and from the lower part of section (Sample 117) The strata dip steeply westwards. These shales were formerly used in brickmaking, but their use was discontinued for economic reasons.	-9999	Ceramic tests #116 & 117 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0041	Industrial mineral	Eagle Butte NW (Loc. 18)	T18829; INDID_0745 (DIG 2019-0027)	72E	49.613368	-110.453510	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay, silt, shale, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick	-9999	-9999	Poor	Soil - gravel, 12.2 m; clay, light gray, with greenish cast (Sample 47), 0.6 m; silt, pale gray, slightly clayey (Sample 48), 0.9 m; shale, gray, greenish cast, plastic (Sample 49), 0.6 m; sandstone, fine-grained, silty, rusty, streaks, inclusions, 2.1 m.	-9999	Ceramic tests #47-49 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0040	Industrial mineral	Eagle Butte NW (Loc. 19)	T18543; INDID_0744 (DIG 2019-0027)	72E	49.613388	-110.453510	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Soil, gravel, sandstone, shale, silt	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick	-9999	-9999	Poor	Lithology: Soil and gravel - 3 m. Frenchman Formation: Sandstone, brown, mostly concealed - 1.2 m; Battle Fm: Shale, dark brown - 5.5 m. Whitemud Fm: Shale, brownish-green (Sample 50) - 0.9 m; Silt, light gray, kaolinitic (?) - 0.1 m. . Shale, light, gree	-9999	Ceramic tests #50 & 51 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0030	Industrial mineral	Medicine Lodge coulee E (Loc. 24)	T14060; INDID_0734 (DIG 2019-0027)	72E	49.611874	-110.394797	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sandstone, shale, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick and building tile	-9999	-9999	Fair	Total thickness 9.5 m - described and sampled. Overburden increases from zero to 60 feet. The dark brown and black, highly refractory clay bed could be traced northwards for several hundred ft, and throughout that distance retains a fairly uniform thickne	-9999	Ceramic tests #61 - 64 in Crockford.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0021	Industrial mineral	Graburn gap W (Loc. 5)	T10691; INDID_0725 (DIG 2019-0027)	72E	49.682127	-110.125560	-9999	Approximately 11 km east of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay, shale, sandstone	Late Cretaceous	Eastend Formation	-9999	-9999	-9999	Face brick and tile	-9999	-9999	Good	Section occurs near top of Eastend Formation. Some of the clays from this formation are suitable for face brick and tile. Total thickness 3.2 m - described and sampled.	-9999	Ceramic tests #12 & 13 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0022	Industrial mineral	Thelma creek (Loc. 38)	T10975; INDID_0726 (DIG 2019-0027)	72E	49.561886	-110.266250	-9999	Approximately 11 km south of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick and tile, structural products, possibly sewer pipe	-9999	-9999	Good	This locality has good clays and good conditions for recovering them. The clays are stoneware and brick type. Stripping ratio is 1:1 and the outcrop is accessible by road. The terrain is flat therefore the overburden should have a fairly constant depth. S	-9999	Ceramic tests # 97, 99 & 100 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0025	Industrial mineral	Medicine Lodge coulee E (Loc. 27)	T12628; INDID_0729 (DIG 2019-0027)	72E	49.609109	-110.390850	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, clay, kaolinitic shale	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick, but colour is unique; possible stoneware and flue lining	-9999	-9999	Poor	Some of the best clays occur on the sides of Medicine Lodge coulee. Though there is a thick overburden in this section, it becomes less to the south and north. thickness of 19 m described and sampled.	-9999	Ceramic test #71 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0026	Industrial mineral	Medicine Lodge Coulee E (Loc. 28)	T12985; INDID_0730 (DIG 2019-0027)	72E	49.609109	-110.390850	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, clay, silt	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick, but colour is unique; possibly sewer pipe and flue lining	-9999	-9999	Poor	The clays in this exposure are somewhat lower in quality than most Whitemud clays sampled. Some of the individual beds, or smaller groups of beds, might be worthy of further attention. Total thickness 12.2 m - described and sampled.	-9999	Ceramic test #72 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082O 0027	Industrial mineral	Cochrane	T65182; INDID_0843 (DIG 2019-0027)	82O	51.185123	-114.445480	-9999	In the town of Cochrane, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Face brick, dry press brick	-9999	-9999	-9999	Shale, grey, slightly calcareous, gritty, approx. 12 m (Sample 1707).	-9999	Ceramic test #1707 (Ries & Keele)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072E 0024	Industrial mineral	Medicine Lodge coulee (Loc. 26)	T12405; INDID_0728 (DIG 2019-0027)	72E	49.609111	-110.396410	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sandstone, shale	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick, possibly sewer pipe and flue lining	-9999	-9999	Poor	Beds show up prominently on both sides of Medicine Lodge coulee. Highly kaolinitic sands. Along most of the east side of the coulee the overburden is too thick. Total thickness: 16 m. Frenchman Fm: Sandstone, yellowish-brown, friable, 7.6 m. Battle Fm: Sh	-9999	Ceramic tests #68 & 69 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082J 0053	Industrial mineral	Millarville	T54068; INDID_0821 (DIG 2019-0027)	82J	50.759256	-114.384470	-9999	Approximately 10 km to the north of the town of Diamond Valley, AB along Threepoint Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Face brick, quarry and roofing tile	-9999	-9999	-9999	Shale, light buff to grey, gritty, massive, approx. 15 m, steeply dipping (Sample 2926).	-9999	Ceramic test #2926 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0067	Industrial mineral	Priddis	T55670; INDID_0827 (DIG 2019-0027)	82J	50.883242	-114.322840	-9999	Approximately 16 km to the west of the city of Calgary, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Face brick, quarry and roofing tile	-9999	-9999	Fair	Shale, light to dark grey, some iron stain, slightly laminated, fine grained, approx. 3.3 m (Sample 2946).	-9999	Ceramic test #2946 in Worcester (1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0068	Industrial mineral	Priddis	T56646; INDID_0826 (DIG 2019-0027)	82J	50.880746	-114.324650	-9999	Approximately 16 km to the west of the city of Calgary, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Face brick, quarry and roofing tile	-9999	-9999	Poor	Shales, buff to greenish grey, fine grained, sandy in some parts, noncalcareous, much iron stain, approx. 5 m (Sample 2948). Shale, bluish green, fine grained, about 5.4 m, massive sandstone overburden approx. 7.5 m (Sample 2947).	-9999	Ceramic tests #2947, 2948 in Worcester (1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0050	Industrial mineral	Turner Valley	T53916; INDID_0818 (DIG 2019-0027)	82J	50.664798	-114.297950	-9999	Along the outskirts of the town of Diamond Valley, AB along Sheep River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Face brick, quarry tile	-9999	-9999	-9999	Shales, dark grey to black, hard, gritty, 3 thick sandstone interbeds, approx. 6 m (Sample 2921). Shales, dark grey, heavily iron stained, 6 sandstone interbeds, approx. 30 m (Sample 2922).	-9999	Ceramic tests #2921, 2922 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
072E 0033	Industrial mineral	Fly lake (Loc. 10)	T15500; INDID_0737 (DIG 2019-0027)	72E	49.652996	-110.368240	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay, shale, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Face brick, sewer pipe and flue lining, structural products	-9999	-9999	Good	The Whitemud beds have an aggregate thickness of 7.8 m, and all appear to be high quality clays. The ratio of overburden to clay (1:1) is favourable and the outcrop is readily accessible and would require a minimum of road-building to reach it by truck. T	-9999	Ceramic tests #18, 19 & 22 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082J 0041	Industrial mineral	Eden Valley	T56977; INDID_0828 (DIG 2019-0027)	82J	50.488750	-114.423090	-9999	Approximately 14 km to the west of the village of Longview, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Face, paving and common brick	-9999	-9999	-9999	Shales, dark slate to lead grey, blocky, much iron stain, conchoidal fracture, approx. 24 m (Sample 2906).	-9999	Ceramic test #2906 in Worcester (1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083A 0022	Industrial mineral	Rosalind	M13347; INDID_0864 (DIG 2019-0027)	83A	52.663725	-112.439150	-9999	Approximately 15 km to the west of the village of Heisler near Battle River.	Surface	Past producer	Mine	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Feed and iron ore pelletizing, drilling mud, foundry binder, etc.	-9999	-9999	Overburden 1.7 - 11 m	Bentonite, 2.7 - 3.3 m thick, main zone 166 m wide and 1.2 km long, individual seams up to 0.33 m thick. Estimated reserves more than one million tons. Four bentonite units: Bottom Bed, "Green" clay, Arrowhead" clay and Grey bentonite.	Mineral analyses: 1. Scafe (1975): In the four units (see Description of Deposit), sand contents varies from 0.1 to 12% but average 1% of the total size fraction. Quartz, plagioclase (andesine-oligoclase), cristobalite, and a few K-feldspar grains. Biotit	Physical tests: Scafe (1975): 1) "Bottom Bed" material gives yield values averaging 105 bbl/ton, which is consistently higher than the averages of bentonites from units of Green (80 bbl/ton), Arrowhead (76 bbl/ton) and Grey (67 bbl/ton) clays.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, Ross (1964) Bentonite in Canada, AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
073D 0017	Industrial mineral	Wainwright, Alberta Potash Project	INDID_1297 (DIG 2019-0027)	73D	52.427148	-110.040023	-9999	Located 15 km east of Wainwright	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Low grade potash zone with two narrow higher grade zones. Yielded 1.84% K2O (2.91% KCl), 1.18% MgO, over 23.3 m with a higher grade upper zone of 6.58% K2O (10.41% KCl) over 0.75 m. PPC40 Provost 10-11-040-01W4, 1258.5-1281.8 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20130004, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
072L 0035	Industrial mineral	Southern Alberta Potash, Alberta Potash Project, South Medicine Hat block	INDID_1296 (DIG 2019-0027)	72L	50.648836	-110.009959	-9999	Approximately 34 km south of the village of Empress, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	GZD 100 MEDHAT 8-36-19-1	100/08-36-019-01W4/00	Fertilizer	-9999	-9999	-9999	Visible potash minerals. Low grade potash zone (22.35 m) and high grade zones. Average grade of 2.62% K2O (4.15% KCl), 0.09% MgO, over 22.35 m. Maximum zone of 21.6% K2O (34.2% KCl) over 1.25 m. Well GZD100 MEDHAT 8-36-19-1W4, 1648.5-1670.9 m	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
073E 0029	Industrial mineral	Alberta Potash Project	INDID_1304 (DIG 2019-0027)	73E	53.524380	-110.265920	-9999	Approximately 4 km to the east of the town of Marwayne, AB.	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Re-sampling of historical core. Clastan Pacific Marwayne 14-29-52-02W4, 916.3-917.4 m.	XRF analysis or calculated from well logs	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
073E 0028	Industrial mineral	Alberta Potash Project	INDID_1303 (DIG 2019-0027)	73E	53.315300	-110.219490	-9999	Approximately 12 km to the west of the city of Lloydminister, AB.	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Re-sampling of historical core. Devonian Blackfoot test well 12-15-50-02W4, 1025.7-1034.0 m	XRF analysis or calculated from well logs	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
073D 0015	Industrial mineral	Alberta Potash Project	INDID_1300 (DIG 2019-0027)	73D	52.647370	-111.284850	-9999	Approximately 3 km to the south of the town of Hardisty, AB near Battle River.	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Re-sampling of historical core. Federated LPG3S Hardisty 10-30-42-09W4, 1659.8-1369.8 m	XRF analysis or calculated from well logs	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
072L 0036	Industrial mineral	Alberta Potash Project	INDID_1298 (DIG 2019-0027)	72L	50.402860	-111.810670	-9999	Approximately 5 km to the east of Lake Newell.	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Re-sampling of historical core. IMP Calstan Lake Newell 05-01-17-14W4, 1749.0-1759.0 m	XRF analysis or calculated from well logs	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
073D 0014	Industrial mineral	Alberta Potash Project	INDID_1299 (DIG 2019-0027)	73D	52.485210	-110.948880	-9999	Approximately 3 km to the south of the village of Hughenden, AB.	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Re-sampling of historical core. Newalta Hughenden 10-33-40-07W4, 1377.4-1384.1 m	XRF analysis or calculated from well logs	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
073D 0016	Industrial mineral	Wainwright, Alberta Potash Project	INDID_1301 (DIG 2019-0027)	73D	52.924610	-110.109500	-9999	Located 15 km east of Wainwright	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Re-sampling of historical core. Petcal Dina 10-32-45-01W4, 1352.4-1360.1 m	XRF analysis or calculated from well logs	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project	Alberta Geological Survey
073E 0030	Industrial mineral	Lloydminster, Alberta Potash Project	INDID_1302 (DIG 2019-0027)	73E	53.211380	-110.670440	-9999	Near Lloydminster	Subsurface	Prospect	Subsurface	-9999	Chemical	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	Fertilizer	-9999	-9999	-9999	Re-sampling of historical core. XRF results yielded up to 29.4 % KCl, average of 3.6 K2O over 4.42 m. CVO #15 06-12-49-06W4, 1060.7-1076.2 m; 1137.2-1158.2 m	XRF analysis or calculated from well logs	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120020, Dufresne and McMillan (2012) technical report on the potash potential of Grizzly Discoveries Inc.s Alberta Potash project, MAR 20130003	Alberta Geological Survey
072E 0047	Industrial mineral	Thelma creek (Loc. 39)	T8399; INDID_0963 (DIG 2019-0027)	72E	49.558261	-110.266230	-9999	Approximately 11 km south of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Fireclay, needs grog to prevent cracking	-9999	-9999	Good	This locality has good clays and good conditions for recovering them. Stripping ratio is 1:1 and the outcrop is accessible by road. The terrain is flat therefore the overburden should have a fairly constant depth.	-9999	Ceramic tests #101, 102 & 103 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
083A 0025	Industrial mineral	Rosalind	M13724; INDID_0864 (DIG 2019-0027)	83A	52.669955	-112.440010	-9999	Approximately 15 km to the west of the village of Heisler near Battle River.	Surface	Past producer	Mine	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Flame retardant, drilling mud	-9999	-9999	Overburden 5.5 - 7 m	Bentonite, 1.3 - 3.7 m thick. At this location a 2 - 2.5 m bed of bentonite underlies much of the southwest quarter of sec 5 and is highest stratigraphically in the area.	Mineral analysis (Babet, 1966): Sand and silt per cent: >74 microns      1.27 - 4.00; >48 microns             - ; 2 - 48 microns            - .	Physical tests: 1. Scafe (1975): Yield: 75 bbl/ton; 2. Babet (1966): 1) Yield: 48 - 64 bbl/ton; 2) Viscosity 9 - 19 cp (8 - 12% bentonite); pH 8.4	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083A 0023	Industrial mineral	Rosalind	M14037	83A	52.717702	-112.449270	-9999	Approximately 15 km to the west of the village of Heisler near Battle River.	Surface	Prospect	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Foundry binding, drilling mud	-9999	-9999	Overburden 3 m	Bentonite, 1.5 - 2.5 m thick, estimated reserves more than one million tons. Previously active mine. Regional dip to the SW (2.9 m/km), beds exposed beneath glacial till in badland topography. The clay is massive and breaks into 2.5 to 3.8 cm blocks. It i	Mineral analyses: 1. Scafe (1975): Sand varies from 0.2 to 4%, with an average of 1.6%, and its mineralogy is similar to that of section 31 bentonite. Silt and clay concentrations vary within narrow limits around their averages of 3 and 75%, respectively	Physical tests: 1. Scafe (1975): 1) Yield: 81 bbl/ton (average); 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 1) Yield: 64 bbl/ton; 2) Viscosity 10 cp (8% bentonite); pH 8.7	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ross (1964) Bentonite in Canada, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115055	Alberta Geological Survey
084C 0027	Industrial mineral	North Peace River	INDID_1317 (DIG 2019-0027)	84C	56.355421	-117.210182	-9999	Approximately 12 km to the north of the town of Peace River, AB along the river.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Frac sand	-9999	Late Cretaceous	Dunvegan Formation	-9999	-9999	-9999	Frac sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120015	Alberta Geological Survey
074E 0094	Industrial mineral	Firebag	INDID_1311 (DIG 2019-0027)	74E	57.554547	-111.280742	-9999	95 km north of Fort McMurray	Surface	Project with resource estimate	Outcrop	Subsurface	Eolian and glacial outwash	-9999	Silica sand	-9999	Quaternary	-9999	-9999	-9999	-9999	Frac sand	-9999	-9999	-9999	-9999	-9999	Proppant lab test and sieve analysis results available through Apex or Athabasca	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20100010, Eccles et al. (2014) NI 43-101 technical report, inferred frac sand resource estimate for the Firebag property, northeastern Alberta	Alberta Geological Survey
084C 0026	Industrial mineral	Peace River E-89-05	T126006; INDID_1105 (DIG 2019-0027)	84C	56.332845	-117.243640	-9999	Approximately 12 km to the north of the town of Peace River, AB along the river.	Subsurface	Prospect	Drillhole	-9999	Terrigenous	-9999	Silica sand	-9999	Cretaceous	Peace River Formation	-9999	-9999	-9999	Frac sand, glass sand	Medium	Frac sand analysis (Hamilton, 1989).	Good	The deposit belongs to the Paddy Member, a friable sand unit, averaging 7.7 m in thickness, outcropping on the east and west banks of Peace River, to form two separate resource blocks, East Block and the West Block. The total sand resources (all grain siz	Mineral analysis (Hamilton,1989): The grains of sand are almost entirely colorless quartz with a minor amount of smoky quarts. Silica is present also in the form of chalcedony. Rare accessory minerals are feldspars, titanite, limonite, ilmenite and zircon	Physical test (Hamilton, 1989) (17 samples tested from 5 test holes on the East Block): 20-40 mesh Sphericity; 0.7 - 0.8 Roundness; 0.5 - 0.7 Turbidity; 7.0 - 79.0 Crush Resistance 1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1998-08	Alberta Geological Survey
084C 0024	Industrial mineral	Peace River E-89-03	T124981; INDID_1103 (DIG 2019-0027)	84C	56.325629	-117.256670	-9999	Approximately 12 km to the north of the town of Peace River, AB along the river.	Subsurface	Prospect	Drillhole	-9999	Terrigenous	-9999	Silica sand	Sandstone	Cretaceous	Peace River Formation	-9999	-9999	-9999	Frac sand, glass sand	Medium	Frac sand analysis (Hamilton, 1989).	Good	The deposit belongs to the Paddy Member, a friable sand unit, averaging 7.7 m in thickness, outcropping on the east and west banks of Peace River, to form two separate resource blocks, East Block and the West Block. The total sand resources (all grain siz	Mineral analysis (Hamilton,1989): The grains of sand are almost entirely colorless quartz with a minor amount of smoky quarts. Silica is present also in the form of chalcedony. Rare accessory minerals are feldspars, titanite, limonite, ilmenite and zircon	Physical test (Hamilton, 1989) (17 samples tested from 5 test holes on the East Block): 20-40 mesh Sphericity; 0.7 - 0.8 Roundness; 0.5 - 0.7 Turbidity; 7.0 - 79.0 Crush Resistance 1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1998-08	Alberta Geological Survey
084C 0025	Industrial mineral	Peace River E-89-04	T125880; INDID_1104 (DIG 2019-0027)	84C	56.318416	-117.263170	-9999	Approximately 10 km north of the town of Peace River, AB.	Subsurface	Prospect	Quarry	Drillhole	Terrigenous	-9999	Silica sand	Sand	Cretaceous	Peace River Formation	-9999	-9999	-9999	Frac sand, glass sand	Medium	Frac sand analysis (Hamilton, 1989).	Good	The silica sands were deposited in marine and non-marine sediments of the Cretaceous (Paddy Member, a friable sand unit, averages 7.7 m in thickness). Outcropping on both banks of the Peace River, forming the East and the West resource blocks. The total s	Mineral analysis (Hamilton,1989): The grains of sand are almost entirely colorless quartz with a minor amount of smoky quarts. Silica is present also in the form of chalcedony. Rare accessory minerals are feldspars, titanite, limonite, ilmenite and zircon	Physical test (Hamilton, 1989) (17 samples tested from 5 test holes on the East Block): 20-40 mesh Sphericity; 0.7 - 0.8 Roundness; 0.5 - 0.7 Turbidity; 7.0 - 79.0 Crush Resistance 1	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1998-08	Alberta Geological Survey
082I 0035	Industrial mineral	Bow City	M16010; INDID_1245 (DIG 2019-0027)	82I	50.448279	-112.328860	-9999	Approximately 20 km to the west of Lake Newell.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Ammonite	-9999	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	Gemstone "Ammolite"	Small	-9999	Fair	Excavated slump block in coolie.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	D.R. Boisvert, pers. comm.	Alberta Geological Survey
082H 0084	Industrial mineral	St. Mary River; Powerpole	M17197; INDID_1386, INDID_1246 (DIG 2019-0027)	82H	49.532789	-112.867015	-9999	Approximately 12 km north of the town of Magrath, AB.	Surface	Producer	River terrace	-9999	Miscellaneous	-9999	Ammonite	Shale	Late Cretaceous	Bearpaw Formation (lower)	-9999	-9999	-9999	Gemstone "Ammolite"	Small	-9999	Good	Ammonites are found in ironstone concretions in tight shale beds impervious to moisture; the original aragonite shells have been preserved. The gem material is encountered between the Kipp sandstones and the base of the Bearpaw Formation. . Only in the ar	Gemologically the mineral composition of ammolite is: aragonite 96%; strontium .48%; Iron 1.00%; Silica 1.00%; Titanium .6%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1984-27, Vandervelde (1992) Ammolite: the organic gemstone from Alberta, Canada, Wilson (1984) Report on a visit to the ammolite mine southwest of Lethbridge, Alberta, Mychaluk (2009) Update on ammolite production from southern Alberta	Alberta Geological Survey
074D 0025	Industrial mineral	Fort McMurray area	M23282; INDID_1247 (DIG 2019-0027)	74D	56.777004	-111.399790	-9999	Within the community of Fort McMurray, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Glauconite	Sand	Cretaceous	Clearwater Formation	-9999	-9999	-9999	Greensand (source of slow-release potash), water softening compounds	-9999	Glauconite can be separated from other components of the sand by conventional magnetic separation techniques.	-9999	Thin, 10-20 feet thick, persistent bed of glauconite-bearing sand (Wabiskaw Member) overlies the McMurray Formation oil sands and forms the base of the shaly Clearwater Formation. 27% glauconite in the form of small green pellets.	The mineral glauconite contains up to 7% potash.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS INF 065	Alberta Geological Survey
082O 0043	Industrial mineral	Radnor	T63807; INDID_0987 (DIG 2019-0027)	82O	51.221601	-114.666280	-9999	Approximately 2 km to the east of the summer village of Ghost Lake, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Grog	-9999	-9999	-9999	Shale, grey, hard, gritty, massive, noncalcareous, approx. 10 m (Sample 2976).	-9999	Ceramic test #2976 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0060	Industrial mineral	Okotoks Mountain	T53541; INDID_0816 (DIG 2019-0027)	82J	50.638860	-114.379500	-9999	Approximately 7 km to the southwest of the town of Diamond Valley, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Hard service wares and wide range of red products (limited supply)	Small	-9999	-9999	Shale, red, with greyish green mottles, massive, 0.3 m (Sample2937). Shale, greenish grey, some grit, massive, 0.3 m (Sample 2938).	-9999	Ceramic tests #2937, 2938 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
072E 0051	Industrial mineral	Fly lake (Loc. 10)	T15727; INDID_0969 (DIG 2019-0027)	72E	49.652996	-110.368240	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Boulder clay, gravel, shale, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	High grade stoneware, terra cotta, artware, etc.	-9999	-9999	Good	The Whitemud beds have an aggregate thickness of 7.8 m, and all appear to be high quality clays. The ratio of overburden to clay (1:1) is favourable and the outcrop is readily accessible and would require a minimum of road-building to reach it by truck. T	-9999	Ceramic tests #20 and 21 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
083M 0096	Industrial mineral	Kleskun Hills	M26414; INDID_1230 (DIG 2019-0027)	83M	55.261577	-118.530790	-9999	Approximately 17 km to the northeast of the city of Grand Prairie, AB near Dinosaur Hill.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Wapiti Formation (upper)	-9999	-9999	-9999	High grit, low yield	-9999	-9999	-9999	Bentonite, trace to less than 1 m in thickness, occurs in small scattered thin lenses; small tonnage available.	Mineral analysis (Scafe, 1975): These bentonite lenses can have sand concentrations as low as 1%, but 7% is more common. Silt varies from 30 to 60% and averages 51%. Mineralogy is the usual quartz, plagioclase (oligoclase-andesine), feldspar, cristobali	Physical tests: 1. Scafe (1975): 1) Yield can be as high as 76 bbl/ton, but the usual yield is <40 bbl/t; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 1. Yield: 43 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115017	Alberta Geological Survey
083M 0095	Industrial mineral	Kleskun Hills	M25666; INDID_1227 (DIG 2019-0027)	83M	55.236116	-118.524440	-9999	Approximately 17 km to the northeast of the city of Grand Prairie, AB near Dinosaur Hill.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite, volcanic ash bed	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	High grit, low yield	-9999	-9999	-9999	Bentonite-volcanic ash bed that varies from 0.5 to 1.3 m in thickness beneath approx. 0.7 m of overburden. Light olive-grey bentonite lenses pinch out into the hard, medium grey montmorillonitic sandstones and siltstones of the Wapiti Formation.	Mineral analyses: 1. Scafe (1975): These bentonite lenses can have sand concentrations as low as 1%, but 7% is more common. Silt varies from 30 to 60% and averages 51%. Mineralogy is the usual quartz, plagioclase (oligoclase-andesine), feldspar, cristob	Physical tests: 1. Scafe (1975): 1) Yield can be as high as 76 bbl/ton, but the usual yield is <40 bbl/t; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 25 ml gel vol. (B. P.); 25 ml apparent swelling	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115017	Alberta Geological Survey
083M 0094	Industrial mineral	Kleskun Hills	M26100; INDID_1228 (DIG 2019-0027)	83M	55.250565	-118.524450	-9999	Approximately 17 km to the northeast of the city of Grand Prairie, AB near Dinosaur Hill.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite, volcanic ash bed	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	High grit, low yield	-9999	-9999	Thin overburden	Bentonite-volcanic ash bed that varies from 0.46 to 1.3 m in thickness beneath approx. 0.67 m of overburden. Light olive-grey bentonite lenses pinch out into the hard, medium grey montmorillonitic sandstones and siltstones of the Wapiti Group.	Mineral analyses: 1. Scafe (1975): These bentonite lenses can have sand concentrations as low as 1%, but 7% is more common. Silt varies from 30 to 60% and averages 51%. Mineralogy is the usual quartz, plagioclase (oligoclase-andesine), feldspar, cristob	Physical tests: 1. Scafe (1975): 1) Yield can be as high as 76 bbl/ton, but the usual yield is <40 bbl/t; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 34 - 81 ml gel vol. (B. P.)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115017	Alberta Geological Survey
083M 0097	Industrial mineral	Kleskun Hills	M26332; INDID_1229 (DIG 2019-0027)	83M	55.261587	-118.518130	-9999	Approximately 17 km to the northeast of the city of Grand Prairie, AB near Dinosaur Hill.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Wapiti Formation (upper)	-9999	-9999	-9999	High grit, low yield	-9999	-9999	Overburden 0.67 - 1.67 m	Bentonite, 1.3 m thick. If the bed of bentonite is laterally persistent, it should occur under light overburden.	Mineral analyses: 1. Scafe (1975): These bentonite lenses can have sand concentrations as low as 1%, but 7% is more common. Silt varies from 30 to 60% and averages 51%. Mineralogy is the usual quartz, plagioclase (oligoclase-andesine), feldspar, cristoba	Physical tests: 1. Scafe (1975): 1) Yield can be as high as 76 bbl/ton, but the usual yield is <40 bbl/t; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): Yield: 52 - 64 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115017	Alberta Geological Survey
073D 0002	Industrial mineral	Metiskow (Horseshoe Lake)	E24109; INDID_0089 (DIG 2019-0027)	73D	52.352087	-110.744790	-9999	Approximately 33 km to the west of the town of Provost, AB.	Surface	Past producer	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	High purity detergent grade Na2SO4	Large	-9999	-9999	Lake brine occupies 160 acre depression within low rolling hills. Four freshwater springs enter lake in the south. Lake has permanent crystal bed, alternating layers of pure crystal with mud and crystal to 6-9 m, up to 17 m at southern part. Brine is shal	-9999	Lake Number: 23, Specific Gravity: 1.212, Concentration: 11.2%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Cole (1926) Sodium sulphate of western Canada occurrence, uses, and technology, AGS ESR 1958-02, Broughton (1976) Sodium sulphate deposits of Saskatchewan and Alberta	Alberta Geological Survey
073E 0013	Industrial mineral	Anglo Home C&E Elk Pt. #4,	E31645; INDID_1390, INDID_0030 (DIG 2019-0027)	73E	53.862384	-110.638520	-9999	In the hamlet of Riverview, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation, Cold Lake Formation, Prairie Evaporite	-9999	CCS LINDBERGH 3-26-56-5-4	100/03-26-056-05W4/00	Industrial and household salt	Large	-9999	-9999	Prairie Evaporite salt interval (#1): 2775-3180, cored: 2775-3180. Cold Lake salt interval (#1): 3480-3605, cored: 3480-3605. Upper Lotsberg salt interval (#1): 3702-3929, cored 3702-3929.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Cole (1948) Potash discoveries in western Canada, AGS INF 006	Alberta Geological Survey
073E 0011	Industrial mineral	Anglo Home C&E Elk Pt. #1,	E31858; INDID_0027 (DIG 2019-0027)	73E	53.865992	-110.632410	-9999	In the hamlet of Riverview, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation, Cold Lake Formation, Prairie Evaporite	-9999	CCS LINDBERGH 7-26-56-5-4	100/07-26-056-05W4/00	Industrial and household salt	Large	-9999	-9999	Prairie Evaporite salt interval (#1): 2775-3180, cored: 2775-3180. Cold Lake salt interval (#1): 3480-3605, cored: 3480-3605. Upper Lotsberg salt interval (#1): 3702-3929, cored 3702-3929.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Cole (1948) Potash discoveries in western Canada, AGS INF 006	Alberta Geological Survey
073E 0020	Industrial mineral	Cansalt #3 Lindbergh NaCl	E6220; INDID_0037 (DIG 2019-0027)	73E	53.865994	-110.644620	-9999	In the hamlet of Riverview, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	CCS LINDBERGH 5-26-56-5-4	100/05-26-056-05W4/00	Industrial and household salt	Large	-9999	-9999	Prairie Evaporite salt interval: 2631-3073 T.D., cored: 2631-3073.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083D 0006	Industrial mineral	Athabasca River (#808)	T139769; INDID_1024 (DIG 2019-0027)	83D	52.906681	-118.056350	-9999	On the northern outskirts of the town of Jasper, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Athabasca 808" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
082I 0028	Industrial mineral	Bow River (#157)	T139939; INDID_1025 (DIG 2019-0027)	82I	50.788825	-113.151800	-9999	Approximately 5 km to the north of the village of Arrowwood, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Bow 157" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083F 0027	Industrial mineral	McLeod River (#147)	T141498; INDID_1031 (DIG 2019-0027)	83F	53.524766	-116.865430	-9999	Approximately 27 km to the west of the town of Edson, AB along McLeod River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "McLeod 147" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083F 0025	Industrial mineral	McLeod River (#65)	T140870; INDID_1029 (DIG 2019-0027)	83F	53.713710	-116.005870	-9999	Approximately 30 km to the east of the town of Edson, AB along McLeod River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "McLeod 65" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083H 0027	Industrial mineral	North Saskatchewan River (#196)	T141880; INDID_1033 (DIG 2019-0027)	83H	53.622855	-113.304426	-9999	On the northeastern outskirts of the city of Edmonton, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 196" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083H 0029	Industrial mineral	North Saskatchewan River (#236)	T142829; INDID_1035 (DIG 2019-0027)	83H	53.372379	-113.746740	-9999	Approximately 13 km to the southwest of the city of Edmonton, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 236" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083G 0040	Industrial mineral	North Saskatchewan River (#275)	T143674; INDID_1038 (DIG 2019-0027)	83G	53.412415	-114.372430	-9999	Approximately 40 km to the west of the city of Edmonton along the North Saskatchewan River, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 275" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083G 0041	Industrial mineral	North Saskatchewan River (#276)	T144077; INDID_1039 (DIG 2019-0027)	83G	53.399314	-114.366880	-9999	Approximately 40 km to the west of the city of Edmonton along the North Saskatchewan River, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 276" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083G 0042	Industrial mineral	North Saskatchewan River (#304)	T144344; INDID_1040 (DIG 2019-0027)	83G	53.318020	-114.753376	-9999	Approximately 18 km northeast of the town of Drayton Valley, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 304" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083G 0043	Industrial mineral	North Saskatchewan River (#305)	T144412; INDID_1041 (DIG 2019-0027)	83G	53.314251	-114.759540	-9999	Approximately 18 km northeast of the town of Drayton Valley, AB along the North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 305" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083B 0001	Industrial mineral	North Saskatchewan River (#358)	T145078; INDID_1043 (DIG 2019-0027)	83B	52.881586	-115.176100	-9999	Approximately 60 km north of the town of Rocky Mountain House, AB along North Saskatchewan River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "North Sask. 358" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
082P 0018	Industrial mineral	Red Deer River (#233)	T147141; INDID_1049 (DIG 2019-0027)	82P	51.970518	-112.912070	-9999	Approximately 13 km to the southwest of the village of Big Valley, AB along the Red Deer River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Red Deer 233" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083A 0028	Industrial mineral	Red Deer River (#260)	T147238; INDID_1050 (DIG 2019-0027)	83A	52.306750	-113.074740	-9999	Approximately 13 km to the southeast of the village of Alix, AB along the Red Deer River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Red Deer 260" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083L 0005	Industrial mineral	Smoky River (#168)	T149574; INDID_1059 (DIG 2019-0027)	83L	54.841471	-118.593320	-9999	Approximately 30 km to the south of the city of Grand Prairie, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Smoky 168" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083L 0006	Industrial mineral	Smoky River (#209)	T149930; INDID_1060 (DIG 2019-0027)	83L	54.485192	-118.285360	-9999	Approximately 90 km to the west of the town of Fox Creek, AB.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Smoky 209" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083M 0100	Industrial mineral	Wapiti River (#1)	T150337; INDID_1062 (DIG 2019-0027)	83M	55.147045	-118.322590	-9999	Approximately 30 km to the east of the city of Grand Prairie, AB near Wapiti River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	Industrial silica	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Wapiti 1" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
082G 0273	Industrial mineral	Lundbreck Sandstone	INDID_1340 (DIG 2019-0027)	82G	49.584161	-114.212928	-9999	Approximately 3 km west of the hamlet of Lundbreck, AB.	Surface	Producer	Outcrop	-9999	Terrigenous	-9999	Building stone	Conglomerate, sandstone	-9999	-9999	-9999	-9999	-9999	Landscaping	-9999	-9999	-9999	Well graded, well cemented conglomerate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20040002	Alberta Geological Survey
082J 0063	Industrial mineral	Millarville	T46542; INDID_0942, INDID_0631 (DIG 2019-0027)	82J	50.764780	-114.299070	-9999	Approximately 10 km to the north of the town of Diamond Valley, AB along Threepoint Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Calcareous clay	Quaternary	-9999	-9999	-9999	-9999	Lightweight aggregate	-9999	-9999	-9999	Clay, olive green, soft, very calcareous, about 5 m (Sample 2940). Clay, olive green, soft, slightly silty, calcareous, conchoidal fracture, about 5 m (Sample 2941).	-9999	Ceramic test #2940 (Worcester, 1932), Ceramic test #2941 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0022	Industrial mineral	Cluny	T42286; INDID_0790 (DIG 2019-0027)	82I	50.853330	-112.898830	-9999	Approximately 2 km to the northwest of the village of Cluny, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Lightweight aggregate	-9999	-9999	-9999	Clay, dark grey to black and light brown, varved, calcareous, approx. 4 m.	-9999	Ceramic test in ARC Files (1952)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
083M 0109	Industrial mineral	Dunvegan	T91570; INDID_0998, INDID_0955 (DIG 2019-0027)	83M	55.925335	-118.589540	-9999	Approximately 20 km to the north of the town of Spirit River, AB along Peace River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Dunvegan Formation, Kaskapau Formation	-9999	-9999	-9999	Lightweight aggregate, sewer pipe, quarry tile	-9999	-9999	-9999	Shale, olive grey, slightly silt near top, noncalcareous, 3 m. Shale, olive black, minor silt, noncalcareous, some light brown stain on joints, 1.5 m (Dunvegan Formation). Shale, olive black, minor silt, noncalcareous, 2 m, uppermost visible shale; As abo	Mineral analyses (Scafe, 1991): Sample "DS 78-96-1" (%): Kao. 15, Ill. 45, Sme. 30, Chl. 10, Feld. minor; Sample "DS 78-96-4": Kao. 20, Ill. 55, Sme. 20, Chl. 5. Mineral analyses (Scafe, 1991): Sample "DS 78-96-2" (%): Kao. 25, Ill. 65, Chl. 10, Feld. min	Ceramic tests (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
072L 0016	Industrial mineral	Brooks	T135444; INDID_0938 (DIG 2019-0027)	72L	50.564726	-111.985360	-9999	On the outskirts of the city of Brooks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Shale	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	Lightweight concrete aggregate	-9999	-9999	Good	Shale is exposed for about 100 m, south of the railway, 6.5 km west of Brooks. A geological section of the exposure is as follows: Boulder clay - 2 to 2.5 m; Dark grey shale to water level of canal (Sample 57) - 3.5 m.	-9999	Sample 57 (Matthews, 1952. p.45.) In stationary furnace this shale proved to be excellent bloater with wide vitrification range	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Matthews (1952) Preliminary report on coated lightweight concrete aggregate from Canadian clays and shales	Alberta Geological Survey
072L 0017	Industrial mineral	Kininvie	T135957; INDID_0939 (DIG 2019-0027)	72L	50.389913	-111.366910	-9999	Recent clay is exposed in the bottom of a dry lake bed. The northeast end of the dry lake bed is 12 km north of Alderson and the southwest end is 7 km east of Kininvie. The dry lake bed has an area of roughly 195 ha.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Clay	Quaternary	-9999	-9999	-9999	-9999	Lightweight concrete aggregate	-9999	-9999	Good	Composed of light grey, plastic, noncalcareous clay (Sample 61). Its bottom was not found in a 1 m auger hole.	-9999	Sample 61 (Matthews, 1952, p. 46) Excellent bloater with wide vitrification range	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Matthews (1952) Preliminary report on coated lightweight concrete aggregate from Canadian clays and shales	Alberta Geological Survey
082G 0267	Industrial mineral	Summit Q11	C219152; INDID_0115 (DIG 2019-0027)	82G	49.614356	-114.669679	-9999	Along a western spur of Sentry Mountain.	Surface	Producer	Quarry or mine	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Mount Head Formation	-9999	-9999	-9999	Lime	Medium	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 235	Alberta Geological Survey
082G 0275	Industrial mineral	Summit Q12	C135316; INDID_0116 (DIG 2019-0027)	82G	49.604157	-114.667566	-9999	Along a western spur of Sentry Mountain.	Surface	Producer	Quarry or mine	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Mount Head Formation	-9999	-9999	-9999	Lime	Medium	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10, AGS ECO 4, AGS DIG 2003-0014	Alberta Geological Survey
074E 0096	Industrial mineral	Frontier	INDID_1321 (DIG 2019-0027)	74E	57.650047	-111.753971	-9999	Along Athabasca River between Pierre and Firebag rivers	Surface	Prospect	Outcrop	Subsurface	Chemical	-9999	Limestone	Limestone	Devonian	Slave Point Formation, Waterways Formation	-9999	-9999	-9999	Liner	-9999	-9999	-9999	Light green argillaceous limestone with intervals of more competent nodular limestone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120005	Alberta Geological Survey
082J 0036	Industrial mineral	Burnvale Brick Co. (Sandstone area)	T123909; INDID_1083, INDID_1360 (DIG 2019-0027)	82J	50.768377	-114.012240	-9999	Approximately 4 km to the northwest of the town of Okotoks, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Little potential for building stone	-9999	-9999	Fair	Small quarry. 10 feet - Thin-bedded stone. 20 feet - Fairly heavy stone in irregular lenticular beds. Although blocks of fair size can easily be quarried the quality of the stone and the large amount of blue material are unfavourable features. The stone d	-9999	Stone #1346 & 1347 (Parks 1916, p.215)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
082H 0060	Industrial mineral	Lethbridge	T27836; INDID_0762 (DIG 2019-0027)	82H	49.481500	-112.762900	-9999	Approximately 8 km west of the town of Raymond, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Little value	-9999	-9999	Good	Surface clay used in 1910 for making common brick. Made very porous brick.	-9999	Ceramic test #1667 in Ries & Keele (1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082H 0059	Industrial mineral	Pincher Creek	T30997; INDID_0608 (DIG 2019-0027)	82H	49.531917	-113.941330	-9999	On the northern outskirts of the hamlet of Pincher, AB.	Surface	Test	Surface clay	-9999	Terrigenous	-9999	Clay/shale	Clay	Pleistocene	-9999	-9999	-9999	-9999	Little value	-9999	-9999	Good	Clay, very calcareous, contains lime pebbles. The clay also has a considerable amount of soluble salts which form a scum on the surface in drying.	-9999	Ceramic Test #1673 in Ries & Keele (1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082J 0040	Industrial mineral	Eden Valley	T58323; INDID_0632 (DIG 2019-0027)	82J	50.481830	-114.423410	-9999	Approximately 14 km to the west of the village of Longview, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, ironstone concretions, shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Little value	-9999	-9999	Poor	Shale, dark grey, thinly laminated, ironstone concretions and many bands of hard, sandy shale about 5 cm thick, approx. 21 m , vertical dip (Sample 2905).	-9999	Ceramic test #2905 in Worcester (1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0044	Industrial mineral	Longview	T48932; INDID_0627 (DIG 2019-0027)	82J	50.530732	-114.387316	-9999	Approximately 11 km to the west of the village of Longview, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, ironstone	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Shales, dark slate colored, heavily iron stained, hard, massive, many ironstone interbeds, approx. 75 m (Sample 2909).	-9999	Ceramic test #2909 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0054	Industrial mineral	Millarville	T52845; INDID_0630 (DIG 2019-0027)	82J	50.752030	-114.390150	-9999	Approximately 10 km to the north of the town of Diamond Valley, AB along Threepoint Creek.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Shale, dark slate grey, hard, splintery, approx. 20 m (Sample 2925).	-9999	Ceramic test #2925 (Worcester (1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0073	Industrial mineral	Bragg Creek	T59443; INDID_0633 (DIG 2019-0027)	82J	50.941300	-114.590860	-9999	On the outskirts of the town of Bragg Creek, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Shale, slate grey to black, iron stain, fissile, hard, approx. 12 m (Sample 2970).	-9999	Ceramic test #2970 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
074E 0064	Industrial mineral	Kearl Lake	T93796; INDID_0697 (DIG 2019-0027)	74E	57.320666	-111.241360	-9999	Approximately 2 km north of Kearl Lake.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Clay, dark, lignite, core AOP-96 205-210.	-9999	Ceramic test (Scafe 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
082G 0234	Industrial mineral	Drywood creek	T31500; INDID_0610 (DIG 2019-0027)	82G	49.281620	-114.075640	-9999	Along the southeastern slopes of Pincher Ridge.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Argillite, quartzite	Mesoproterozoic	Grinnell Formation	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Argillite, grayish red, weathers pale reddish brown, interbedded with white quartzite. Quartzite probably impossible to remove, bars fragile until fired. T. he need to beneficiate, poor plastic properties, and distance from manufacturing complexes make th	Mineral analysis (Scafe, 1991): Sample "DS 77-63-1" (%): Ill. 100, Hematite minor.	Ceramic test (Scafe 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
074E 0065	Industrial mineral	Fort MacKay	T105940; INDID_0701 (DIG 2019-0027)	74E	57.157095	-111.671490	-9999	In the vicinity of Fort McKay First Nation.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay, lignite	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Clay, dark, lignite, core AOP-90 220-225.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074D 0035	Industrial mineral	Fort McMurray	T92474; INDID_0694 (DIG 2019-0027)	74D	56.700603	-111.379990	-9999	Within the community of Fort McMurray, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Early Cretaceous	Clearwater Formation	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Clay, olive black, massive, minor grit, iron stain, gypsum crystals, approx. 6 m.	-9999	Ceramic test in Scafe (1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
082O 0108	Industrial mineral	Logan Creek	T64692; INDID_0639 (DIG 2019-0027)	82O	51.653112	-115.258360	-9999	Within Hunter Valley.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, siltstone	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Shale, dark grey, thin siltstone laminae, siltstone bands increase in number and thickness.	Mineral analyses (Scafe, 1991):
Sample "WH 76-17" (%): Kao. 30, Ill. 70, Cal.-Dol. minor;
Sample "WH 76-18" : Kao. 30, Ill. 70, Cal.-Dol. minor, Feld. trace; 
Sample "WH 76-19" : Kao. 30, Ill. 70, Cal.-Dol. minor, Feld. trace;
Sample "WH 76-20" :	Ceramic test in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082J 0039	Industrial mineral	Longview	T47766; INDID_0623 (DIG 2019-0027)	82J	50.504541	-114.215630	-9999	Approximately 3 km to the south of the village of Longview, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Shale, dark grey to black, fissile, highly distorted, many thin ironstone seams, salt encrusted (Sample 2903). Shale, dark, rusty grey to black, fissile, sandy (Sample 2904).	-9999	Ceramic tests #2903, 2904 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0056	Industrial mineral	Turner Valley	T49265; INDID_0626 (DIG 2019-0027)	82J	50.674742	-114.263460	-9999	Along the outskirts of the town of Diamond Valley, AB along Sheep River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Little value	-9999	-9999	Fair	Shale, dark slate grey, breaks into angular, flinty pieces, interbedded with red brown shale, sandy, blocky (Sample 2927, 2928). Shale, slaty, hard, some sandy shale interbeds and lenticular fossiliferous sasses (Sample 2929).	-9999	Ceramic tests #2927, 2928, 2929 in Worcester (1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0017	Industrial mineral	Aldersyde	T43749; INDID_0621 (DIG 2019-0027)	82I	50.706734	-113.841290	-9999	Along the Highwood River to the east of the town of Okotoks, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Little value	-9999	-9999	-9999	The shales are on the east side of Sheep river. Shale, greenish to dark grey, sandy, conchoidal fracture (Sample 2963). Shale, green, fine grained, greasy, slickensides (Sample 2962).	-9999	Ceramic tests #2962, 29623 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083H 0087	Industrial mineral	Lamont	T76440; INDID_0662 (DIG 2019-0027)	83H	53.778700	-112.737010	-9999	Approximately 2 km to the northeast of the town of Lamont, AB along Beaverhill Creek.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Little value	-9999	-9999	-9999	Shale, olive grey, slightly calcareous, alligator weathering, approx. 1.1 m. Shale, dark yellowish brown, abundant organic fragments on laminae, noncalcareous, alligator weathering.	-9999	Ceramic tests (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083C 0099	Industrial mineral	Hwy 11 - Mt. Michener v/p B	T181330; INDID_0649 (DIG 2019-0027)	83C	52.277658	-116.378666	-9999	Along the western shore of Abraham Lake near Allstones Creek.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Luscar Group	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Fair	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0103	Industrial mineral	Hwy 11 - Allstone Cr. N	T182345; INDID_0653 (DIG 2019-0027)	83C	52.292286	-116.371956	-9999	Along the western shore of Abraham Lake near Allstones Creek.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Luscar Group	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Fair	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0104	Industrial mineral	Hwy 11 - Big Horn I.R. SW	T183214; INDID_0654 (DIG 2019-0027)	83C	52.364892	-116.300382	-9999	Approximately 15 km to the southwest of the hamlet of Nordegg, AB.	Surface	Prospect	Road cut	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Blackstone Formation	-9999	-9999	-9999	Low alkali cement	Large	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083F 0067	Industrial mineral	Cap Ridge	T164180; INDID_0679, INDID_0677 (DIG 2019-0027)	83F	53.257740	-117.718808	-9999	Approximately 19 km to the southwest of the town of Hinton, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Wapiabi Formation, Blackstone Formation	-9999	-9999	-9999	Low alkali cement	Large	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083F 0073	Industrial mineral	Highway 16	T167250; INDID_0684, INDID_0683 (DIG 2019-0027)	83F	53.320714	-117.691467	-9999	Approximately 12 km to the southwest of the town of Hinton, AB.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083C 0111	Industrial mineral	Shunda Cr. Hostel Rd.	T185002; INDID_0661 (DIG 2019-0027)	83C	52.499841	-116.106564	-9999	Along the outskirts of the hamlet of Nordegg, AB.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Shale	-9999	Jurassic	Fernie Formation	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0105	Industrial mineral	Hwy 11 - Bighorn Dam Rd. W	T183300; INDID_0655 (DIG 2019-0027)	83C	52.345620	-116.330639	-9999	Near the northern end of Abraham Lake.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Luscar Group	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0108	Industrial mineral	Hwy 11 - Big Horn I.R.CW	T184182; INDID_0658 (DIG 2019-0027)	83C	52.389762	-116.276137	-9999	Approximately 15 km to the southwest of the hamlet of Nordegg, AB.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Shale	-9999	Jurassic, Cretaceous	Nikanassin Formation	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0109	Industrial mineral	Hwy 11 - Gonika Cr. W	T184368; INDID_0659 (DIG 2019-0027)	83C	52.413832	-116.244159	-9999	Approximately 13 km to the southwest of the hamlet of Nordegg, AB.	Surface	Prospect	Road cut	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083F 0068	Industrial mineral	Cap Ridge	T164413; INDID_0678 (DIG 2019-0027)	83F	53.272276	-117.718805	-9999	Approximately 19 km to the southwest of the town of Hinton, AB.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083C 0100	Industrial mineral	Hwy 11 - Allstones Cr. S	T181679; INDID_0650 (DIG 2019-0027)	83C	52.287612	-116.378415	-9999	Along the western shore of Abraham Lake near Allstones Creek.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Luscar Group	-9999	-9999	-9999	Low alkali cement	Small	-9999	Poor	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0096	Industrial mineral	Whirlpool Point N	T178944; INDID_0644 (DIG 2019-0027)	83C	52.011682	-116.466484	-9999	Approximately 6 km north of Mt. Peskett along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	Argillite	Middle Cambrian	Mount Whyte Formation	-9999	-9999	-9999	Low alkali cement	Small	-9999	Fair	-9999	XRD	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0098	Industrial mineral	Hwy 11 - Mt. Michener v/p A	T180631; INDID_0648 (DIG 2019-0027)	83C	52.273411	-116.377863	-9999	Along the western shore of Abraham Lake near Allstones Creek.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Shale	Mudstone	Late Cretaceous	Luscar Group	-9999	-9999	-9999	Low alkali cement	Medium	-9999	Poor	-9999	XRD	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083F 0072	Industrial mineral	Highway 16	T165725; INDID_0682 (DIG 2019-0027)	83F	53.325940	-117.685621	-9999	Approximately 12 km to the southwest of the town of Hinton, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Low alkali cement	-9999	-9999	-9999	-9999	-9999	Ceramic.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083C 0107	Industrial mineral	Hwy 11 - Bighorn Bridge B	T183964; INDID_0657 (DIG 2019-0027)	83C	52.371410	-116.300573	-9999	Approximately 15 km to the southwest of the hamlet of Nordegg, AB.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Shale	Mudstone	Early Cretaceous	Mountain Park Member	-9999	-9999	-9999	Low alkali cement, brick	Large	-9999	Fair	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
074E 0071	Industrial mineral	Tar Island	T99274; INDID_1005 (DIG 2019-0027)	74E	57.019762	-111.610890	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Low duty refractories	-9999	-9999	-9999	Clay, medium grey, minor silt.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0070	Industrial mineral	Tar Island	T98105; INDID_1003 (DIG 2019-0027)	74E	57.015244	-111.610890	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Low duty refractories	-9999	-9999	-9999	Clay, medium grey.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0069	Industrial mineral	Ruth Lake	T94401; INDID_1001 (DIG 2019-0027)	74E	57.000612	-111.591000	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	Basal till	-9999	-9999	Low duty refractories	-9999	-9999	-9999	Clay, medium olive grey, silty.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0075	Industrial mineral	Tar Island	T103898; INDID_1012 (DIG 2019-0027)	74E	57.022476	-111.604260	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Low duty refractories	-9999	-9999	-9999	Clay, olive grey, minor silt.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
083H 0019	Industrial mineral	North Edmonton	T80507; INDID_0882 (DIG 2019-0027)	83H	53.595726	-113.620110	-9999	Along the western outskirts of the city of Edmonton, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Made common brick in 1911	-9999	-9999	-9999	Clay, yellow, very sandy, dense, some gypsum, approx. 4.5 m (Sample 1764).	Mineral analyses (Scafe, 1991): Sample "DS 75-33-1" (%): Kao. 15, Ill. 55, Sme. 20, Chl. 10, Feld. minor; Sample "DS 75-33-2": Kao. 15, Ill. 45, Sme. 35, Chl. 5, Cal.-Dol. trace, Feld. trace.	Ceramic test #1764 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
083P 0010	Industrial mineral	Ward Gambler - Calling Lake	C7142; INDID_1414, INDID_0559 (DIG 2019-0027)	83P	55.166454	-113.229090	-9999	On the southern shore of Calling Lake.	Subsurface	Producer	Brine well	Solution mining	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Middle Devonian	Keg River Formation	-9999	310574 ALTA 02 GAMBLER 7-30-71-21	102/07-30-071-21W4/00	Mainly for dust control on unpaved roads	Large	-9999	-9999	Depth of well ~ 1 373 m. Top of Keg River Fm 1 363 m. Variable production; plant capacity 800 cubic m./day. Sold in liquid form, brine is upgraded according to market need. Processed by boiling by Sherritt Gordon at Fort Saskatchewan.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS DIG 2003-0014, Alberta Interactive Minerals Map, https://ags.aer.ca/publications/all-publications/iam-001, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083A 0027	Industrial mineral	Coronation	M19964	83A	52.768423	-112.261780	-9999	Approximately 12 km to the east of the village of Rosalind, AB.	Subsurface	Prospect	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Calcite	Late Devonian	Wabamun Group	-9999	-9999	-9999	Manufacture of pulp and paper, heavy chemical, rubber goods, explosives	Small	-9999	Fair	Native sulphur associated with white calcite, occurring as blebs and drusy masses in a limestone breccia over a 10 m interval, depth 1200 m. Measured tonnage 365 Kt.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hollister (1984) Sulphur potential of the Wabamun Group, Alberta	Alberta Geological Survey
083G 0030	Industrial mineral	Onoway area	M20662; INDID_1211 (DIG 2019-0027)	83G	53.939348	-114.115450	-9999	The locality covers NW 1/4, SW 1/4 and LSD 16 of the Section 20.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 0.67 - 6.7 m	Bentonite, 0.1 - 1 m thick. The bentonite does not outcrop, but is found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. Lensing causes problems during exploration and development. . The light olive grey material usually weathers t	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0037	Industrial mineral	Onoway area	M23858; INDID_1220 (DIG 2019-0027)	83G	53.952180	-114.155930	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 3.3 m	Bentonite, 0.3-0.7 m thick, does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. The light olive grey material weathers to dusky yellow, the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0028	Industrial mineral	Onoway area	M20043; INDID_1209 (DIG 2019-0027)	83G	53.937526	-114.143340	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden max. 7.4 m	Bentonite, 0.33 m thick, does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. The light olive grey material weathers to dusky yellow but the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0036	Industrial mineral	Onoway area	M23755; INDID_1219 (DIG 2019-0027)	83G	53.908394	-114.193010	-9999	Approximately 22 km to the north of the village of Onoway, AB near Nakamun Lake.	Surface	Test	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 3.3 m	Bentonite, 0.43 - 1.77 m thick. Clean bentonite encountered in only one location of several tested. Bentonite does not outcrop, but is found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. . Lensing causes problems during explorati	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0029	Industrial mineral	Onoway area	M20340; INDID_1210 (DIG 2019-0027)	83G	53.946579	-114.127990	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 11. 7 m	Bentonite, 2.7 m thick, does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. The light olive grey material weathers to dusky yellow but the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0034	Industrial mineral	Onoway area	M22010; INDID_1215 (DIG 2019-0027)	83G	53.961237	-114.059810	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 6.7 m	Bentonite, 7.4 m thick, does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. The light olive grey material weathers to dusky yellow but the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0035	Industrial mineral	Onoway area	M22142; INDID_1216 (DIG 2019-0027)	83G	53.952191	-114.112390	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 1.7 - 13 m	Bentonite, trace to 1 m thick, does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. Light olive grey material weathers to dusky yellow, the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0027	Industrial mineral	Onoway area	M12995; INDID_1208 (DIG 2019-0027)	83G	53.842965	-114.285920	-9999	Approximately 50 km to the northwest of the city of Edmonton, AB near the hamlet of Rich Valley, AB.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden max. 7.7 m	Loc. 53, Bentonite, 0.1 - 0.23 m thick; overburden 6.3 m max. Loc.54, bentonite 0.1 m thick, overburden 7.7 m max. The bentonite does not outcrop, but is found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. . Lensing causes proble	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0033	Industrial mineral	Onoway area	M21421; INDID_1214 (DIG 2019-0027)	83G	53.944781	-114.068970	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Thick overburden	Loc. 60, bentonite, 0.33 - 5 m thick, overburden thick. Loc.61, bentonite 4 m thick, overburden 1.7 m The bentonite does not outcrop, but is found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. . Lensing causes problems during exp	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0031	Industrial mineral	Onoway area	M20984; INDID_1212 (DIG 2019-0027)	83G	53.939354	-114.090680	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 3.3 - 9 m	The locality covers NW 1/4, SW 1/4 and LSD 9 and 10 of the Section 21. Bentonite, 0.1 - 8.3 m thick. The bentonite does not outcrop, but is found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. . Lensing causes problems during expl	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical test (Babet, 1966): Yield: 35 - 89 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0019	Industrial mineral	Onoway area	M18727; INDID_1206 (DIG 2019-0027)	83G	53.821111	-114.285830	-9999	Approximately 50 km to the northwest of the city of Edmonton, AB near the hamlet of Rich Valley, AB.	Surface	Showing	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 20 m max.	Bentonite at Loc.48 is 0.33 - 3.9 m thick; at Loc.49 it is 0.5-7.5 m thick. The bentonite does not outcrop, but is found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. Lensing causes problems during exploration and development. . 	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical test (Scafe, 1975): 1. Yield varies from 28 to 68 bbl/ton and averages 42 bbl/ton; 2. Particle size distribution and cation exchange capacity in Scafe (1975), p. 5	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115059	Alberta Geological Survey
083G 0032	Industrial mineral	Onoway area	M21028; INDID_1213 (DIG 2019-0027)	83G	53.936643	-114.060560	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 12.7 m	Bentonite, 2.3 m thick, does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. The light olive grey material weathers to dusky yellow but the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical test: 1. (Babet, 1966): Yield: 23 bbl/ton. 2. (Scafe, 1975): Yield 28 - 68bbl/ton and average 42 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0013	Industrial mineral	Onoway area	M18391; INDID_1204 (DIG 2019-0027)	83G	53.826522	-114.276680	-9999	Approximately 50 km to the northwest of the city of Edmonton, AB near the hamlet of Rich Valley, AB.	Surface	Showing	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	-9999	Does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. The light olive grey material usually weathers to dusky yellow but the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analyses: 1. Scafe (1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abund	Physical tests: 1. Scafe (1975): Yield varies from 28 to 68 bbl/ton and averages 42 bbl/ton; 2. Babet (1966): 1) 31 - 54 ml gel vol. (B. P.); 23 ml apparent swelling vol. (B. P.); pH 9.18 - 9.22; 2) Exchangeable ions and cation-exchange capacities in B	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115059	Alberta Geological Survey
083G 0020	Industrial mineral	Onoway area	M19273; INDID_1207 (DIG 2019-0027)	83G	53.824713	-114.267190	-9999	Approximately 50 km to the northwest of the city of Edmonton, AB near the hamlet of Rich Valley, AB.	Surface	Showing	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden max. 7 m	Bentonite as irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. Lensing causes problematic exploration and development. Light olive grey weathers to dusky yellow, reds and browns of oxidized iron present on laminae/ fractures. Loc.50, be	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical tests: 1. Scafe (1975): Yield varies from 28 to 68 bbl/ton and averages 42 bbl/ton; 2. Babet (1966): Yield: 38 - 58 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115059	Alberta Geological Survey
083G 0014	Industrial mineral	Onoway area	M18655; INDID_1205 (DIG 2019-0027)	83G	53.828331	-114.279740	-9999	Approximately 50 km to the northwest of the city of Edmonton, AB near the hamlet of Rich Valley, AB.	Surface	Showing	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden max. 5.6 m	Bentonite, 0.43 - 3.3 m thick, does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. Light olive grey material weathers to dusky yellow, the reds and browns of oxidized iron are present on laminae and fractures.	Mineral analyses: 1. Scafe (1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abund	Physical tests: Scafe (1975): 1) Yield varies from 28 to 68 bbl/ton and averages 42 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; Babet (1966): 1) Yield: 35 - 56 bbl/ton; 2) 20 ml gel vol. (B. P.); 23 m	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115059	Alberta Geological Survey
083G 0011	Industrial mineral	Onoway area (Sion)	M22386; INDID_1217 (DIG 2019-0027)	83G	53.952181	-114.137200	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Marginal	-9999	-9999	Overburden 17 m max.	Loc.64, bentonite, low grade, 4-17 m thick, overburden 2-15 m. Loc.65, bentonite 5 m thick, greenish-grey when moist, overburden 5-6 m. Loc.66, bentonite 1.6 - 9.5 m thick, overburden 8-14 m. . Loc. 67, bentonite 0.1-5 m thick, overburden 0.6-7 m. The ben	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Yield 25-43 Bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS INF 003, AGS ESR 1966-02	Alberta Geological Survey
082O 0120	Industrial mineral	Gap Lake	T85759; INDID_0706, INDID_0247 (DIG 2019-0027)	82O	51.057721	-115.235970	-9999	Along the southern slopes of Grotto Mountain.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Shale, Dolomite	Shale, limestone	Mississippian	Banff Formation (lower)	-9999	-9999	-9999	Mineral wool	Medium	-9999	Good	Quarry beds in shaly unit, lower part of formation, consisting of impure shale and limestone, in places dolomitic. Underlain by 40 feet band of dolomite sampled as Sample 10 by Goudge (1945). Beds dip 32 degrees SW.	Sample 10 (Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goudge (1944) Limestones of Canada, their occurrence and characteristics, part V, western Canada, Fox (1981) Industrial minerals tour of the Canmore Corridor, Alberta	Alberta Geological Survey
083M 0119	Industrial mineral	Guardian Well No. 1	E27798; INDID_0081 (DIG 2019-0027)	83M	55.919792	-119.865040	-9999	Approximately 90 km to the west of the town of Fairview, AB near Pouce Coup River.	Subsurface	Showing	Salt well	-9999	Evaporites	-9999	Gypsum	Shale, limestone, sandstone	Cretaceous	Dunvegan Formation	-9999	-9999	-9999	More academic than economic value at present time	-9999	-9999	-9999	First 349 m of cross-section is grouped to the Dunvegan formation with sandy shales, grey sandstones and shales. Between 1591 m - 1820 m: limestone, red beds (calcareous, gypsiferous shales, with gypsum, brown dolomite and blue limestone) and dolomite.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	National Mineral Inventory record 115047	Alberta Geological Survey
082J 0051	Industrial mineral	Turner Valley	T54752; INDID_0819 (DIG 2019-0027)	82J	50.668413	-114.303930	-9999	Along the outskirts of the town of Diamond Valley, AB along Sheep River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Most red wares	-9999	-9999	-9999	Shale, dark grey, some iron stain, poorly stratified, approx. 11 m (Sample 2920).	-9999	Ceramic test #2920 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083H 0107	Industrial mineral	Bruderheim A	E28590, E28780; INDID_0013, INDID_0014 (DIG 2019-0027)	83H	53.796058	-112.889248	-9999	Approximately 17 km northeast of the town of Fort Saskatchewan, AB.	Subsurface	Past producer	Solution mining	-9999	Miscellaneous	-9999	Evaporites	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	-9999	-9999	NACLO3 manufacture	-9999	-9999	Good	Salt brining operation for NACLO3 manufacture. Salt interval 1 751-1 841 m, cored 1 745-1 769.5 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS DIG 2003-0014	Alberta Geological Survey
083F 0039	Industrial mineral	Luscar	T87224; INDID_0675 (DIG 2019-0027)	83F	53.083256	-117.400630	-9999	Approximately 6 km to the northeast of Luscar Mountain.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Early Cretaceous	Luscar Group	-9999	-9999	-9999	No value	-9999	-9999	-9999	Mudstone, dark grey, hard, some carbonaceous impressions, noncalcareous, 20 cm.	Mineral analysis (Scafe, 1991): Sample "DS 77-94-1" (%): Kao. 30, Ill. 50, Sme. 10, Chl. 10, Cal.-Dol. major, Feld. major.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083H 0022	Industrial mineral	Dinant	T76217; INDID_0663 (DIG 2019-0027)	83H	53.112520	-112.817510	-9999	Approximately 9 km to the north of the town of Camrose, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, lignite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, hard, above lignite seam, south side of valley (Sample 1799).	-9999	Ceramic test #1799 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
083A 0008	Industrial mineral	Gwynne	T71247; INDID_0643 (DIG 2019-0027)	83A	52.981483	-113.231980	-9999	On the outskirts of the hamlet of Gwynne, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	No value	-9999	-9999	Good	The bank was about 8 m in height, and except for a 0.6 m bed of sand was all composed of soft olive shale. Shale, olive, soft, approx. 4.5 m, overburden about 0.6 m (Sample 1800).	-9999	Ceramic test #1800 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
082G 0175	Industrial mineral	Blairmore	T36367; INDID_0614 (DIG 2019-0027)	82G	49.592897	-114.466910	-9999	The Benton shale are well exposed about 3.2 km southwest of Blairmore.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	No value	-9999	-9999	Good	The shales strike N10W., and dip 55 SW. About 33 m of shale is exposed, but the total thickness of the shale is very much greater than the figure mentioned above. Shale, black, slaty (Sample 1886).	-9999	Ceramic test #1886 (Ries, 1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082O 0046	Industrial mineral	Cochrane	T64777; INDID_0638 (DIG 2019-0027)	82O	51.181331	-114.497770	-9999	In the town of Cochrane, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Quaternary	-9999	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, light grey to buff, silty, very calcareous, soft, approx. 10 m (Sample 2980).	-9999	Ceramic test #2980 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
074E 0043	Industrial mineral	MacKay River	T98688; INDID_0699 (DIG 2019-0027)	74E	57.071619	-111.782070	-9999	To the west of oil sand mining operations at Tar Island.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay (Sample 310).	-9999	Ceramic test #310 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
083H 0065	Industrial mineral	Alcomdale	T77706; INDID_0667 (DIG 2019-0027)	83H	53.918077	-113.839000	-9999	Approximately 18 km to the northwest of the town of Morinville, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, olive grey, a few silt laminae and numerous carbon impressions near top, approx. 0.75 m, below 1.75 m till.	-9999	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083M 0107	Industrial mineral	Debolt	T90427; INDID_0692 (DIG 2019-0027)	83M	55.212427	-118.072640	-9999	Approximately 50 km to the east of the city of Grande Prairie, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Pleistocene	-9999	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, dusky yellowish brown, minor silt, slightly calcareous, 3 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-25-1" (%): Kao. 20, Ill. 70, Sme. 5, Chl. 5, Cal.-Dol. minor, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083H 0064	Industrial mineral	Partridge Hill	T77374; INDID_0664 (DIG 2019-0027)	83H	53.684796	-113.143660	-9999	Along the southern outskirts of the city of Fort Saskatchewan, AB near Ross Creek.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Pleistocene	-9999	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, olive grey, laminated, slightly silty.	Mineral analysis (Scafe, 1991): Sample "DS 75-36-1" (%): Kao. 20, Ill. 45, Sme. 30, Chl. 5, Gyp. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082G 0236	Industrial mineral	Mill Creek	T32134; INDID_0612 (DIG 2019-0027)	82G	49.376386	-114.142790	-9999	Approximately 18 km to the southwest of the town of Pincher Creek, AB along Gladstone Creek.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, dark grey, noncalcareous, minor silt to sandy bands, some ironstone concretions.	Mineral analysis (Scafe, 1991): Sample "DS 77-61-1" (%): Kao. 30, Ill. 70, Dol. trace.	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083J 0019	Industrial mineral	Heldar	T89074; INDID_0690 (DIG 2019-0027)	83J	54.008167	-115.028127	-9999	Approximately 9 km to the northeast of the town of Mayerthorpe, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, dusky yellowish brown, slightly silty, calcareous, approx. 2 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0068	Industrial mineral	Tomahawk	T83101; INDID_0671 (DIG 2019-0027)	83G	53.437488	-114.746880	-9999	Approximately 24 km to the southeast of the village of Entwistle, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Mudstone, greyish olive, slightly silty, calcareous lens 15 x 0.75 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0065	Industrial mineral	Genesee	T82374; INDID_0668 (DIG 2019-0027)	83G	53.312880	-114.338470	-9999	Directly southeast of Genesee Lake.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Mudstone, olive grey, slightly silty, noncalcareous, approx. 1 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0067	Industrial mineral	Creekland	T83380; INDID_0670 (DIG 2019-0027)	83G	53.281433	-114.491190	-9999	Approximately 30 km to the west of the town of Thorsby, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Paleocene	Paskapoo Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Mudstone, olive grey, very slightly silty, noncalcareous, approx. 0.75 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0066	Industrial mineral	Lac la Nonne	T82157; INDID_0669 (DIG 2019-0027)	83G	53.946533	-114.369870	-9999	Approximately 30 km to the north of the village of Onoway, AB near Lac la Nonne.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, sandstone, siltstone	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, dusky yellowish brown, interbedded with sandstone and siltstone, noncalcareous, breaks into flaggy chip about 2 cm diameter.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083H 0088	Industrial mineral	Lily Lake	T77071; INDID_0665 (DIG 2019-0027)	83H	53.952910	-113.369890	-9999	Approximately 40 km to the north of the city of Edmonton, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, siltstone	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, olive grey, slightly silty, thin laminae, noncalcareous, some lenses of clayey siltstone, approx. 2 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082I 0024	Industrial mineral	Nanton	T43928; INDID_0620 (DIG 2019-0027)	82I	50.343160	-113.722490	-9999	Approximately 3 km to the east of the town of Nanton, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Calcareous clay	Pleistocene	-9999	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, dark brown, varved, highly calcareous, approx. 1.5 m.	-9999	Ceramic test in ARC Files (1953)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
082I 0025	Industrial mineral	High River	T43306; INDID_0622 (DIG 2019-0027)	82I	50.538365	-113.939625	-9999	Approximately 5 km southwest of the town of High River, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Calcareous clay	Pleistocene	-9999	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, light brown to black, highly calcareous.	-9999	Ceramic test in ARC Files (1953)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
082O 0071	Industrial mineral	Nier	T64473; INDID_0637 (DIG 2019-0027)	82O	51.414555	-114.173590	-9999	Approximately 9 km to the west of the town of Crossfields, AB near Nier Lakes.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Pleistocene	-9999	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, light brown, very calcareous, a few small pebbles.	-9999	Ceramic test in ARC Files (1954)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data, AGS ECO 7	Alberta Geological Survey
083B 0002	Industrial mineral	-9999	T71526; INDID_0642 (DIG 2019-0027)	83B	52.792788	-115.148790	-9999	Approximately 50 km north of the town of Rocky Mountain House, AB along North Saskatchewan River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Pleistocene	-9999	-9999	-9999	-9999	No value	-9999	-9999	-9999	Clay, light grey, very calcareous.	-9999	Ceramic test in ARC Files (1971)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7, Alberta Research Council Economic Mineral File, unpublished data	Alberta Geological Survey
082P 0031	Industrial mineral	Rockyford	T62173; INDID_0636, INDID_0635 (DIG 2019-0027)	82P	51.323500	-113.143205	-9999	Approximately 10 km to the north of the village of Rockyford, AB along Rosebud River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Battle Formation, Whitemud Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, brownish black, 6 m, minor silty, massive to medium laminae, slickensides (Battle Formation). Clay, dark olive grey, 2 m, slightly silty, massive (Whitemud Formation).	Mineral analyses (Scafe, 1991): Sample "DS 77-83-1" (%): Sme. 100; Sample "DS 77-83-2": Kao. 15, Ill. 20, Sme. 65.	Ceramic test in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082H 0078	Industrial mineral	Drywood creek	T30045; INDID_0605 (DIG 2019-0027)	82H	49.285322	-113.972570	-9999	Approximately 25 km west of the village of Hill Spring, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	No value	-9999	-9999	Poor	Shale, olive gray, medium light gray weathering on joints, calcareous, thin bedded to fissile, about 5 m till overburden. Shale bed about 7 m thick.	Mineral analysis (Scafe, 1991): Sample "DS 77-64-1" (%): Kao. 20, Ill. 80, Cal.-Dol. major, Feld. trace.	Ceramic test in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082H 0075	Industrial mineral	Oldman River	T28780; INDID_0602 (DIG 2019-0027)	82H	49.641865	-112.848970	-9999	On the southern outskirts of the city of Lethbridge, AB along the Oldman River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, light olive gray, silty, calcareous, waxy - 10 m. Does not extrude well, soft white grains when fired.	Mineral analysis (Scafe, 1991): Sample "DS 77-67-1" (%): Kao. 10, Ill. 75, Sme. 15, Cal.-Dol. minor, Feld. minor.	Ceramic test in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083F 0037	Industrial mineral	Mt. Gregg	T81350; INDID_0673 (DIG 2019-0027)	83F	53.037698	-117.318490	-9999	To the west of Cadomin Mountain along McLeod River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Vimy Member	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, olive black, weathers medium dark grey, slightly calcareous, some silty and sand stringers, 15 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-93-1" (%): Kao. 25, Ill. 75, Cal.-Dol. minor.	Ceramic test in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083F 0038	Industrial mineral	Luscar	T87458; INDID_0674 (DIG 2019-0027)	83F	53.066842	-117.367400	-9999	Approximately 6 km to the northeast of Luscar Mountain.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Blackstone Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, brownish black, slightly silty, thin laminae, 10 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-95-1" (%): Kao. 5, Ill. 85, Chl. 10, Cal.-Dol. minor, Feld. minor.	Ceramic test in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083A 0018	Industrial mineral	Red Deer river(Loc. 51)	T23323; INDID_0597 (DIG 2019-0027)	83A	52.290286	-113.078530	-9999	Approximately 13 km to the southeast of the village of Alix, AB along the Red Deer River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, sandstone	Late Cretaceous	Edmonton Group	-9999	-9999	-9999	No value	-9999	-9999	Good	Shale, dark gray, bentonitic - 4.6 m; Shale, creamy weathering, sandy (Sample 128) - 1.4 m; Sandstone, white weathering, argillaceous, bentonitic (Sample 129) - 3.5 m. Total thickness 9.4 m.	-9999	Ceramic tests #128 & 129 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082J 0059	Industrial mineral	Okotoks Mountain	T53164; INDID_0629 (DIG 2019-0027)	82J	50.639724	-114.379509	-9999	Approximately 7 km to the southwest of the town of Diamond Valley, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, dark grey, finely laminated, much carbonate, approx. 12 m (Sample 2936). Shale, iron stained, hard, thinly laminated, approx. 35 m (Sample 2935).	-9999	Ceramic tests #2935, 2936 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
073D 0001	Industrial mineral	Castor	T69616; INDID_0641 (DIG 2019-0027)	73D	52.222928	-111.896780	-9999	On the outskirts of the town of Castor, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, clay	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, grey, soft to hard, rusty streaks. Clay, dark brown, lignite particles.	-9999	Ceramic tests (Keele, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Keele (1915) Clay and shale deposits of western Canada, Part V, AGS ECO 7	Alberta Geological Survey
082H 0076	Industrial mineral	West Keho Lake	T29365; INDID_0603 (DIG 2019-0027)	82H	49.969544	-113.084401	-9999	Approximately 10 km to the north of Nobleford, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	St. Mary River Formation	-9999	-9999	-9999	No value	-9999	-9999	-9999	Shale, olive gray, slightly silty, thin laminae, calcareous - 3 m. Shale, light olive gray, silty, noncalcareous, light brown on joints and laminae - about 0.5 m.	Mineral analyses (Scafe, 1991): Sample "DS 77-72-1" (%): Ill. 45, Sme. 40, Chl. 15, Cal.-Dol. major, Feld. minor, Gyp. minor; Sample "DS 77-72-2": Kao. 15, Ill. 15, Sme. 70, Feld. major.	Ceramic tests in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
072E 0076	Industrial mineral	Eastern Milk River Valley	T25253; INDID_0600 (DIG 2019-0027)	72E	49.041119	-111.377060	-9999	Approximately 55 km east of the town of Milk River, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Pakowki Formation	-9999	-9999	-9999	No value	-9999	-9999	Good	The Pakowki Formation is well exposed in the eastern Milk River Valley and continues in an arc to the International Boundary west of Coutts. Three samples were analysed from 15 m shales in Miners Coulee.	Mineral analyses (Scafe, 1991):
Sample "DS 77-79-1" (%): Kao. 10, Ill. 30, Sme. 60, Cal.-Dol. minor, Feld. trace, Gyp. minor;
Sample "DS 77-79-2": Kao. 25, Ill. 50, Sme. 25, Feld. minor;
Sample "DS 77-79-3": Kao. 20, Ill. 40, Sme. 40, Feld. minor,	Ceramic tests in Scafe (1980), p.50. Tp1-R11-Sec14-14; Tp3-R15-Sec21-LSD3	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083A 0017	Industrial mineral	Red Deer river	T23156; INDID_0596 (DIG 2019-0027)	83A	52.193810	-113.039730	-9999	Approximately 50 km to the east of the city of Red Deer, AB along the Red Deer River.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Edmonton Group	-9999	-9999	-9999	No value for ceramic products	-9999	-9999	Good	Shale, dark gray, quite bentonitic, resembles Battle formation - 6.7 m; Shale, cream-coloured, silty in lower part, prominent light coloured band (Sample 126) - 2.1 m; Shale, steel gray colour, weathers light bluish-gray, flaky (Sample 127) - 0.8 m. . Tot	-9999	Ceramic tests #126 & 127 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
083A 0021	Industrial mineral	Nevis area	M13281; INDID_0863 (DIG 2019-0027)	83A	52.364960	-113.092590	-9999	Approximately 6 km to the southeast of the village of Alix, AB.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Clay	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	None	-9999	-9999	-9999	Thick outcrops of light coloured clay resembling bentonite.	-9999	Physical test 1. (Babet, 1966): 99 ml gel vol. (B. P.); 33 ml apparent swelling vol. (B. P.); pH 9.6	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, National Mineral Inventory record 115004	Alberta Geological Survey
072E 0015	Industrial mineral	Elkwater lake S (Loc. 8)	T15203; INDID_0588 (DIG 2019-0027)	72E	49.640760	-110.306040	-9999	Near the top of the Cypress hills.	Surface	Test	Road cut exposure	-9999	Terrigenous	-9999	Clay/shale	Shale	Paleocene	Ravenscrag Formation	-9999	-9999	-9999	None, firing range too short for use in ceramics	-9999	-9999	Good	Lithology: Soil and gravel - 0.6 m. Shale, grayish-green, somewhat silty - 0.3 m; Shale, as above, more silty, calcareous - 0.8 m; Shale, carbonaceous, black - 0.03 m; Shale, gray, plastic -0.8 m; Base concealed. Total thickness 2.5 m. . Sample 16 was tak	-9999	Ceramic test #16 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0014	Industrial mineral	Cypress Hills (Loc. 9)	T14625; INDID_0587 (DIG 2019-0027)	72E	49.629700	-110.352990	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay, conglomerate, sandstone	Paleocene	Ravenscrag Formation	-9999	-9999	-9999	None, firing range too short for use in ceramics	-9999	-9999	Poor	Near top of the Cypress hills, and at the base of a prominent north-facing escarpment. Though having a very smooth feel, clay indicated a high calcium carbonate content. Total thickness of 17.3 m described and sampled.	-9999	Ceramic test #17 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082G 0172	Industrial mineral	Coleman	T38150; INDID_0616 (DIG 2019-0027)	82G	49.627868	-114.489260	-9999	On the southern outskirts of the town of Coleman, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Not recommended	-9999	-9999	-9999	The shale outcrops along the wagon road about 1.6 km east of Coleman. Shale, grey, gritty (Sample 1768).	-9999	Ceramic test #1768 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
082G 0180	Industrial mineral	Coleman	T37680; INDID_0615 (DIG 2019-0027)	82G	49.629656	-114.536450	-9999	On the southern outskirts of the town of Coleman, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Not recommended	-9999	-9999	Poor	Black shale, dips into the hill, exposed for 10 m up the face of it, above which there is overburden about 10 m thick. Shale, black, slightly calcareous (Sample 1940), with gravel overburden about 9 meters thick. Clay, slightly calcareous (Sample 1926).	-9999	Ceramic tests #1940, 1926 (Ries, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1915) Clay and shale deposits of the western provinces, part 4, AGS ECO 7	Alberta Geological Survey
083M 0091	Industrial mineral	Grande Prairie	T89226; INDID_0908 (DIG 2019-0027)	83M	55.152554	-118.799950	-9999	In the city of Grand Prairie, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Once used for sand mold brick	-9999	-9999	-9999	Clay, yellowish, silty, calcareous (Sample 1383).	-9999	Ceramic test #1383 (Allan & Carr, 1946)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 48, AGS ECO 7	Alberta Geological Survey
083G 0083	Industrial mineral	Burt	INDID_1286 (DIG 2019-0027)	83G	53.339431	-114.491963	-9999	Approximately 30 km to the west of the town of Thorsby, AB along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Building stone	Volcanic rock	Cretaceous, Paleogene	Scollard Formation, Paskapoo Formation	-9999	-9999	-9999	Ornamental landscape rock	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20090011	Alberta Geological Survey
083H 0015	Industrial mineral	Edmonton	T78953; INDID_0880 (DIG 2019-0027)	83H	53.537467	-113.497250	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Quaternary	-9999	-9999	-9999	-9999	Porous brick, dry press brick	-9999	-9999	Good	Clay, calcareous, very gritty, run of bank (Sample 1653). Clay, more clayey, than material above (Sample 1654).	-9999	Ceramic tests #1653, 1654 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
082G 0205	Industrial mineral	Passburg S (Loc. 47)	T21494; INDID_0748 (DIG 2019-0027)	82G	49.549637	-114.299530	-9999	Within 6 km to the southeast of the town of Bellevue, AB.	Surface	Test	Occurrence	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Possibly brick by soft mud or dry press methods, needs blending	-9999	-9999	Poor	Shale, greenish-gray, sandy, blocky (Sample 120) - 3.7 m; Shale, grayish-green, sandy; taken about 15.2 m stratigraphically below Sample 120 (Sample 121) The beds dip steeply westward. . These shales appear similar in outcrop to that at locality 46. Howev	-9999	Ceramic tests #120 & 121 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0035	Industrial mineral	Eagle Butte (Loc. 35)	T16852; INDID_0739 (DIG 2019-0027)	72E	49.583777	-110.413430	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Prospect	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Possibly brick tile and structural products	-9999	-9999	Good	This is one of the most promising clay deposits uncovered during the survey, and certainly the most favourable in most respects in Medicine Lodge coulee. The clays in some beds are a good grade, being suitable for stoneware. The overburden is 5 m at this 	-9999	Ceramic tests #87, 88, 90, 92 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0028	Industrial mineral	Medicine Lodge coulee E (Loc. 30)	T13379; INDID_0732 (DIG 2019-0027)	72E	49.605463	-110.379450	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Soil, drift, shale, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Possibly dry pressed brick	-9999	-9999	Poor	Overburden 12 m. Battle Fm: Shale, dark gray to brownish, tuff bands, 6.7 m. Whitemud Fm: Clay, pale gray, plastic, silty, 0.5 m; silt, pale gray, kaolinitic, slightly clayey, 0.7 m; clay, brownish-green, slightly silty, plastic, 1.7 m; base concealed. . 	-9999	Ceramic test #77 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0032	Industrial mineral	Elkwater lake S (Loc. 7)	T14999; INDID_0736 (DIG 2019-0027)	72E	49.642127	-110.300460	-9999	Approximately 2 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Road cut	-9999	Terrigenous	-9999	Clay-brick	Clay, conglomerate, sandstone	Paleocene	Ravenscrag Formation	-9999	-9999	-9999	Possibly face brick and quarry tile by dry press method	-9999	-9999	Good	Lithology: Soil - 0.6 m; Clays, pink, maroon, and green, plastic, silty in places (Sample 15) - 4 m; Concealed below. Total thickness 4.6 m Large quantities of clay may be easily obtained here, but quality is poor.	-9999	Ceramic test #15 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0013	Industrial mineral	Medicine Lodge coulee (Loc. 29)	T11725; INDID_0586 (DIG 2019-0027)	72E	49.601794	-110.390880	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale, sandstone, siltstone	Late Cretaceous	Eastend Formation, Whitemud Formation	-9999	-9999	-9999	Possibly for blending	-9999	-9999	Good	Shales and sandstones. The clays in this section are well exposed and are very conspicuous. Lithological descriptions available in report	Samples 73-76	Ceramic tests #73 - 76 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0023	Industrial mineral	Medicine Lodge coulee (Loc. 29)	T12034; INDID_0727 (DIG 2019-0027)	72E	49.601794	-110.390880	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, sandstone, siltstone	Late Cretaceous	Eastend Formation, Whitemud Formation	-9999	-9999	-9999	Possibly for dry pressed bricks	-9999	-9999	Good	Shales and sandstones. The clays in this section are well exposed and are very conspicuous. Lithological descriptions available in report	-9999	Ceramic tests #74, 75 & 76 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082G 0168	Industrial mineral	Jamesons Mine	T32861; INDID_0771, INDID_0979 (DIG 2019-0027)	82G	49.502087	-114.055990	-9999	Approximately 7 km to the west of the town of Pincher Creek, AB along Castle river.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sandstone, shale	Late Cretaceous	St. Mary River Formation	-9999	-9999	-9999	Possibly pressed brick or sewer pipe	-9999	-9999	Poor	Alternating beds of sandstones and sandy shales, 20 NE dip. 4.5 m bed of clay over coal. At the coal mine the beds are faulted. The shaly clay (Sample 1675) is light gray and calcareous. Poor colour above steel hard.	-9999	Ceramic test #1675 in Ries & Keele (1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072E 0038	Industrial mineral	Eagle Butte NW (Loc. 21)	T18081; INDID_0742 (DIG 2019-0027)	72E	49.612020	-110.442451	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Slump block	-9999	Terrigenous	-9999	Clay-brick	Soil	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Possibly quarry tile and structural products	-9999	-9999	Poor	The Whitemud clays sampled did not prove to be high quality. The thick overburden discourages further prospecting. The position of the outcrop strongly suggests that it is part of a slump block. The strata have retained their horizontality. Lithological d	-9999	Ceramic tests #55 & 56 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0039	Industrial mineral	Eagle Butte NW (Loc. 22)	T18313; INDID_0743 (DIG 2019-0027)	72E	49.612058	-110.443063	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Slump block	-9999	Terrigenous	-9999	Clay-brick	Clay, shale, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Possibly quarry tiles and structural products	-9999	-9999	Fair	The clays are suitable for structural materials only. The overburden increases rapidly to a maximum of about 6 m. This outcrop is probably part of a slump block.	-9999	Ceramic tests # 57 & 58 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0049	Industrial mineral	Medicine Lodge coulee E (Loc. 27)	T11440; INDID_0967 (DIG 2019-0027)	72E	49.609109	-110.390850	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Possibly stoneware and flue lining if blended	-9999	-9999	Poor	Some of the best clays occur on the sides of Medicine Lodge coulee. Though there is a thick overburden in this section, it becomes less to the south and north. thickness of 19 m described and sampled.	-9999	Ceramic tests #70 & 71 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0034	Industrial mineral	Eagle Butte (Loc. 34)	T16543; INDID_0738 (DIG 2019-0027)	72E	49.579980	-110.413430	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Possibly structural products and dry pressed bricks	-9999	-9999	Good	Only the upper part of the Whitemud formation is exposed here. Though these clays have a relatively light overburden, their distance from processing plants in Medicine Hat makes their utilization doubtful. Total thickness of 5m described and sampled.	-9999	Ceramic tests #82 & 83 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0029	Industrial mineral	Medicine Lodge coulee E (Loc. 36 & Loc. 37)	T13585; INDID_0733 (DIG 2019-0027)	72E	49.601993	-110.323030	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Subsurface	Test	Drillhole	-9999	Terrigenous	-9999	Clay-brick	Clay	Paleocene	Ravenscrag Formation	-9999	-9999	-9999	Possibly structural products if 93 and 94 blended together	-9999	-9999	Good	Lithology (Loc.36): Overburden soil and wash - 1.8 m; clay, light buff and gray, base concealed (Sample 93) - 0.6 m. Loc.37:- Soil and gravel, not measured; clay, silty, reworked 0.8 m; silt, white-weathering (Sample 94) - 0.5 m. Clay, greenish, silty - 0	-9999	Ceramic test #93 & 94 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
074E 0099	Industrial mineral	Fort McMurray	M44942; INDID_1241 (DIG 2019-0027)	74E	57.024301	-111.493670	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Producer	By-product	-9999	Miscellaneous	-9999	Vanadium (fly ash), Nickel (fly ash)	Fly ash	-9999	-9999	-9999	-9999	-9999	Potential source of vanadium	-9999	-9999	Excellent	The Suncor Inc. oil refinery at Fort McMurray produces approx. 33,000 tons per year of fly ash containing 4.5% V2O5. Vanadium pentoxide contained in the fly ash amounts to about 3 million pounds (about 1,361 tons) annually. About 100 tons per day of fly a	Associated minerals: Nickel, gallium, scandium, gold, silver.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	National Mineral Inventory record 115110	Alberta Geological Survey
083F 0012	Industrial mineral	Wolf Creek	T57418; INDID_0898 (DIG 2019-0027)	83F	53.633767	-116.282210	-9999	Approximately 10 km to the east of the town of Edson, AB along McLeod River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Pottery bricks, tile	-9999	-9999	Poor	Shale, about 1.5 m, overburden 10 m (Sample 1860).	-9999	Ceramic test #1860 (Ries, 1914a)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082G 0208	Industrial mineral	Blairmore	T37617; INDID_0780 (DIG 2019-0027)	82G	49.604197	-114.440530	-9999	Along the outskirts of the town of Blairmore, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	Pressed brick	-9999	-9999	Fair	Dark grey shale, marine, fossiliferous. Dark brown shale, very calcareous, formerly used in making cement.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082G 0179	Industrial mineral	Blairmore	T35607; INDID_0779 (DIG 2019-0027)	82G	49.609620	-114.465900	-9999	Along the outskirts of the town of Blairmore, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Pressed brick	-9999	-9999	-9999	Shale, dark grey, slightly carbonaceous.	-9999	Ceramic test in Keele (1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Keele (1915) Clay and shale deposits of western Canada, Part V, AGS ECO 7	Alberta Geological Survey
082G 0183	Industrial mineral	South Fork, Blairmore	T34763; INDID_0777 (DIG 2019-0027)	82G	49.491375	-114.296940	-9999	Approximately 25 km to the west of the town of Pincher Creek, AB along Castle river.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay, carbonaceous shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Pressed brick	-9999	-9999	Poor	Clays occur in beds from 1 to 2.5 meters thick, interbedded with dark carbonaceous shales showing considerable disturbance. Small stream cuts across the strike of syncline; prospecting has been done on the sides of the small valley. . Following up the val	-9999	Ceramic tests #1925, 1929 (Ries, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1915) Clay and shale deposits of the western provinces, part 4, AGS ECO 7	Alberta Geological Survey
072E 0019	Industrial mineral	Battle Creek (Loc. 2)	T9950; INDID_0723 (DIG 2019-0027)	72E	49.660246	-110.046410	-9999	Approximately 17-18 km east of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Silt, clay, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Pressed brick, face brick and tile	-9999	-9999	Good	Outcrop occurs at the face of a low slope, overburden relatively thin. It appears that a large amount of clay is readily available here. Total thickness of 5.7 m described and sampled.	-9999	Ceramic tests #4 - 7 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
084L 0006	Industrial mineral	Rainbow	M39655	84L	58.376251	-119.045030	-9999	Approximately 25 km to the southeast of the town of Rainbow Lake, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	-9999	-9999	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
082O 0157	Industrial mineral	Caroline (Garrington)	M31779	82O	51.991583	-114.750260	-9999	Approximately 11 km to the south of the village of Caroline, AB near Beaver Creek.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Beaverhill Lake Group, Rundle Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083G 0064	Industrial mineral	West Pembina (Brazeau)	M42647; INDID_1438 (DIG 2019-0027)	83G	53.039547	-115.962920	-9999	Approximately 70 km southwest of the town of Drayton Valley, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian, Mississippian	Nisku Formation, Elkton Member, Shunda Formation	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Producing zones - Miss. Elkton-Shuna, an Dev. Nisku.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
083F 0063	Industrial mineral	Medicine Lodge	M37148	83F	53.475586	-117.034280	-9999	Approximately 40 km to the west of the town of Edson, AB.	Subsurface	Past producer	Drillhole	-9999	Miscellaneous	-9999	Sulphur	Sour gas	Devonian	Wabamun Group	-9999	-9999	-9999	Production of elemental sulphur	Small	-9999	-9999	Reserves: not stated.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991	Alberta Geological Survey
074E 0089	Industrial mineral	Fort McMurray, Horizon Oil Sands	M43883	74E	57.009843	-111.493670	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	Bitumen	Cretaceous	McMurray Formation	-9999	-9999	-9999	Production of elemental sulphur	Medium	-9999	-9999	Sulphur in crude bitumen extracted from Athabasca Oil Sands. Sulphur content 5% by weight of bitumen. Reserves estimated at 5.8 million tons.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST39	Alberta Geological Survey
074E 0090	Industrial mineral	Mildred Lake	M44084	74E	57.038934	-111.574130	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	Bitumen	Cretaceous	McMurray Formation	-9999	-9999	-9999	Production of elemental sulphur	Large	-9999	-9999	Sulphur in crude bitumen extracted from the Athabasca Oil Sands. Sulphur content is 5% by weight of the bitumen. Reserves estimated at 10.8 million tons.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Prud'homme (1989) Sulphur, ERCB ST 91-18, Oilweek (1991) Gas processing plant capacities - January 1, 1991, AER ST39	Alberta Geological Survey
083O 0007	Industrial mineral	Slave Lake, Mitsue	C4743; INDID_0558 (DIG 2019-0027)	83O	55.270366	-114.298890	-9999	Approximately 30 km to the east of the town of Slave Lake, AB along Lesser Slave River.	Subsurface	Producer	Well	-9999	Ca-Mg Brine	-9999	Calcium, Magnesium	Formation water	Middle Devonian	Keg River Formation	-9999	UNION-CALALTA MITSUE LAKE 14-30	100/14-30-072-02W5/00	Products are:- 77% CaCl2 flake, 90% CaCl2 flake, 35% CaCl2 brine	Large	-9999	-9999	Formation brine field. Well depth 1 736 m. Producing zone 1 685-1 693 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS DIG 2003-0014, Alberta Interactive Minerals Map, https://ags.aer.ca/publications/all-publications/iam-001, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
084C 0014	Industrial mineral	Deadwood	T95279; INDID_0918 (DIG 2019-0027)	84C	56.775515	-117.639520	-9999	Approximately 15 km to the south of the town of Manning, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	Dunvegan Formation	-9999	-9999	-9999	Quarry tile	-9999	-9999	-9999	Clay, dusky yellowish brown and olive grey, slightly calcareous, slightly silty, 10 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-29-1" (%): Kao. 25, Ill. 65, Sme. 5, Chl. 5, Feld. minor.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
084C 0018	Industrial mineral	Peace River	T95197; INDID_0915 (DIG 2019-0027)	84C	56.207068	-117.298820	-9999	On the southern outskirts of the town of Peace River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Shaftesbury (lower) Formation	-9999	-9999	-9999	Quarry tile	-9999	-9999	-9999	Shale, dusky yellowish brown, greyish yellow flecks (natrojarosite), noncalcareous, gypsum crystals on surface, 10 m.	Mineral analysis (Scafe, 1991): Sample "DS 78-97-1"(%): Kao. 25, Ill. 65, Sme. 10.	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
084C 0020	Industrial mineral	Peace River	T95632; INDID_0917 (DIG 2019-0027)	84C	56.220329	-117.270050	-9999	On the southern outskirts of the town of Peace River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Shaftesbury (lower) Formation	-9999	-9999	-9999	Quarry tile	-9999	-9999	-9999	Shale, olive black, greyish yellow flecks (natrojarosite), a few ironstone nodules <30 cm diameter, 5 m.	Mineral analysis (Scafe, 1991): Sample "DS 78-98-1" (%): Kao. 30, Ill. 55, Sme. 15.	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082J 0043	Industrial mineral	Eden Valley	T50978; INDID_0813 (DIG 2019-0027)	82J	50.489970	-114.410310	-9999	Approximately 14 km to the west of the village of Longview, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Quarry tile, face brick	-9999	-9999	Fair	Shale, greenish grey, massive, blocky, much iron stain, noncalcareous, approx. 10.2 m (Sample 2908).	-9999	Ceramic test #2908 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
074E 0054	Industrial mineral	Muskeg River	T138620; INDID_1015 (DIG 2019-0027)	74E	57.126209	-111.574150	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Refractories	-9999	-9999	-9999	Light grey, fine-grained clay from south bank of Muskeg river at base of bituminous sand; the deposit is at least 3 m thick. It is a very fine-grained, plastic clay, which works up like a modelling clay.	-9999	Ells (1915), Sample 190.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, Keele (1915) Clay and shale deposits of western Canada, Part V, AGS ESR 1969-03, AGS ECO 7	Alberta Geological Survey
082J 0042	Industrial mineral	Eden Valley	T51920; INDID_0814 (DIG 2019-0027)	82J	50.492681	-114.410310	-9999	Approximately 14 km to the west of the village of Longview, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Roofing tile, face and paving brick	-9999	-9999	Fair	Shales, dark grey to black, some iron stain, hard, conchoidal fracture, approx. 13 m (Sample 2907).	-9999	Ceramic test #2907 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
083C 0094	Industrial mineral	Hwy 11 - Teepee Cr. E	C205764; INDID_0273 (DIG 2019-0027)	83C	52.394769	-116.271369	-9999	Approximately 15 km to the southwest of the hamlet of Nordegg, AB.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Rundle Group	-9999	-9999	-9999	Rubble/riprap	Medium	-9999	Fair	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
072E 0045	Industrial mineral	Graburn gap (Loc. 3)	T8489; INDID_0961 (DIG 2019-0027)	72E	49.673770	-110.036450	-9999	Approximately 17-18 km east of the hamlet of Elkwater, AB.	Surface	Test	Slumped outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Semi-fireclay	-9999	-9999	Poor	Lithology: Clay, white and gray; clay, white, sandy and silty; shale, chocolate brown (Sample 8); clay, green, plastic. Thickness not measured either due to slumping or to thrusting of the continental ice sheet in glacial times. . At this locality the cho	-9999	Ceramic test #8 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
074E 0049	Industrial mineral	Coffey Lake	T98333; INDID_1002 (DIG 2019-0027)	74E	57.693233	-111.304340	-9999	Within 20 km of McClelland Lake along Firebag River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Sewer pipe	-9999	-9999	-9999	Clay, light red, mottled (Sample 189).	-9999	Ceramic test #189 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
074E 0050	Industrial mineral	Daphne	T102060; INDID_1008 (DIG 2019-0027)	74E	57.282502	-111.705100	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Sewer pipe, stoneware	-9999	-9999	-9999	Clay, sandy (Sample 313). Clay, grey, soft (Sample 314). Clay, grey, soft, carbonaceous, about 4.8 m (Sample 315).	-9999	Ceramic tests #313, 314 & 315 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
082J 0035	Industrial mineral	Canada Cement Co. (Sandstone area)	T123692; INDID_1082 (DIG 2019-0027)	82J	50.773802	-114.026790	-9999	Approximately 4 km to the northwest of the town of Okotoks, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Building stone	Sandstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	Small potential for building stone	Small	-9999	Good	Section of sandstone and shale beds. Sandstone beds up to 1 m thick. Fine grained, light greyish colour with cast of yellow. Some beds badly shattered with considerable amount of hardness.	-9999	Stone #1343 (Parks 1916, p.213)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Parks (1916) Report on the building and ornamental stones of Canada	Alberta Geological Survey
073E 0026	Industrial mineral	Saddle Lake	C113195; INDID_0200 (DIG 2019-0027)	73E	53.940465	-111.799624	-9999	Approximately 26 km to the north of the town of Two Hills, AB along the North Saskatchewan River.	Surface	Showing	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	Source of calcium carbonate for agricultural use	Medium	-9999	Good	A fair quality seepage-ponded deposit of wet marl. The deposit is 1-3 m thick with a 0-0.5 m overburden. Geographic setting - river terrace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
074E 0098	Industrial mineral	Fort McMurray	M28338; INDID_1235 (DIG 2019-0027)	74E	57.024301	-111.493670	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Producer	By-product	-9999	Miscellaneous	-9999	Vanadium (fly ash), Nickel (fly ash)	Fly ash	-9999	-9999	-9999	-9999	-9999	Source of vanadium	-9999	-9999	Excellent	The Suncor Inc. oil refinery at Fort McMurray produces approx. 33,000 tons per year of fly ash containing 4.5% V2O5. Vanadium pentoxide contained in the fly ash amounts to about 3 million pounds (about 1,361 tons) annually. About 100 tons per day of fly a	Associated minerals: Nickel, gallium, scandium, gold, silver.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	National Mineral Inventory record 115110	Alberta Geological Survey
082O 0026	Industrial mineral	Brickburn	T63246; INDID_0986, INDID_0840 (DIG 2019-0027)	82O	51.065014	-114.160420	-9999	Within the city of Calgary, AB, along the Bow River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick, Clay-stoneware/refractory	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Stiff mud bricks, sewer pipe	-9999	-9999	-9999	Shale, brown and blue, soft to hard, sandy, approx. 9 m, numerous sandstone interbeds (Sample 1703). Shale, dark grey, soft, sandy, approx. 2 m (Sample 1759).	-9999	Ceramic test #1703 (Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces), Ceramic test #1759 (Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
072E 0081	Industrial mineral	Cypress Hills (Quarry 66, IXL)	T135055; INDID_0965 (DIG 2019-0027)	72E	49.545532	-110.173450	-9999	Approximately 15 km southeast of the hamlet of Elkwater, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Sand	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	Small	-9999	Good	3.6 m light to medium grey clay with 0.6 m kaolinitic sand at base of Whitemud.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-05	Alberta Geological Survey
074E 0057	Industrial mineral	Haight I	T104184; INDID_1016 (DIG 2019-0027)	74E	57.213535	-111.617140	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Poor	Clay, light grey, noncalcareous, approx. 1.8 m, overburden about 6 m (deposit 2).	-9999	Ceramic test "deposit 2" (Hume, 1924)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hume (1924) Clay deposits on Athabasca River, Alberta, AGS ECO 7	Alberta Geological Survey
074E 0051	Industrial mineral	Daphne	T101693; INDID_1009 (DIG 2019-0027)	74E	57.289728	-111.705100	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay (Sample 316).	-9999	Ceramic test #316 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
074E 0052	Industrial mineral	Daphne	T102854; INDID_1010 (DIG 2019-0027)	74E	57.297126	-111.664670	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, light grey, slight reddish tinge (Sample 317).	-9999	Ceramic test #317 (Ells, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
072E 0055	Industrial mineral	Eagle Butte S (Loc. 32)	T17424; INDID_0974 (DIG 2019-0027)	72E	49.593056	-110.414179	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Slump block	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, pale gray, white weathering, slumped thickness about 1.2 m (Sample 79). Slump block. The most promising clay stratum, that above, alone was sampled. The clay is a stoneware type so that prospecting to find the bed in place is quite warranted.	-9999	Ceramic test #79 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
074E 0073	Industrial mineral	Tar Island	T100246; INDID_1007 (DIG 2019-0027)	74E	57.022472	-111.610890	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, black, soft, minor silt.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0078	Industrial mineral	Tar Island	T104685; INDID_1018 (DIG 2019-0027)	74E	57.029702	-111.617840	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, medium grey.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0072	Industrial mineral	Tar Island	T100502; INDID_1006 (DIG 2019-0027)	74E	57.022472	-111.610890	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, medium olive grey, silty.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
083H 0070	Industrial mineral	Fort Saskatchewan	T75163; INDID_0991 (DIG 2019-0027)	83H	53.687648	-113.175930	-9999	Along the southern outskirts of the city of Fort Saskatchewan, AB near Ross Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Pleistocene	-9999	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, dark olive grey, massive, calcareous, 1 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-35-1" (%): Kao. 20, Ill. 50, Sme. 25, Chl. 10, Cal.-Dol. major, Feld. trace, Gyp. minor.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083H 0071	Industrial mineral	Ellerslie	T79482; INDID_0992 (DIG 2019-0027)	83H	53.422510	-113.562450	-9999	In the city of Edmonton, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Pleistocene	-9999	-9999	-9999	-9999	Stoneware	-9999	-9999	-9999	Clay, light olive grey, massive, slightly silty, calcareous, 5 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-37-1" (%): Kao. 20, Ill. 55, Sme. 25, Cal.-Dol. major, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
072E 0044	Industrial mineral	Graburn Creek (Loc. 1)	T9642; INDID_0960 (DIG 2019-0027)	72E	49.645766	-110.023840	-9999	Approximately 17-18 km east of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Conglomerate, quartzite	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Poor	This rock outcrop contains some of the better clays that were found. Overburden increases rapidly a short distance from the stream, limiting quantity of clay that could be economically recovered. Possibility that whole outcrop has slumped. . Total thickne	-9999	Ceramic tests #1,2 &3 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0043	Industrial mineral	Fox (Loc. 41)	T8831; INDID_0959 (DIG 2019-0027)	72E	49.532906	-110.097470	-9999	Approximately 20 km southeast of the hamlet of Elkwater, AB.	Subsurface	Showing	Drillhole	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Glacial drift, ash, boulders, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Good	Beds appear to be reworked Whitemud Formation from source farther up hillside. Lithology: Glacial drift, wash and boulders - 1 m; silt, grayish green, whitish weathering (Sample 109) - 0.4 m. . Clay, green and greenish-brown, silty streaks, variable plast	-9999	Ceramic tests #110 & 112 in Crockford (1951)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0053	Industrial mineral	Fly lake N (Loc. 11)	T16370; INDID_0971 (DIG 2019-0027)	72E	49.660242	-110.384950	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Sandstone, silt	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Poor	The Whitemud beds appear to be mostly eroded at this place. The remaining clays appear to have a high quality, but the overburden appears to have a prohibitive thickness. Total thickness 24.2 m. Samples and lithological descriptions completed.	Mineral analysis (Scafe, 1991): Sample "DS 77-82-1" (%): Sme. 100.	Ceramic tests #23 & 24 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0052	Industrial mineral	Fly lake (Loc. 12)	T15938; INDID_0970 (DIG 2019-0027)	72E	49.656847	-110.408339	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Soil, gravel, shale, sand, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Good	This locality offers one of the best prospects that was discovered in the survey. The clays have a stoneware grade. The overburden totalling 5 m is not excessive and the deposit lies close to one of the main roads to Medicine Hat. Total thickness 11.4 m.	-9999	Ceramic tests #28 & 29 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0050	Industrial mineral	Medicine Lodge coulee E (Loc. 24)	T14123; INDID_0968 (DIG 2019-0027)	72E	49.612998	-110.396866	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Sandstone, shale, clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Fair	Total thickness 9.5 m - described and sampled. The dark brown and black, highly refractory clay bed could be traced northwards for several hundred ft, and throughout that distance retains a fairly uniform thickness. Another bed of good quality clay is tha	-9999	Ceramic tests #65 & 66 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0054	Industrial mineral	Eagle Butte (Loc. 35)	T17054; INDID_0973 (DIG 2019-0027)	72E	49.583777	-110.413430	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay, shale, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Good	This is one of the most promising clay deposits uncovered during the survey, and certainly the most favourable in most respects in Medicine Lodge coulee. The clays in some beds are a good grade, being suitable for stoneware. The overburden is 5 m at this 	-9999	Ceramic tests #84, 85, 86 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0048	Industrial mineral	Thelma creek (Loc. 38)	T11184; INDID_0964 (DIG 2019-0027)	72E	49.561886	-110.266250	-9999	Approximately 11 km south of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	-9999	-9999	Good	This locality has good clays and good conditions for recovering them. The clays are stoneware and brick type. Stripping ratio is 1:1 and the outcrop is accessible by road. The terrain is flat therefore the overburden should have a fairly constant depth. S	-9999	Ceramic tests #95, 96, 98 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0011	Industrial mineral	Eagle Butte (IXL Quarry 45)	T135249; INDID_0966 (DIG 2019-0027)	72E	49.631180	-110.486470	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware	Small	-9999	Good	Light grey and dark brown shale with 2 feet of pale grey sandstone at top. Total thickness 20 feet section.	-9999	Samples 35 to 38, Crockford, 1951, p. 61	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS OFR 1989-05, AGS ECO 7	Alberta Geological Survey
072E 0046	Industrial mineral	Graburn gap (Loc. 4)	T10002; INDID_0962 (DIG 2019-0027)	72E	49.674887	-110.046410	-9999	Approximately 17-18 km east of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Stoneware, if blended with clay above	-9999	-9999	Poor	Total thickness of 19.7 m described and sampled.	-9999	Ceramic tests #10 & 11 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
074E 0044	Industrial mineral	Mills	T105156; INDID_1017, INDID_0700 (DIG 2019-0027)	74E	57.253432	-111.623890	-9999	In the vicinity of Fort McKay First Nation.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Stoneware, pottery	-9999	-9999	-9999	Clay, light grey, overburden 3-6 m (Sample 319). Clay, carbonaceous (Sample 320).	-9999	Ceramic test #319 & 320 (Ells, 1915).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1915) Notes on clay deposits near McMurray, Alberta, AGS ECO 7	Alberta Geological Survey
073D 0007	Industrial mineral	Home LPGS Hardisty	E4865; INDID_0033 (DIG 2019-0027)	73D	52.649410	-111.286730	-9999	Approximately 3 km to the south of the town of Hardisty, AB near Battle River.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	FEDERATED LPGS3 HARDISTY 10-30-42-9	100/10-30-042-09W4/00	Storage	Large	-9999	-9999	Prairie Evaporite salt interval: 4464-4865 T.D., 4446-4816 T.D., 4435-4811 T.D., 4458-4826 T.D. Salt cavern for underground storage of petroleum products.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029, AER General Well Data	Alberta Geological Survey
073D 0006	Industrial mineral	CHL LPGS Hughenden	E4755; INDID_0032 (DIG 2019-0027)	73D	52.486611	-110.942910	-9999	Approximately 3 km to the south of the village of Hughenden, AB.	Subsurface	Past producer	Well	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	NEWALTA HUGHENDEN 10-33-40-7	100/10-33-040-07W4/00	Storage	Large	-9999	-9999	Prairie Evaporite salt interval: 4500-4824 T.D., 4496-4857 T.D., 4493-4851 T.D., cored: 4493-4851. Salt cavern for underground storage of petroleum products.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029, AER General Well Data	Alberta Geological Survey
083H 0046	Industrial mineral	IMP Redwater LPGS	E13823; INDID_0018 (DIG 2019-0027)	83H	53.837906	-113.083140	-9999	Approximately 13 km to the northeast of the city of Fort Saskatchewan, AB along the North Saskatchewan River.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	IMP PLC REDWATER LPGS 7-17-56-21	100/07-17-056-21W4/00	Storage	Large	-9999	-9999	Upper Lotsberg salt interval: 5804-6062, cored: 5846-6062. Salt cavern for underground storage of petroleum products.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029, AER General Well Data	Alberta Geological Survey
083H 0045	Industrial mineral	M-P Ft. Sask.	E13829; INDID_0016 (DIG 2019-0027)	83H	53.816014	-113.126530	-9999	Approximately 13 km to the northeast of the city of Fort Saskatchewan, AB along the North Saskatchewan River.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	PLPG FTSASK 16D-1-56-22	100/16-01-056-22W4/00	Storage	Large	-9999	-9999	Upper Lotsberg salt interval: 5985-6232. Salat cavern for underground storage of petroleum products.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029, AER General Well Data	Alberta Geological Survey
083H 0097	Industrial mineral	Chevron LPGS Ft. Sask.	E13381; INDID_0017 (DIG 2019-0027)	83H	53.757821	-113.188360	-9999	In the city of Fort Saskatchewan, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	-9999	-9999	Storage	Large	-9999	-9999	Upper Lotsberg salt interval: 6082-6327.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
083H 0096	Industrial mineral	Dome LPGS Ft. Sask.	E13236; INDID_0015 (DIG 2019-0027)	83H	53.754079	-113.163570	-9999	In the city of Fort Saskatchewan, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	AMOCO FT SASK 11-14-55-22	100/11-14-055-22W4/00	Storage	Large	-9999	-9999	Upper Lotsberg salt interval: 6100-6328.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
083H 0017	Industrial mineral	Bissell	T78659; INDID_0881 (DIG 2019-0027)	83H	53.581176	-113.595610	-9999	Along the western outskirts of the city of Edmonton, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay (Sample 1655).	-9999	Ceramic test #1655 (Ries & Keele, 1912)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, AGS ECO 7	Alberta Geological Survey
083H 0021	Industrial mineral	Camrose	T76953; INDID_0875 (DIG 2019-0027)	83H	53.019837	-112.832860	-9999	Within the town of Camrose, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Structural clay products	-9999	-9999	Good	Clay, grey, sandy, very calcareous (Sample 1795).	-9999	Ceramic test #1795 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
082G 0176	Industrial mineral	Coleman	T35012; INDID_0776 (DIG 2019-0027)	82G	49.618825	-114.508280	-9999	On the southern outskirts of the town of Coleman, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Outcrop is plainly visible for 16.5 m thick, which strikes northwest and dips about 25 degree southwest. Shale, black, slaty, sandy, 12 to 15 meters thick (Sample 1885).	-9999	Ceramic test #1885 (Ries, 1914)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1914) Clay and shale deposits of the western provinces, part 3, AGS ECO 7	Alberta Geological Survey
082J 0037	Industrial mineral	Longview	T46640; INDID_0806, INDID_0624 (DIG 2019-0027)	82J	50.504540	-114.192690	-9999	Approximately 3 km to the south of the village of Longview, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, bentonite	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Fair	Shale, dark grey, with some iron stain, sandy (Sample 2901).
Shale, greenish grey, sandy, some bentonite lenses with little value (sample 2902).	-9999	Ceramic test #2901 (Worcester, 1932), Ceramic test #2902 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0061	Industrial mineral	Okotoks Mountain	T53419; INDID_0817 (DIG 2019-0027)	82J	50.639313	-114.384490	-9999	Approximately 7 km to the southwest of the town of Diamond Valley, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Shale, greenish, gritty, some slickensides and iron stain, 8.4 m (Sample 2939).	-9999	Ceramic test #2939 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0010	Industrial mineral	Aldersyde	T44779; INDID_0795 (DIG 2019-0027)	82I	50.692256	-113.863530	-9999	Along the Highwood River to the east of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shale, dark grey, gritty, calcareous, some iron stain (Sample 2953).	-9999	Ceramic test #2953 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0012	Industrial mineral	Okotoks	T44227; INDID_0797 (DIG 2019-0027)	82I	50.721389	-113.864380	-9999	Along the Highwood River to the east of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shale, light and dark grey, soft, iron stain, calcareous (Sample 2956).	-9999	Ceramic test #2956 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0015	Industrial mineral	Okotoks	T45020; INDID_0799 (DIG 2019-0027)	82I	50.713860	-113.944980	-9999	Along the outskirts of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shale, buff, calcareous, sandy, soft, approx. 5 m (Sample 2959).	-9999	Ceramic test #2959 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0018	Industrial mineral	Okotoks	T45923; INDID_0801 (DIG 2019-0027)	82I	50.721180	-113.991180	-9999	Along the outskirts of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shales, buff, greenish and black, hard, gritty, minor carbonate (Sample 2966).	-9999	Ceramic test #2966 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0075	Industrial mineral	Bragg Creek	T58740; INDID_0831 (DIG 2019-0027)	82J	50.951502	-114.571490	-9999	On the outskirts of the town of Bragg Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Shale, green, purple, yellowish and grey, considerable iron stain, gritty, irregular fracturing, approx. 15 m (Sample 2974).	-9999	Ceramic test #2974 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0076	Industrial mineral	Bragg Creek	T57964; INDID_0829 (DIG 2019-0027)	82J	50.976610	-114.545900	-9999	Approximately 2 km to the northeast of the hamlet of Bragg Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Belly River Group	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shales, buff to grey, gritty, approx. 16 m, overburden to 5.5 m, outcrop extends only 1.2 m above low water (Sample 2975).	-9999	Ceramic test #2975 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082O 0047	Industrial mineral	Calgary-Bow River B	T63216; INDID_0841 (DIG 2019-0027)	82O	51.068334	-114.171664	-9999	Within the city of Calgary, AB, along the Bow River.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Fair	Shale, buff to greenish brown, gritty, approx. 5.5 m, overburden 2-4 m (Sample 2981).	-9999	Ceramic test #2981 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
074D 0009	Industrial mineral	Fort McMurray	T92932; INDID_0911 (DIG 2019-0027)	74D	56.718893	-111.320230	-9999	Within the community of Fort McMurray, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Late Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, light brown (Sample E3).	-9999	Ceramic test #E3 (Ells, 1926)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ells (1926) Bituminous sands of northern Alberta, AGS ECO 7	Alberta Geological Survey
074E 0056	Industrial mineral	Ings Island	T101530; INDID_0929 (DIG 2019-0027)	74E	57.246189	-111.650930	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, light grey, between oil sand beds, lignite, noncalcareous (deposit 3).	-9999	Ceramic test (Hume, 1924)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hume (1924) Clay deposits on Athabasca River, Alberta, AGS ECO 7	Alberta Geological Survey
074E 0067	Industrial mineral	Bitumount	T103211; INDID_0931 (DIG 2019-0027)	74E	57.400663	-111.661230	-9999	Approximately 15 km to the west of McClelland Lake along Athabasca River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, grey brown, core AOP-40, 223-230.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
074E 0066	Industrial mineral	Ings Island	T100851; INDID_0928 (DIG 2019-0027)	74E	57.228829	-111.709294	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Shale, grey green, core APO-23 150-155.	-9999	Ceramic test (Scafe, 1977)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1977-A, AGS ECO 7	Alberta Geological Survey
083F 0034	Industrial mineral	Yates	T61528; INDID_0896 (DIG 2019-0027)	83F	53.596330	-116.319500	-9999	Approximately 7 km to the east of the town of Edson, AB along McLeod River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, moderate yellowish brown, massive, slightly silty.	Mineral analysis (Scafe, 1991): Sample "DS 75-20-1" (%): Kao. 20, Ill. 65, Sme. 10, Chl. 5, Cal.-Dol. major, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083B 0004	Industrial mineral	Dovercourt	T71043; INDID_0855 (DIG 2019-0027)	83B	52.251704	-114.854300	-9999	Approximately 15 km south of the town of Rocky Mountain House, AB along the Clearwater River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, light olive grey, slightly silty, carbonaceous, 6 m.	Mineral analysis (Scafe, 1991): Sample "DS 75-52-1" (%): Kao. 10, Ill. 55, Sme. 25, Chl. 10, Cal.-Dol. major, Feld. trace.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083B 0005	Industrial mineral	Chambers Creek	T70727; INDID_0856 (DIG 2019-0027)	83B	52.490297	-115.313650	-9999	Approximately 30 km northwest of the town of Rocky Mountain House, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Cretaceous, Paleocene	Brazeau Formation, Paskapoo Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Shale, olive grey, slightly silty, 6 m.	Mineral analysis (Scafe, 1991): Sample "DS 76-53-1" (%): Kao. 20, Ill. 50, Sme. 30, Feld. minor.	Ceramic test (Scafe, 1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
074E 0085	Industrial mineral	Dover River	T100899; INDID_0927 (DIG 2019-0027)	74E	57.211688	-111.722070	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, olive grey, non-silty, noncalcareous, 0.5 m.	-9999	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
074E 0084	Industrial mineral	Fort MacKay	T99760; INDID_0926 (DIG 2019-0027)	74E	57.208899	-111.680370	-9999	In the vicinity of Fort McKay First Nation.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Clay, olive grey, non-silty, noncalcareous, 5 m.	-9999	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083G 0077	Industrial mineral	Wabamun	T82529; INDID_0889 (DIG 2019-0027)	83G	53.568114	-114.513320	-9999	On the northern shore of Wabamun Lake.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Mudstone	Late Cretaceous	Scollard Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Mudstone, olive grey, noncalcareous, approx. 35 cm.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083H 0089	Industrial mineral	Bittern Lake	T76700; INDID_0876 (DIG 2019-0027)	83H	53.007280	-113.060570	-9999	Within the village of Bittern Lake, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Shale, moderate olive brown, very slightly silty, noncalcareous, alligator weathering, ironstone concretions, approx. 2 m.	-9999	Ceramic test (Scafe, 1991)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083A 0059	Industrial mineral	Chigwell	T73005; INDID_0870 (DIG 2019-0027)	83A	52.467000	-113.528390	-9999	Approximately 13 km to the east of the city of Lacombe, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Shale, olive grey, greyish brown on joints and laminae, no silt, slightly calcareous, carbonaceous impressions.	Mineral analysis (Scafe, 1991): Sample "DS 77-69-1" (%): Kao. 20, Ill. 60, Sme. 15, Chl. 5, Cal.-Dol. trace, Feld. minor.	Ceramic test in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082J 0055	Industrial mineral	Turner Valley	T47964; INDID_0808 (DIG 2019-0027)	82J	50.676676	-114.258230	-9999	Along the outskirts of the town of Diamond Valley, AB along Sheep River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Alberta Group	-9999	-9999	-9999	Structural clay products	-9999	-9999	Fair	Shales, slate grey to black, much iron stain, some sand (Sample 2930). Shale, dark grey, interbedded with clay-ironstone (Sample 2931).	-9999	Ceramic tests #2930, 2931 in Worcester (1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0064	Industrial mineral	Black Diamond	T48827; INDID_0811 (DIG 2019-0027)	82J	50.733424	-114.217715	-9999	Approximately 5 km to the northeast of the town of Diamond Valley, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Good	Shale, grey at base, grading to nearly black at top, slightly gritty and calcareous, sandstone cap approx. 1 m (Sample 2944). Shale, dark grey, approx. 1.1 m , iron stained, calcareous, soft sandstone cap approx. 0.6 m (Sample 2943). . Shale, light grey, 	-9999	Ceramic tests #2942, 2943, 2944 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0066	Industrial mineral	Black Diamond	T38903; INDID_0812 (DIG 2019-0027)	82J	50.733828	-114.176790	-9999	Approximately 5 km to the northeast of the town of Diamond Valley, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shales, greenish grey to black, lighter shales calcareous, some grit, approx. 18 m with 3 sandstone interbeds, overburden to 6 m (Sample 2952). Shale, light to dark grey, some iron stain, overburden to 30 m (Sample 2951).	-9999	Ceramic tests #2951, 2952 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0011	Industrial mineral	Highwood River, near junction with Sheep River	T45308; INDID_0798 (DIG 2019-0027)	82I	50.734069	-113.838520	-9999	Along the Highwood River to the east of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shales, dark grey to black, buff and greenish grey, calcareous, medium soft and fine grained, from 4 m of section (Sample 2954). Shale, dark grey, iron stain, gritty, calcareous, from 7 m of section (Sample 2955).	-9999	Ceramic tests #2954, 2955 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0016	Industrial mineral	Okotoks	T46314; INDID_0800 (DIG 2019-0027)	82I	50.713951	-113.887410	-9999	Along the outskirts of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Good	The outcrop is nearly 13 m high and capped with a light overburden of soil, silts, and stones. Shale, buff, iron stain, some carbonate, approx. 5 m (Sample 2960). Shale, dark greenish grey, sandy, 7 m (Sample 2961).	-9999	Ceramic tests #2960, 2961 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0077	Industrial mineral	Okotoks	T45753; INDID_0802 (DIG 2019-0027)	82J	50.721530	-114.021680	-9999	Along the outskirts of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	Poor	Shale, greenish, buff weathering, angular, gritty, calcareous, approx. 6 m (Sample 2964). Shale, greenish, rusty, approx. 3 m (Sample 2965).	-9999	Ceramic tests #2964, 2965 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082O 0115	Industrial mineral	Logan Creek	T69168; INDID_0853 (DIG 2019-0027)	82O	51.653112	-115.258360	-9999	Within Hunter Valley.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, siltstone	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	Structural clay products	-9999	-9999	-9999	Shale, dark grey, thin siltstone laminae, scattered ironstone nodules. Shale, dark grey, abundant siltstone laminae. Shale, dark grey, papery laminae, contorted, thin siltstone laminae. Shale, dark grey, thin siltstone laminae. Siltstone at base.	Mineral analyses (Scafe, 1991):
Sample "WH 76-17" (%): Kao. 30, Ill. 70, Cal.-Dol. minor;
Sample "WH 76-18" : Kao. 30, Ill. 70, Cal.-Dol. minor, Feld. trace; 
Sample "WH 76-19" : Kao. 30, Ill. 70, Cal.-Dol. minor, Feld. trace;
Sample "WH 76-20" :	Ceramic tests in Scafe (1978)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
082G 0237	Industrial mineral	Beaver Mines	T32512; INDID_0770 (DIG 2019-0027)	82G	49.466936	-114.131200	-9999	Approximately 13 km to the west of the town of Pincher Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Blackstone Formation	-9999	-9999	-9999	Structural clay products, blend	-9999	-9999	-9999	Haven member: Shale, dark gray, weathers moderate brown, low silt, noncalcareous - 15 m.	Mineral analysis (Scafe, 1991): Sample "DS 77-60-1" (%): Kao. 25, Ill. 75, Feld. minor.	Scafe (1980) Difficult to extrude, long firing range	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082I 0014	Industrial mineral	Aldersyde	T41678; INDID_0794 (DIG 2019-0027)	82I	50.677606	-113.852580	-9999	Along the Highwood River to the east of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products, if scumming treated	-9999	-9999	Poor	Shale, greenish, chocolate and grey, slightly gritty, approx. 3 m, conchoidal fracture (Sample 2958).	-9999	Ceramic test #2958 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082J 0034	Industrial mineral	Sandstone	T45383; INDID_0803 (DIG 2019-0027)	82J	50.755722	-114.026790	-9999	Approximately 4 km to the northwest of the town of Okotoks, AB.	Surface	Past producer	Abandoned quarry	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Porcupine Hills Formation	-9999	-9999	-9999	Structural clay products, porous bricks	-9999	-9999	Poor	Shale, grey and blue, mixture as used in brick making, calcareous (Sample 1704). Shales, black through yellowish green, some carbonate and sand, approx. 6 m (Sample 2967). Shales, greenish grey, from upper bench (Sample 2969). . Shales, greenish grey, fro	Mineral analysis (Scafe, 1991): Sample "DS 77-57-1" (%): Kao. 15, Ill. 50, Sme. 20, Chl. 15, Cal.-Dol. major, Feld. minor.	Ceramic tests #1704 (Ries & Keele, 1912), 2967, 2968, 2969 (Worcester, 1932) & in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1912) Preliminary report on the clay and shale deposits of the western provinces, Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
074E 0083	Industrial mineral	Tar Island (Suncor pit)	T99900; INDID_1004, INDID_0925 (DIG 2019-0027)	74E	57.024284	-111.600950	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Early Cretaceous	McMurray Formation	-9999	-9999	-9999	Structural clay products, stoneware	-9999	-9999	-9999	Clay, olive grey, slightly silty, thin-medium laminae, minor sand laminae with minor bitumen, approx. 2 m mineable oil sand below..	Mineral analyses (Scafe, 1991): Sample "DS 77-90-1" (%): Kao. 35, Ill. 65, Chl. trace, Rutile trace, Anetase trace; Sample "DS 77-90-2": Kao. 40, Ill. 60, Chl. trace, Rutile trace, Anetase trace.	Ceramic test (Scafe, 1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
082P 0024	Industrial mineral	Delia	T60595; INDID_0985, INDID_0834, INDID_0833, INDID_0634 (DIG 2019-0027)	82P	51.572478	-112.342290	-9999	Approximately 10 km to the south of the town of Delia, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Structural clay products, stoneware, sewer pipe	-9999	-9999	Poor	From a 30m section. Mudstone, olive grey, slightly silty, calcareous, massive to slightly laminated, approx. 4.5 m. Clay, greyish olive, minor silt, slightly calcareous locally, approx. 1.5 m. Shale, light olive grey, minor silt, minor carbon, approx. 3.6	Mineral analysis (Scafe, 1991): 
Sample "DS 76-45-1" (%): Kao. 20, Ill. 50, Sme. 30, Cal.-Dol. major; 
Sample "DS 76-45-2": Kao. 15, Ill. 40, Sme. 45;
Sample "DS 76-45-3": Sme. 100, GyTrace; 
Sample "DS 76-45-4": Kao. 5, Ill. 10, Sme. 85	Ceramic test (Scafe, 1978). Some chemical analyses (AGS ESN 1978-A).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1978-A, AGS ECO 7	Alberta Geological Survey
083L 0014	Industrial mineral	H.R. Milner Plant (Grande Cache)	M44433; INDID_1240 (DIG 2019-0027)	83L	54.004813	-119.104800	-9999	Approximately 12 km north of the community of Grande Cache, AB.	Surface	Producer	By-product of coal-fired generating stations	Fly ash stockpile	Miscellaneous	-9999	Fly ash	Fly ash	-9999	-9999	-9999	-9999	-9999	Structural fill, cement and concrete, brick, lightweight aggregate, etc.	-9999	-9999	-9999	The plant burns rejects and dewatered tailings from metallurgical coal. It is equipped with electrostatic precipitators and mechanical and baghouse dust collectors. Ash from the plant is trucked for disposal at McIntyre Mines pits.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Berry et al. (1983) Coal ash in Canada, Vol. I, ash as a potential resource, C. Knudson, pers. comm., 2025	Alberta Geological Survey
083G 0062	Industrial mineral	Sundance Plant	M32813; INDID_1238 (DIG 2019-0027)	83G	53.504904	-114.553530	-9999	On the southern shore of Wabamun Lake.	Surface	Producer	By-product of coal-fired generating stations	Quarry	Miscellaneous	-9999	Fly ash	Fly ash	-9999	-9999	-9999	-9999	-9999	Structural fill, cement and concrete, brick, lightweight aggregate, etc.	-9999	-9999	Good	The Sundance coal-fired generating station burns pulverized subbituminous coal. Fly ash is collected by electrostatic precipitators. The fly ash is dry-hauled for disposal at a coal mine site. Fly ash can be collected dry separately from bottom ash.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Berry et al. (1983) Coal ash in Canada, Vol. I, ash as a potential resource, Transalta (2022) Highvale mine decommissioning and reclamation plan	Alberta Geological Survey
083G 0061	Industrial mineral	Wabamun	M29431; INDID_1237 (DIG 2019-0027)	83G	53.562737	-114.504200	-9999	On the northern shore of Wabamun Lake.	Surface	Past producer	By-product of coal-fired generating stations	-9999	Miscellaneous	-9999	Fly ash	Fly ash	-9999	-9999	-9999	-9999	-9999	Structural fill, cement and concrete, brick, lightweight aggregate, etc.	-9999	-9999	Good	The Wabamun coal-fired generating station burns pulverized subbituminous coal. Fly ash is collected by electrostatic precipitators. Disposal of ash involves the use of a slurry-mix system whereby some of the fly ash. . Bottom ash and pulverizer rejects ar	-9999	Sieve analysis:- 70% passing 325 mesh	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Berry et al. (1983) Coal ash in Canada, Vol. I, ash as a potential resource	Alberta Geological Survey
072E 0027	Industrial mineral	Medicine Lodge coulee E (Loc. 31)	T13234; INDID_0731 (DIG 2019-0027)	72E	49.599134	-110.376000	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sandstone, shale, silt	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Structural products	-9999	-9999	Fair	Frenchman Fm: Sandstone, yellow-brown, 0.3 m. Battle Fm: Concealed, 1.7 m; shale, dark gray, 0.6 m. Whitemud Fm: Silt, pale gray, white weathering, grades into sandstone below, 1.4 m; sandstone, gray, partly concealed, 1.5 m; shale, green, silty, 0.4 m. .	-9999	Ceramic test #78 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0037	Industrial mineral	Eagle Butte NW (Loc. 20)	T17792; INDID_0741 (DIG 2019-0027)	72E	49.609143	-110.447000	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Sandstone, shale, silt	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Structural products	-9999	-9999	Poor	Frenchman Formation: Sandstone, rusty brown - 3.2 m. Battle Formation: Shale, dark brown, bentonitic - 3 m. Whitemud Formation: Silt, pale yellowish-gray, clay streaks - 0.2 m; Shale, brownish-green to greenish-grey (Sample 52) - 0.8 m. Silt, as above (Sa	-9999	Ceramic tests #52-54 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0042	Industrial mineral	Eagle Butte NW (Loc. 14)	T20117; INDID_0746 (DIG 2019-0027)	72E	49.631180	-110.486470	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Structural products (and stoneware)	-9999	-9999	Good	Total thickness - 11.2 m described and sampled. Good source of clay for stoneware and structural products. A favourable stripping ratio exists, large quantities should be available, and the outcropping is readily accessible.	-9999	Ceramic tests #36 & 38 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0074	Industrial mineral	Fly Lake (IXL Quarry 34)	T23914; INDID_0972 (DIG 2019-0027)	72E	49.665681	-110.382160	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Sand	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Structural ware	Small	-9999	Good	Kaolinitic sand unit, 2 to 3 m thick, has limited lateral extent. This quarry exposed the thickest occurrence of white kaolinitic sand in the Alberta Cypress Hills.	-9999	Ceramic test I-XL Quarry 34 (72E) in Scafe (1980) Samples 34E-Top, Bottom and Stock (Hamilton et al. (1988), Tables 1 and 2	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS OFR 1989-05, AGS ECO 7	Alberta Geological Survey
082P 0033	Industrial mineral	Rockyford	T61239; INDID_0945 (DIG 2019-0027)	82P	51.245250	-113.083270	-9999	Approximately 4 km to the east of the village of Rockyford, AB along Serviceberry Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-expandable	Clay	Pleistocene	-9999	-9999	-9999	-9999	Synthetic aggregate (?)	-9999	-9999	-9999	Clay, yellowish grey, non-silty, calcareous "summer" varve. Clay, light olive grey, non-silty, calcareous, "winter" varve.	Mineral analyses (Scafe, 1991): Sample "DS 77-84-1" (%): Kao. 15, Ill. 60, Sme. 20, Chl. 5, Cal.-Dol. major, Feld. minor; Sample "DS 77-84-2": Kao. 10, Ill. 35, Sme. 50, Chl. 5.	Ceramic tests in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
072E 0057	Industrial mineral	Eagle Butte NW (Loc. 14)	T19289; INDID_0976 (DIG 2019-0027)	72E	49.631180	-110.486470	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Clay, shale, sandstone	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Tender drying stoneware	-9999	-9999	Good	Good source of stoneware clay. A favourable stripping ratio exists, large quantities should be available, and the outcropping is readily accessible. Total thickness 11.2 m - described and sampled.	-9999	Ceramic tests #35, 37 & 38 in Crockford.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0056	Industrial mineral	Eagle Butte NW (Loc. 17)	T18983; INDID_0975 (DIG 2019-0027)	72E	49.623926	-110.480900	-9999	Approximately 12-15 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Shale	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Tender drying stoneware clay	-9999	-9999	Poor	Lithology: Shale, bright green, silty - 0.8 m; Shale, dark grayish-green - 0.8 m; Shale, light gray, white weathering (Sample 45) - 0.5 m; Shale, dark brownish-green, silty - 0.6 m; Shale, dark gray, blocky, base concealed 0.1 m. Total thickness - 2.7 m. 	-9999	Ceramic tests #45 & 46 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082O 0032	Industrial mineral	Didsbury	T62522; INDID_0837 (DIG 2019-0027)	82O	51.649451	-114.138590	-9999	On the southern outskirts of the town of Didsbury, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Tile and rough-faced, specked brick	-9999	-9999	Poor	Shale, dark grey, approx. 2 m (Sample148). Shale, grey, calcareous, approx. 1 m , about 6 m below upper sample (Sample 149).	-9999	Ceramic tests #148, 149 (Ries, 1915)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries (1915) Clay and shale deposits of the western provinces, part 4, AGS ECO 7	Alberta Geological Survey
072E 0080	Industrial mineral	I.XL Quarry 34	T19485; INDID_0977 (DIG 2019-0027)	72E	49.665681	-110.382160	-9999	Approximately 5-8 km west of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-stoneware/refractory	Sand	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Tile, sewer pipe, if blended	-9999	-9999	-9999	Clayey sand, pinkish gray, small pods and stringers of dusky yellowish brown slickensides material - 1 m; Clayey sand, white, dark slickenside material along joints - 1.5 m; Clayey sand, white, thin bedded - 7 m.	Mineral analyses (Scafe, 1991): Sample "DS 77-82-2" (%): Kao. 65, Ill. 15, Sme. 20; Sample "DS 77-82-3": Kao. 45, Ill. 55; Sample "DS 77-82-4": Kao. 20, Ill. 80, Feld. major.	Ceramic test I-XL (72E) in Scafe (1980)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESN 1980-A, AGS ECO 7	Alberta Geological Survey
083G 0016	Industrial mineral	Dunstable (Highridge - Busby area)	M24483; INDID_1222 (DIG 2019-0027)	83G	53.990397	-114.208800	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	Too silty	-9999	-9999	Overburden 1 m	Bentonite, 3.3 m thick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, National Mineral Inventory record 115006	Alberta Geological Survey
082G 0201	Industrial mineral	Passburg N (Loc. 45)	T21144; INDID_0590 (DIG 2019-0027)	82G	49.557072	-114.355750	-9999	Within 6 km to the southeast of the town of Bellevue, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Unsuited for ceramic products, doubtful value	-9999	-9999	Poor	On the north side of Crowsnest River valley. These shale beds dip steeply westwards. They are unsuitable for ceramic products.	-9999	Ceramic test #118 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082G 0202	Industrial mineral	Blairmore (Loc. 43)	T22438; INDID_0592 (DIG 2019-0027)	82G	49.609608	-114.432170	-9999	Two shale pits on the southern edge of the town of Blairmore.	Surface	Showing	Pit	-9999	Terrigenous	-9999	Clay/shale	Shale	Jurassic	Fernie Formation	-9999	-9999	-9999	Unsuited for ceramic products; formerly used in cement making	-9999	-9999	Good	Fernie Formation: Shale, dark gray, marine, fossiliferous; formerly used for making bricks (Sample 114). Shale, as above; formerly used in making cement (Sample 115) Utilization of these shales was discontinued for economic reasons.	-9999	Ceramic test #115 in Crockford	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
072E 0031	Industrial mineral	Medicine Lodge coulee E (Loc. 25)	T14428; INDID_0735 (DIG 2019-0027)	72E	49.613413	-110.397387	-9999	Approximately 10 km southwest of the hamlet of Elkwater, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Late Cretaceous	Whitemud Formation	-9999	-9999	-9999	Very good face brick	-9999	-9999	Good	The shales exposed are the face brick type. It is possible that a thick section of clays of this type is present here, but it is mostly covered. The overburden is not excessive. Total thickness 4.8 m - described and sampled.	-9999	Ceramic test #67	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082J 0074	Industrial mineral	Bragg Creek	T59327; INDID_0830 (DIG 2019-0027)	82J	50.944995	-114.581099	-9999	On the outskirts of the town of Bragg Creek, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	Wide range of products	-9999	-9999	-9999	Shale, dark red to chocolate, gritty, irregular fracture, approx. 0.6 m, outcrop is in bed of stream (Sample 2971). Shale, greenish, adjacent to sample above (Sample 2972). Shales, greenish, fine grained, hard, gritty, massive, approx. 9 m (Sample 2973).	-9999	Ceramic tests #2971, 2972, 2973 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082I 0013	Industrial mineral	Aldersyde	T44427; INDID_0796 (DIG 2019-0027)	82I	50.713970	-113.864350	-9999	Along the Highwood River to the east of the town of Okotoks, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Shale	Paleocene	Paskapoo Formation	-9999	-9999	-9999	Wide variety of red clay products	-9999	-9999	Fair	Shale, grey green, hard to soft (Sample 2957).	-9999	Ceramic test #2957 (Worcester, 1932)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Worcester (1932) The clay and shale resources of Turner Valley and nearby districts, AGS ECO 7	Alberta Geological Survey
082G 0269	Industrial mineral	Leitch Colleries	T168475; INDID_1071 (DIG 2019-0027)	82G	49.560601	-114.328786	-9999	Approximately 6 km southeast of the town of Bellevue, AB.	Surface	Past producer	Quarry or mine	-9999	Terrigenous	-9999	Building stone	-9999	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	-9999	Small	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 235	Alberta Geological Survey
083F 0070	Industrial mineral	Highway 16	T164821; INDID_0680 (DIG 2019-0027)	83F	53.243163	-117.791931	-9999	Approximately 3 km to the northeast of Roche  Perdrix.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Shale	-9999	Triassic	Spray River Group	-9999	-9999	-9999	-9999	Small	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083C 0082	Industrial mineral	Hwy 11 - Whitegoat Cr. N	C190714; INDID_0178 (DIG 2019-0027)	83C	52.214517	-116.472461	-9999	Along the western shore of Abraham Lake near Whitegoat Creek.	Surface	Test	Road cut	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Shunda Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0030	Industrial mineral	Windy Point Quarry	C204389; INDID_0184 (DIG 2019-0027)	83C	52.253458	-116.393661	-9999	Along the western shore of Abraham Lake near Windy Point.	Surface	Past producer	Quarry or mine	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Late Cambrian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 4	Alberta Geological Survey
083F 0071	Industrial mineral	Cap Ridge	T164082; INDID_0681 (DIG 2019-0027)	83F	53.255808	-117.709772	-9999	Approximately 19 km to the southwest of the town of Hinton, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083C 0083	Industrial mineral	Hwy 11 - Dry Fossil Cr. E	C203594; INDID_0179 (DIG 2019-0027)	83C	52.248538	-116.426246	-9999	Along the western shore of Abraham Lake near Windy Point.	Surface	Test	Road cut	-9999	Chemical and Biogenics	-9999	Limestone (siliceous)	-9999	Late Devonian	Flume Member	-9999	-9999	-9999	-9999	Medium	-9999	Poor	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083F 0080	Industrial mineral	Cold Creek	M48451; INDID_1193 (DIG 2019-0027)	83F	53.302765	-117.556046	-9999	Approximately 10 km to the south of the town of Hinton, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	-9999	Cretaceous, Paleogene	Coalspur Formation	-9999	-9999	-9999	-9999	Small	-9999	Poor	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083I 0012	Industrial mineral	Kinikinik Lake	C105635; INDID_0337 (DIG 2019-0027)	83I	54.569670	-113.027580	-9999	Approximately 23 km to the southeast of the town of Athabasca, AB.	Surface	Showing	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	0.05 m of wet, fair quality, marl deposited in a bog area. Overburden of 1.55 m. Located by the roadside.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083I 0013	Industrial mineral	Smoky Lake	C105860; INDID_0338 (DIG 2019-0027)	83I	54.144255	-112.418500	-9999	On the outskirts of the town of Smoky Lake, AB.	Surface	Showing	Abandoned glacial channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	0.2-1.0 m of wet, poor-fair, marl located in marshland. Overburden is 0.5-1.5 m thick. Road access is <0.2 km away.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0054	Industrial mineral	Johnnys Lake	C107279; INDID_0344 (DIG 2019-0027)	83G	53.520635	-114.292288	-9999	Approximately 8 km to the west of the village of Spring Lake, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	0.9 m of submarginal quality, wet, calcareous sediments located in a large bog. The overburden is 3.1 m thick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083J 0018	Industrial mineral	Shoal Lake	C105217; INDID_0336 (DIG 2019-0027)	83J	54.241293	-114.479000	-9999	Approximately 14 km to the north of the town of Barrhead, AB near Shoal Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	1.0 m of wet, submarginal quality, calcareous sediments deposited at the lakeshore.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0053	Industrial mineral	Lac Ste. Anne	C107252; INDID_0343 (DIG 2019-0027)	83G	53.690154	-114.593690	-9999	Approximately 16 km to the west of the village of Alberta Beach, AB.	Surface	Showing	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Poor	1.2+ m of wet, poor-fair quality marl located below the lake. The overburden is 1.0 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0055	Industrial mineral	Jackfish Lake	C107664; INDID_0345 (DIG 2019-0027)	83G	53.480300	-114.270430	-9999	Approximately 8 km to the west of the village of Spring Lake, AB.	Surface	Test	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	1.7 m thickness of wet, submarginal quality, calcareous sediments, located below the lake under 0.3 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
074M 0282	Industrial mineral	Slave River	E19295; INDID_0072 (DIG 2019-0027)	74M	59.441243	-111.485410	-9999	Approximately 80 km to the north of the hamlet of Fort Chipewyan, AB along the Slave River.	Surface	Showing	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Devonian	Chinchaga Formation	-9999	-9999	-9999	-9999	Small	-9999	-9999	10 feet of gypsum, overlain by 20 feet of fractured and broken limestone (Hay Camp Formation - Norris (1963)). Somewhat earthy, thin bedded gypsum of white, grey, or bluish colour. . The beds are traversed by thin seams of selenite and satin spar." The be	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Camsell (1917) Salt and gypsum deposits of the region between Peace and Slave Rivers, northern Alberta, AGS BUL 007, Norris (1965) Stratigraphy of Middle Devonian and older Palaeozoic rocks of the Great Slave Lake region, Northwest Territories	Alberta Geological Survey
074D 0020	Industrial mineral	Clearwater River A	E18962; INDID_0070 (DIG 2019-0027)	74D	56.750007	-110.634088	-9999	Approximately 43 km to the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Prospect	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	-9999	Large	-9999	-9999	30-50 feet thick, underlying Clearwater River valley over distance of 18 miles at depths from near surface to 300 feet. Gypsum rock is heterogeneous mixture of gypsum and greyish green shale, with abundant thin interlenses of pure satin spar. . Bedding is	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969) Subsurface gypsum deposits near Fort McMurray, Alberta	Alberta Geological Survey
074D 0019	Industrial mineral	Clearwater River B	E6557; INDID_0071 (DIG 2019-0027)	74D	56.708387	-110.745706	-9999	Approximately 35 km to the east of the community of Fort McMurray, AB along the Clearwater River.	Surface	Prospect	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	-9999	Large	-9999	-9999	30-50 feet thick, underlying Clearwater River valley over distance of 18 miles at depths from near surface to 300 feet. Gypsum rock is heterogeneous mixture of gypsum and greyish green shale, with abundant thin interlenses of pure satin spar. . Bedding is	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1969) Subsurface gypsum deposits near Fort McMurray, Alberta	Alberta Geological Survey
084P 0001	Industrial mineral	Salt River C	E20276; INDID_0076 (DIG 2019-0027)	84P	59.905609	-112.410765	-9999	Approximately 25 km to the west of the town of Fort Smith, NWT.	Surface	Showing	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Devonian	Cold Lake Formation	-9999	-9999	-9999	-9999	Medium	-9999	-9999	40-50 feet of gypsum exposed in some broken down cliffs for over 0.5 mile length, thinly bedded, impure, with narrow bands of anhydrite and dolomite. Gypsum is white or greyish, sometimes greenish or pink, in horizontal beds. . Lower contact not observed.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Camsell (1917) Salt and gypsum deposits of the region between Peace and Slave Rivers, northern Alberta, AGS BUL 007, Norris (1965) Stratigraphy of Middle Devonian and older Palaeozoic rocks of the Great Slave Lake region, Northwest Territories, AGS MAP 14	Alberta Geological Survey
082O 0122	Industrial mineral	Big Hill Creek	C117615; INDID_0382 (DIG 2019-0027)	82O	51.349204	-114.402110	-9999	Approximately 17 km to the north of the town of Cochrane, AB along Bighill Creek.	Surface	Showing	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	A fair quality deposit of partially drained marl located in a dried pond. The deposit is 0.3 m thick with 0.6 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083A 0065	Industrial mineral	Morningside	C116878; INDID_0379 (DIG 2019-0027)	83A	52.618242	-113.636051	-9999	Approximately 19 km to the north of the city of Lacombe, AB.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	A fair quality deposit of well drained marl in a flat to gently rolling location. The deposit is 0.55 m thick with 1.0 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
082P 0034	Industrial mineral	Serviceberry Creek	C118215; INDID_0385 (DIG 2019-0027)	82P	51.199585	-113.216330	-9999	Approximately 6 km to the southwest of the village of Rockyford, AB near Serviceberry Creek.	Surface	Showing	Hillside spring	-9999	Chemical and Biogenics	-9999	Tufa	Tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A fair quality deposit of wet tufa in a hillside location. The deposit is 0.2 m thick with no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083B 0009	Industrial mineral	Westerose	C114299; INDID_0366 (DIG 2019-0027)	83B	52.876200	-114.079380	-9999	Approximately 28 km to the north of the town of Rimbey, AB.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	A fair-good quality deposit of wet, mixed marl and tufa in a hillside location. The deposit is 0.5 m thick with a 0-1.0 m overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083A 0064	Industrial mineral	Gull Lake	C116572; INDID_0378 (DIG 2019-0027)	83A	52.650926	-113.917070	-9999	Approximately 24 km to the northwest of the city of Lacombe, AB.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	A fair-good quality deposit of wet, mixed marl and tufa on a hillside location. The deposit is 1.0 m thick with no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0077	Industrial mineral	Acheson	C110578; INDID_0356 (DIG 2019-0027)	83H	53.561011	-113.819940	-9999	Approximately 4 km to the east of the city of Spruce Grove, AB.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Poor	A fair-good quality, wet marl located in a small pond. The deposit is 1.0 m thick and has no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083B 0018	Industrial mineral	83B-35	C115946; INDID_0375 (DIG 2019-0027)	83B	52.932576	-114.076430	-9999	Approximately 34 km to the north of the town of Rimbey, AB along Battle River.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Tufa	Tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	A good quality deposit of wet tufa on a hillside location. The deposit is 0.6 m thick with no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0050	Industrial mineral	Shiningbank Lake	C106741; INDID_0340 (DIG 2019-0027)	83G	53.859199	-115.985610	-9999	Approximately 28 km south of Whitecourt, AB near to Shiningbank Lake.	Surface	Test	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A partially drained, submarginal-poor quality, marl deposit located in a lowland geographical situation. The marl is 0.9 m thick under a 0.6 m overburden. Road access is 0.4km distant.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083A 0066	Industrial mineral	Bearhills lake	C117038; INDID_0380 (DIG 2019-0027)	83A	52.921613	-113.579660	-9999	Approximately 13 km to the southwest of the city of Wetaskiwin, AB near Bearhills Lake.	Surface	Showing	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	A poor quality deposit of wet marl in a lake bed location. The deposit is 0.05 m thick with 1.4 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0058	Industrial mineral	Buck Lake	C108408; INDID_0348 (DIG 2019-0027)	83G	53.015470	-114.809480	-9999	Approximately 57 km to the north of the town of Rimbey, AB near Buck Lake.	Surface	Test	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	A poor quality, well drained marl deposit in a lakeshore location. It is 0.2 m thick and is covered by 0.15 m of overburden. It is located by the roadside.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0078	Industrial mineral	Gladu Lake	C110644; INDID_0357 (DIG 2019-0027)	83H	53.663165	-113.930480	-9999	Approximately 10 km to the north of the city of Spruce Grove, AB.	Surface	Showing	Abandoned oxbow lake channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A poor quality, wet marl deposit located in a bog. The deposit is 2.2 m thick with a 0.2 m overburden. It is located within 0.2km of road access.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0081	Industrial mineral	83H/12	C111609; INDID_0360 (DIG 2019-0027)	83H	53.364714	-113.941540	-9999	Approximately 22 km to the southwest of the city of Edmonton, AB near the North Saskatchewan River.	Surface	Showing	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A poor quality, wet marl located in a marshland area. It is 0.90 m in thickness with no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
082O 0121	Industrial mineral	Didsbury	C117275; INDID_0381 (DIG 2019-0027)	82O	51.654110	-114.433652	-9999	Approximately 20 km to the west of town of Didsbury, AB.	Surface	Showing	Abandoned glacial channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Poor	A poor-fair quality deposit of wet marl in a flatbottomed glacial meltwater channel that is flanked by glaciofluvial sands and gravels and is currently occupied by a misfit stream. One of four test holes encountered the marl, and it had a maximum thicknes	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0052	Industrial mineral	Brock Lake	C106830; INDID_0342 (DIG 2019-0027)	83G	53.824173	-114.806630	-9999	On the eastern shore of Brock Lake.	Surface	Test	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	A poor-fair quality deposit of wet marl located under the lake. The deposit is 0.15 m thick with 0.9 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083B 0008	Industrial mineral	Lloyd Creek	C114102; INDID_0365 (DIG 2019-0027)	83B	52.923339	-114.278510	-9999	Approximately 31 km to the north of the town of Rimbey, AB.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	A poor-good quality deposit of wet, mixed marl and tufa on a hillside location. The deposit is 1.0-2.0 m thick with no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0057	Industrial mineral	Creekland	C108201; INDID_0347 (DIG 2019-0027)	83G	53.285024	-114.503210	-9999	Approximately 30 km to the west of the town of Thorsby, AB.	Surface	Showing	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Good	A poor-good quality, well drained, marl deposit in a hillside location. Located 0.4km from road access. It is 0-0.8 m thick and covered by 0.5 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0060	Industrial mineral	83G-14	C108843; INDID_0350 (DIG 2019-0027)	83G	53.553834	-114.053110	-9999	Approximately 8 km to the west of the city of Spruce Grove, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	A submarginal deposit of calcareous sediments located in a wet bog area. The deposit is 0.50 m thick with 2.5 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
082P 0035	Industrial mineral	Stewart Lake	C118470; INDID_0386 (DIG 2019-0027)	82P	51.621797	-113.671250	-9999	Approximately 12 km to the west of the village of Linden, AB near Lonepine Creek.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	A submarginal quality deposit of calcareous sediments in a well-drained hillside location. The deposit is 0.5 m thick with 0.5 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083G 0059	Industrial mineral	83G-13	C108761; INDID_0349 (DIG 2019-0027)	83G	53.626479	-114.071230	-9999	Approximately 13 km to the northwest of the city of Spruce Grove, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	A submarginal quality deposit of calcareous sediments located in a lake bed. It is 2.3 m thick with 0.7 m of overburden. The sediments are wet.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0079	Industrial mineral	Gladu Hills	C110891; INDID_0358 (DIG 2019-0027)	83H	53.619427	-113.936750	-9999	Approximately 6 km to the north of the city of Spruce Grove, AB.	Surface	Test	Preglacial	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A submarginal quality deposit of well drained calcareous sediments located on upland hills. It is 0-0.5 m in thickness with 2.4 m of overburden. Its insignificant size limits its economic potential.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083A 0063	Industrial mineral	Parlby Creek	C116237; INDID_0377 (DIG 2019-0027)	83A	52.653918	-113.473260	-9999	Approximately 28 km to the northeast of the city of Lacombe, AB.	Surface	Test	Abandoned glacial channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	A submarginal quality deposit of wet calcareous sediments located in marshland. The deposit is 0.1-0.3 m thick with 2.7-3.0 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
073E 0025	Industrial mineral	Heinsburg	C112984; INDID_0199 (DIG 2019-0027)	73E	53.748230	-111.091310	-9999	Approximately 21 km to the southwest of the town of Elk Point, AB near the North Saskatchewan River.	Surface	Test	Lakeshore fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Calcareous sediments	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A submarginal quality deposit of wet calcareous sediments located in marshland. The deposit is 0.5 m thick with a 2.0 m overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0083	Industrial mineral	Legal	C111903; INDID_0362 (DIG 2019-0027)	83H	53.894910	-113.505340	-9999	Approximately 30 km to the north of the city of Edmonton, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A submarginal quality, wet deposit of calcareous sediments located in a marshland. The sediments are 0.30 m thick with an overburden of 0.50 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0082	Industrial mineral	83H/13	C111844; INDID_0361 (DIG 2019-0027)	83H	53.412333	-113.765070	-9999	Approximately 12 km to the southwest of the city of Edmonton, AB near the North Saskatchewan River.	Surface	Test	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	A submarginal quality, wet deposit of calcareous sediments on a lakebed. The sediments are 0.50 m thick with no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
082P 0021	Industrial mineral	Hand Hills	C117813; INDID_0384 (DIG 2019-0027)	82P	51.577028	-112.323970	-9999	Approximately 10 km to the south of the town of Delia, AB.	Surface	Showing	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Miocene, Pliocene	Hand Hills Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	A submarginal-poor deposit of well drained calcareous sediments and marl in an upland hills location. The deposit has a maximum thickness of 1.0 m with a variable thickness of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1974-36, AGS OFR 1982-02	Alberta Geological Survey
083J 0016	Industrial mineral	Underwood	C104910; INDID_0334 (DIG 2019-0027)	83J	54.084955	-115.440880	-9999	Approximately 24 km to the northwest of the town of Mayerthorpe, AB.	Surface	Prospect	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Good	An irregularly shaped body with a maximum thickness of 1 m. The C.C.E. values range from 81-96%. The overburden is approx. 0.2 m thick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
082O 0051	Industrial mineral	Red Mountain	M21528; INDID_1244 (DIG 2019-0027)	82O	51.084407	-115.923300	-9999	Approximately 2 km south of Scarab Lake.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Talc	Dolostone	Early Cambrian	Cathedral Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Bedded deposit in horizontal beds of grey dolomite; talc bed 3 m thick, overlain by iron stained, massive fractured talc body 20 m thick, overlain by 600 m of dolomite; talc is white in color, high quality but fractured. Size of deposit undetermined.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Spence (1940) Talc, steatite, and soapstone; pyrophyllite, AGS ESR 1958-02, MacLean (1988) Talc and pyrophyllite in British Columbia	Alberta Geological Survey
083E 0002	Industrial mineral	Mowitch Creek	E21097; INDID_0079 (DIG 2019-0027)	83E	53.452104	-118.659130	-9999	On the eastern slopes of Arcturus Peak.	Surface	Prospect	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Late Triassic	Charlie Lake Formation	-9999	-9999	-9999	-9999	Medium	-9999	Poor	Beds of gypsum, shale, siliceous and cherty limestone, and quartzite over thickness of 220 feet. Thickest of gypsum bed is 12 feet. Deposit characterized by mottled gypsum and fragments of dolomitic limestone and chert. Net thickness gypsum beds: 110 ft (	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Allan (1933) Fourteenth annual report. Alberta Research Council, Allan (1931) Twelfth annual report. Alberta Research Council, AGS BUL 007, National Mineral Inventory record 115024	Alberta Geological Survey
082H 0070	Industrial mineral	Milk River Ridge (Raymond)	M2934; INDID_1170 (DIG 2019-0027)	82H	49.282962	-112.504420	-9999	Approximately 35 km northwest of the town of Milk River, AB.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation (lower)	-9999	-9999	-9999	-9999	-9999	-9999	Thick overburden	Bentonite, 0.5 m to 0.67 m thick, fairly silty, thick overburden, low yield, unknown tonnage available.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0022	Industrial mineral	Belvedere	M24615; INDID_1223 (DIG 2019-0027)	83G	53.997607	-114.283460	-9999	Approximately 33 km to the north of the village of Onoway, AB near Cranes Lake.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 5.3 m	Bentonite, 4.7 m thick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02	Alberta Geological Survey
082I 0027	Industrial mineral	Turin	M10187; INDID_1185 (DIG 2019-0027)	82I	50.000710	-112.636720	-9999	Approximately 17 km to the northeast of the town of Picture Butte, AB.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Bentonite, silty, 5 m thick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02	Alberta Geological Survey
084D 0165	Industrial mineral	Epp	C104417; INDID_0332 (DIG 2019-0027)	84D	56.259201	-119.874600	-9999	Approximately 100 km to the west of the town of Fairview, AB near Peace River or its subsidiaries.	Surface	Prospect	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	Deposit is on a wooded hillside. It is wedge shaped and thins from about 1 m to 0.4 m, 30 m downslope. A single sample tested at 94% C.C.E.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083B 0016	Industrial mineral	Caroline East	C122133; INDID_0373 (DIG 2019-0027)	83B	52.029900	-114.741470	-9999	Approximately 7 km to the south of the village of Caroline, AB near Beaver Creek.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Tufa	Tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	Fair-good quality deposit of wet Tufa on a hillside location. The deposit is 0.5 m thick with no overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
072E 0085	Industrial mineral	Elkwater	T122883; INDID_1065 (DIG 2019-0027)	72E	49.589301	-110.241040	-9999	Approximately 8 km south of the hamlet of Elkwater, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Quartzite	Pebbles	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Flint pebbles.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	National Mineral Inventory record 115076	Alberta Geological Survey
083K 0027	Industrial mineral	Valleyview, Boardwalk	INDID_1410 (DIG 2019-0027)	83K	54.946785	-117.163411	-9999	50 km South of Valleyview town in west central Alberta. Truck accessible and associated with oil and gas infrastructure. The property covers approximately 650,000 acres through two contiguous land holdings.	Subsurface	Project with resource estimate	Well	-9999	Brines	-9999	Salt, Lithium, Potassium, Boron, Bromine, Calcium, Magnesium, Sodium	Formation water	Devonian	Leduc Formation	-9999	TRILOGY KAYBOBS 10-2-59-18	100/10-02-059-18W5/00	-9999	-9999	-9999	-9999	Formation water sampling program (2011), 62 samples from 60 wells - 47 in the Leduc Formation. Hydrogeological studies. Development of Ultrasonic Technology to separate solids from water with unknown results. Inferred resources of 5.7 billion cubic metres	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20110006, AGS OFR 2011-10, Eccles et al. (2012) NI 43-101 technical report, maiden Li-K-B-Br-Ca-Mg-Na resource estimate on lithium-enriched formation water, Fox Creek property, west-central Alberta, Hatch (2024) Preliminary economic assessment (PEA) f	Alberta Geological Survey
074E 0091	Industrial mineral	Pierre River	INDID_1338 (DIG 2019-0027)	74E	57.453611	-111.625278	-9999	Approximately 15 km to the west of McClelland Lake along Athabasca River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Calumet Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fossiliferous limestone.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20040024	Alberta Geological Survey
074D 0057	Industrial mineral	Athabasca	INDID_1337 (DIG 2019-0027)	74D	56.718724	-111.400881	-9999	Along Athabasca River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Fossiliferous, massive to nodular, lime mudstone to wackestone and packstone. High quality carbonate, but located near base of steep cliffs comprised of Cretaceous rocks.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20060012	Alberta Geological Survey
083B 0011	Industrial mineral	Medicine Lodge Hills	C121881; INDID_0368 (DIG 2019-0027)	83B	52.463085	-114.279610	-9999	Approximately 21 km to the west of the town of Sylvan Lake, AB.	Surface	Prospect	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	Good quality deposit of marl with minor tufa in a partially drained hillside location. The deposit is 0.9 m thick with 0.1 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
074D 0056	Industrial mineral	Eastside permit	INDID_1336 (DIG 2019-0027)	74D	56.900000	-111.250000	-9999	Approximately 20 km to the north of the community of Fort McMurray, AB.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Moberly Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good quality lime mudstone and nodular limestone; and low quality, brecciated and argillaceous limestones	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20060011	Alberta Geological Survey
074D 0007	Industrial mineral	Salt Well No.2 (Waterways)	E27645; INDID_0080 (DIG 2019-0027)	74D	56.675131	-111.240530	-9999	To the east of the community of Fort McMurray, AB along the Clearwater River.	Subsurface	Prospect	Salt well	-9999	Evaporites	-9999	Gypsum	Gypsum, anhydrite, dolomite, salt	Devonian	Elk Point Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gypsum and dolomite occur at 138 m depth, and Precambrian granite at 262 m. Core contains numerous cavities of gypsum (salt crystals). Several horizons of gypsum, anhydrite and dolomite interspersed with salt crystals down the well, with lenses of salt. 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Allan (1923) Fourth annual report. Alberta Research Council, National Mineral Inventory record 115046	Alberta Geological Survey
082J 0079	Industrial mineral	Head Creek	E20509; INDID_0077 (DIG 2019-0027)	82J	50.473675	-114.671210	-9999	On the eastern slopes of Patterson's Peak.	Surface	Prospect	Outcrop	-9999	Evaporites	Hamilton (1982), Table 3.	Gypsum	Evaporite	Late Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Small	-9999	Good	Gypsum deposit in Costigan Member, 10-15 m below Mississippian contact. 5 m of laminated and massive gypsum, with interbedded lenses and beds of dolomite, shale and limestone. Beds dip 35 SW, and form scree covered dip slope. Thickest bed of pure gypsum e	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 007, Hamilton (1982) Salt and gypsum in Alberta	Alberta Geological Survey
074E 0095	Industrial mineral	Firebag River	INDID_1344 (DIG 2019-0027)	74E	57.509860	-111.262776	-9999	90 km north of Fort McMurray	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Gypsum	Gypsum, anhydrite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Gypsum intervals from 11 to 55 m thick, gypsum rich zones range from 7 to 19 m in thickness.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20110010	Alberta Geological Survey
074D 0062	Industrial mineral	Salt Well No. 1 (McMurray)	E29214; INDID_0066 (DIG 2019-0027)	74D	56.731475	-111.363670	-9999	Within the community of Fort McMurray, AB.	Subsurface	Prospect	Salt well	-9999	Evaporites	-9999	Salt	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Halite, gypsum and anhydrite in the McMurray area occur within an evaporitic sequence of Middle Devonian age. A marked change in the formation, from limestone and shale to gypsum, anhydrite, and dolomite, occurs at a depth of 166.7 m below the surface. Th	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	National Mineral Inventory record 115048	Alberta Geological Survey
083H 0076	Industrial mineral	Winterburn C	C109862; INDID_0354 (DIG 2019-0027)	83H	53.517628	-113.660170	-9999	Along the western outskirts of the city of Edmonton, AB.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	In a shallow, postglacial, meltwater channel that borders the large, pitted delta area to the west, the deposit is located in a calcareous bog. A single test hole penetrated 2.5 m of 72-73% C.C.E. marl.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0074	Industrial mineral	Winterburn A	C109435; INDID_0352 (DIG 2019-0027)	83H	53.544901	-113.666540	-9999	Along the western outskirts of the city of Edmonton, AB.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	In a shallow, postglacial, meltwater channel that borders the large, pitted delta area to the west, the deposit is located in a calcareous bog. Test holes 4 and 5 penetrated 0.6 m and 1.8 m of marl respectively with a C.C.E. ranging from 68 to 85%.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
074E 0093	Industrial mineral	Hammerstone South	INDID_1349 (DIG 2019-0027)	74E	57.112061	-111.561383	-9999	Located south of Ft. McKay, south of Birch Mountain's quarry	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Waterways Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Light tan, massive to slightly nodular limestone, 1 to 6 m thick, with little shale component.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20070024	Alberta Geological Survey
074E 0092	Industrial mineral	East Firebag	INDID_1335 (DIG 2019-0027)	74E	57.522000	-111.075000	-9999	Within 20 km of McClelland Lake along Firebag River.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Slave Point Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Lime mudstone likely of the Slave Point Formation.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20060017	Alberta Geological Survey
083F 0048	Industrial mineral	Brule (Site 2.4)	C77930; INDID_0214 (DIG 2019-0027)	83F	53.324815	-117.942880	-9999	On the eastern slopes of Boule Roche.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Lower beds of formation, on east flank of an anticline forming a steep dip slope to the northeast of a northeast trending spur; 50 m interval, not sampled (but comparable to Site 2.3).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-11	Alberta Geological Survey
074E 0100	Industrial mineral	Richardson	INDID_1313 (DIG 2019-0027)	74E	57.831942	-111.000000	-9999	130 km N-NE of Fort McMurray	Surface	Project with resource estimate	Drillhole	-9999	Terrigenous	-9999	Aggregate	Carbonate	Devonian	Winnipegosis Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Maiden inferred crush rock aggregate resource estimate 683 million tonnes of aggregate material within the Winnipegosis Formation.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20160001	Alberta Geological Survey
083M 0113	Industrial mineral	Spirit River West	C101112; INDID_0320 (DIG 2019-0027)	83M	55.775981	-119.030268	-9999	Approximately 12 km to the east of the town of Spirit River, AB.	Surface	Showing	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Marl and Tufa mixed. Poor quality, 0.4 m thick with 0-0.1 m of overburden. Located 0.2km from road access. The deposit is located on a gentle slope and is ponded and very wet.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
072E 0067	Industrial mineral	Irvine (Gros Ventre area)	M8669; INDID_1179 (DIG 2019-0027)	72E	49.909443	-110.379310	-9999	Approximately 20 km southeast of the city of Medicine Hat, AB.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Shale, ash, bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Measured section from top: Glacial drift, shale 0.86 m; ash and bentonite 3.4 m; shale 7 m; bentonite 0.3 m; shale 1.47 m; bentonite 0.17 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
074D 0055	Industrial mineral	Fort McMurray	INDID_1339 (DIG 2019-0027)	74D	56.794022	-111.418726	-9999	Along Athabasca and Clearwater rivers.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Calumet Member, Moberly Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Moberly Member carbonate, along Athabasca River, consist of fossiliferous, massive to nodular, lime mudstone to wackestones, with some slightly argillaceous interbeds. Calumet member: along the north bank of Clearwater River, upstream from its confluence 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20040022	Alberta Geological Survey
074D 0061	Industrial mineral	Poplar Creek North	INDID_1351 (DIG 2019-0027)	74D	56.910400	-111.443400	-9999	North of Ft. McMurray	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Carbonate	Carbonate	Devonian	Waterways Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Moberly Member: fossiliferous, massive to nodular, dolomitic lime mudstone to wackestone and packstone. Potential for high-calcium carbonate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20130008	Alberta Geological Survey
074D 0060	Industrial mineral	Poplar Creek South	INDID_1352 (DIG 2019-0027)	74D	56.900500	-111.449000	-9999	North of Ft. McMurray	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Carbonate	Carbonate	Devonian	Waterways Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Moberly Member: fossiliferous, massive to nodular, dolomitic lime mudstone to wackestone and packstone. Potential for high-calcium carbonate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20130007	Alberta Geological Survey
073E 0023	Industrial mineral	Lac Brousseau	C112611; INDID_0197 (DIG 2019-0027)	73E	53.844088	-111.671790	-9999	Two locations, at the NW and SW bays of Lac Brousseau.	Surface	Prospect	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, peat, organic deposits	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	Northern deposit: 1.10 m thick marl with a C.C.E. >66%. Southern deposit: 1.10 m thick marl with a C.C.E. >48%. Peat and organic deposits overlie the marl in most places with thicknesses up to 0.5 m.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083C 0092	Industrial mineral	Shunda Bridge E	C163821; INDID_0271 (DIG 2019-0027)	83C	52.501192	-116.004320	-9999	Approximately 5 km to the east of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Devonian, Mississippian	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Not sampled, structural position uncertain.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
084P 0003	Industrial mineral	Salt River B	E20102; INDID_0075 (DIG 2019-0027)	84P	59.902636	-112.285110	-9999	Approximately 25 km to the west of the town of Fort Smith, NWT.	Surface	Showing	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Devonian	Chinchaga Formation	-9999	-9999	-9999	-9999	Large	-9999	-9999	Outcrop sample of pink, earthy gypsum from base of escarpment.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 145	Alberta Geological Survey
083B 0015	Industrial mineral	Caroline	C115224; INDID_0372 (DIG 2019-0027)	83B	52.024333	-114.791930	-9999	Approximately 7 km to the south of the village of Caroline, AB near Beaver Creek.	Surface	Prospect	Hillside spring	-9999	Chemical and Biogenics	-9999	Tufa	Tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	Poor-good quality deposit of wet tufa located on a hillside. The deposit is 1.0 m thick with 0-0.2 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
073E 0031	Industrial mineral	Anglo Home C&E Elk Pt. #2	E32485; INDID_0028 (DIG 2019-0027)	73E	53.920526	-110.787030	-9999	Approximately 8 km to the east of the town of Elk Point, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation, Cold Lake Formation, Prairie Evaporite	-9999	ELK POINT NO. 2	100/03-14-057-06W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval (#1): 2805-3256, cored: 2806-3256. Cold Lake salt interval (#1): 3554-3671, cored: 3554-3671. Upper Lotsberg salt interval (#1): 3771-4173, cored: 3780-4163.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS DIG 2003-0014, AGS INF 006	Alberta Geological Survey
073E 0012	Industrial mineral	Anglo Home C&E Elk Pt. #3	E32203; INDID_0038, INDID_0029 (DIG 2019-0027)	73E	53.974915	-110.632310	-9999	Approximately 20 km to the northeast of the town of Elk Point, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation, Cold Lake Formation, Prairie Evaporite	-9999	Anglo Home C&E Elk Pt. #3	100/15-35-057-05W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval (#1): 2894-3301, cored: 2894-3301. Cold Lake salt interval (#1): 3659-3787, cored: 3659-3787. Upper Lotsberg salt interval (#1): 3860-4293, cored 3860-4293.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Cole (1948) Potash discoveries in western Canada, AGS INF 006	Alberta Geological Survey
074D 0023	Industrial mineral	Bear Vampire #1	E9422; INDID_0046 (DIG 2019-0027)	74D	56.571627	-111.848550	-9999	Approximately 30 km to the west of the community of Fort McMurray, AB along the Athabasca River.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	BEAR VAMPIRE NO.1	100/07-28-087-12W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 1293-1881, cored: 1369-1881.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
073M 0003	Industrial mineral	Richfield Pony Creek #2	E8375; INDID_0042 (DIG 2019-0027)	73M	55.906135	-111.104240	-9999	Approximately 30km to the north of the hamlet of Conklin, AB.	Subsurface	Showing	Drill core	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite Formation	-9999	-9999	-9999	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 1775-n.p., cored: 1775-1802 T.D.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data	Alberta Geological Survey
084A 0002	Industrial mineral	Bear Biltmore #1	E16421; INDID_0060 (DIG 2019-0027)	84A	56.527873	-112.592810	-9999	Approximately 210 km north of the town of Athabasca, AB near to the Athabasca River.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	BEAR-BILTMORE NO 1	100/07-11-087-17W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 1788-2442, cored: 1790-2442.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
073M 0002	Industrial mineral	Christina R. Hardy #1	E8020; INDID_0041 (DIG 2019-0027)	73M	55.695931	-111.256607	-9999	Approximately 105 km south of the community of Fort McMurray, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	CHRISTINA RIVER HARDY NO. 1 WELL	100/02-25-077-09W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 1897-2460, cored: 1897-2460.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
084J 0003	Industrial mineral	Fina et al Margaret	E17545; INDID_0064 (DIG 2019-0027)	84J	58.620160	-114.871690	-9999	Approximately 22 km to the northeast of the village of John D'Or Prairie, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Muskeg Formation, Prairie Evaporite	-9999	FINA ET AL MARGARET 4-12-111-6	100/04-12-111-06W5/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 2 191-2 690. Main salt: 2 543-2 690. Cored: 2 544-2 604	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
084O 0002	Industrial mineral	Shell IOE Wood Buffalo	E17776; INDID_0065 (DIG 2019-0027)	84O	59.036213	-114.203660	-9999	Approximately 14 km to the east Wentzel Lake.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Muskeg Formation, Prairie Evaporite	-9999	SHELL IOE WOOD BUFFALO 16-35-115-2	100/16-35-115-02W5/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 2 852-3 380. Main salt: 3 246-3 380. Cored: 3 318-3 370.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
073L 0002	Industrial mineral	Canadian Seaboard Ernestina Lk.	E7489; INDID_0039 (DIG 2019-0027)	73L	54.192590	-110.464980	-9999	Approximately 16km to the southeast of the hamlet of Fort Kent, AB.	Subsurface	Showing	Drill core	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite Formation	-9999	-9999	-9999	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 2448-2928, cored: 2651-61	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Research Council Economic Mineral File, unpublished data	Alberta Geological Survey
083P 0008	Industrial mineral	Imperial Wolverine	E16049; INDID_0058 (DIG 2019-0027)	83P	55.597112	-112.653800	-9999	Approximately 106 km north of the town of Athabasca, AB near to the Athabasca River.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMPERIAL WOLVERINE 7-24-76-18	100/07-24-076-18W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3213-3756, cored: 3728-56.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
084H 0003	Industrial mineral	FPC Liege	E16716; INDID_0061 (DIG 2019-0027)	84H	57.116936	-113.771360	-9999	Approximately 150 km to the west of the community of Fort McMurray, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	ALBERTA856 15-34-93-24	100/15-34-093-24W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3262-4190, cored: 4046-4190.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
083I 0015	Industrial mineral	Bear Parkford #1	E14888; INDID_0056 (DIG 2019-0027)	83I	54.678750	-112.182660	-9999	On the southern shore of Tawakwato Lake.	Subsurface	Showing	Drill core	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite Formation	-9999	-9999	-9999	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3316-3798, cored: 3493-98, 3560-76, 3697-3702, 3710-12, 3783-85, 3787-91.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	ERCB ST 91-18; Alberta Research Council Economic Mineral File, unpublished data	Alberta Geological Survey
073E 0019	Industrial mineral	Blackfoot Devonian Test Synd. #1	E5686; INDID_0036 (DIG 2019-0027)	73E	53.315460	-110.221835	-9999	Approximately 12 km to the west of the city of Lloydminister, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	BLACKFOOT DEVONIAN TEST SYNDICATE #1	1A0/12-15-050-02W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3365-n.p., cored: 3365-3416 T.D.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
073L 0001	Industrial mineral	Angelus Ashmont #1	E7741; INDID_0040 (DIG 2019-0027)	73L	54.163951	-111.574210	-9999	Approximately 22 km to the east of the village of Vilna, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	CNRL ASHMONT 13-3-60-11	100/13-03-060-11W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3462-3927, cored: 3462-77.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
073E 0018	Industrial mineral	Vermilion Consolidated Oils #15	E5556; INDID_0035 (DIG 2019-0027)	73E	53.210479	-110.750960	-9999	Approximately 16 km to the south of the town of Vermilion along Grizzly Bear Creek.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	VERMILION CONSOLIDATED OILS #15	100/06-12-049-06W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3481-3903, cored: 3481-3903.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
084G 0001	Industrial mineral	Imperial House Creek #1	E17242; INDID_0063 (DIG 2019-0027)	84G	57.102856	-114.265770	-9999	Approximately 150 km to the west of the community of Fort McMurray, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMPERIAL HOUSE CREEK NO. 1	100/13-28-093-02W5/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3613-4094, cored: 3630-59, 3771-84.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
084H 0004	Industrial mineral	FPC et al Liege River	E16974; INDID_0062 (DIG 2019-0027)	84H	57.115900	-113.959760	-9999	Approximately 150 km to the west of the community of Fort McMurray, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	ALBERTA856 10-33-93-25	100/10-33-093-25W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3613-4342, cored: 4285-4342.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
083P 0005	Industrial mineral	Bear Maxgeorge #1	E15447; INDID_0057 (DIG 2019-0027)	83P	55.000320	-112.924970	-9999	Approximately 39 km to the northeast of the town of Athabasca, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	BEAR MAXGEORGE #1	100/05-25-069-20W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 3709-4158, cored: 3920-30, 3977-81, 4035-40, 4080-85, 4103-14.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Belyea (1952) Notes on the Devonian system of the north-central plains of Alberta	Alberta Geological Survey
083H 0053	Industrial mineral	Imperial Willingdon #1	E11629; INDID_0052 (DIG 2019-0027)	83H	53.756876	-112.123390	-9999	Approximately 30 km to the north of the town of Vegreville, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	PEOC WILDON 14-14-55-15	100/14-14-055-15W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 4180-4591, cored: 4200-19.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
073D 0009	Industrial mineral	NVL Kinsella #75 (Imperial Irma #1)	E5183; INDID_0034 (DIG 2019-0027)	73D	52.965180	-111.203310	-9999	Approximately 6 km to the north of the village of Irma, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	NVL Kinsella #75 (Imperial Irma #1)	100/06-14-046-09W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 4294-4710, cored: 4335-50.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083H 0052	Industrial mineral	Imperial Pinedale #1	E11412; INDID_0051 (DIG 2019-0027)	83H	53.692394	-112.295620	-9999	Approximately 28 km to the northwest of the town of Vegreville, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMPERIAL PINEDALE NO. 1 WELL	100/07-28-054-16W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 4537-n.p., cored: 4571-91.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
073D 0003	Industrial mineral	Imperial Provost #2	E2828; INDID_0031 (DIG 2019-0027)	73D	52.217539	-110.364370	-9999	Approximately 16 km to the south of the town of Provost, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMPERIAL-PROVOST NO. 2	100/01-33-037-03W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 4605-4970, ?5231-32, cored 4605-4970. [Prairie Evaporite Salt is the thickest and most extensive of all Elk Point salts.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Cole (1948) Potash discoveries in western Canada, AGS INF 006	Alberta Geological Survey
083I 0009	Industrial mineral	Imperial Darling #1	E14824; INDID_0055 (DIG 2019-0027)	83I	54.382318	-112.828040	-9999	Approximately 37 km to the northwest of the town of Smoky Lake, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMPERIAL DARLING NO. 1	100/16-19-062-19W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 4636-4989, cored: 4653-63.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083P 0009	Industrial mineral	Imperial Pelican Hills	E16296; INDID_0059 (DIG 2019-0027)	83P	55.655261	-113.798780	-9999	Approximately 74 km to the northeast of the town of Slave Lake, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMP PELICAN HILLS 6-10-77-25	100/06-10-077-25W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 4881-5290, cored: 5251-90.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER General Well Data	Alberta Geological Survey
083H 0050	Industrial mineral	Anglo Canadian Beaverhill Lake #2	E10599; INDID_0049 (DIG 2019-0027)	83H	53.303215	-112.381890	-9999	On the eastern outskirts of the village of Ryley, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	BEAVERHILL LAKE NO. 2 WELL	100/11-11-050-17W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 5100-5420, cored: 5100-5420.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
082P 0006	Industrial mineral	B.A. Hand Hills #1	E10143; INDID_0047 (DIG 2019-0027)	82P	51.567086	-112.286700	-9999	Approximately 10 km to the south of the town of Delia, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	B.A. OMNITRANS HAND HILLS #1 WELL	100/07-14-030-17W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 5482-5552.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS INF 006	Alberta Geological Survey
083H 0054	Industrial mineral	Imperial Fedorah #1	E14183; INDID_0053 (DIG 2019-0027)	83H	53.947104	-113.343360	-9999	Approximately 40 km to the north of the city of Edmonton, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	DORSET FEDORAH 13-22-57-23	100/13-22-057-23W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 5558-5756, cored: 5598-5616.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083I 0008	Industrial mineral	Imperial Clyde #1	E14507; INDID_0054 (DIG 2019-0027)	83I	54.131942	-113.552580	-9999	Approximately 6 km to the east of the village of Clyde, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMPERIAL CLYDE NO. 1	100/09-29-059-24W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 5598-5640, cored: 5598-5606.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083H 0048	Industrial mineral	Imperial Ardrossan #1	E32734; INDID_0019 (DIG 2019-0027)	83H	53.577523	-113.060960	-9999	Approximately 4 km to the southwest of the community of Kensington, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation, Prairie Evaporite	-9999	IMPERIAL ARDROSSAN NO. 1	100/08-17-053-21W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 5782-6005, cored: 5790-5800. Upper Lotsberg salt interval: 6456-6536, cored: 6534-44.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083H 0051	Industrial mineral	Chemcell Clover NaCl 10-17	E11189; INDID_0050 (DIG 2019-0027)	83H	53.581750	-113.354420	-9999	Within the city of Edmonton, AB along the North Saskatchewan River.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	WBPINC. DISP EDMONTON 10-17-53-23	100/10-17-053-23W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 5976-6082, cored: 5976-6087.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
074D 0022	Industrial mineral	Bear Rodeo #1	E9187; INDID_0045 (DIG 2019-0027)	74D	56.731509	-111.390050	-9999	Within the community of Fort McMurray, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	BEAR RODEO NO. 1	100/08-20-089-09W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 625-834, cored: 625-834.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
082P 0007	Industrial mineral	Socony Vacuum Craigmyle	E10445; INDID_0048 (DIG 2019-0027)	82P	51.789538	-112.246221	-9999	Approximately 25 km to the northwest of the town of Hanna, AB south of Farrell Lake.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	SOCONY CRAIGMYLE NO. 1	100/12-32-032-16W4/00	-9999	Large	-9999	-9999	Prairie Evaporite salt interval: 6567-6612.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS INF 006	Alberta Geological Survey
083M 0112	Industrial mineral	Spirit River	C100722; INDID_0319 (DIG 2019-0027)	83M	55.757649	-118.871620	-9999	On the southern outskirts of the town of Spirit River, AB.	Surface	Prospect	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Good	Recent seepage marl deposit on side of bedrock upland. Most samples averaged 40-50% calcium carbonate equivalent (C.C.E.). Colour ranges from white for high quality samples to brown for low quality ones.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0075	Industrial mineral	Winterburn B	C109742; INDID_0353 (DIG 2019-0027)	83H	53.524823	-113.666530	-9999	Along the western outskirts of the city of Edmonton, AB.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Large	-9999	Fair	Seepage ponded marl deposit in calcareous bog. Three test holes indicate 1.5-1.9 m of 68-85% C.C.E. marl.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083C 0089	Industrial mineral	Kootenay Plains Scarp	C172156; INDID_0267 (DIG 2019-0027)	83C	52.040233	-116.425933	-9999	Near the southern end of Abraham Lake.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Mississippian	Mount Head Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	Siliceous dolomite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
082G 0241	Industrial mineral	Phillipps Pass (Site 3A)	C15138; INDID_0127 (DIG 2019-0027)	82G	49.642506	-114.658070	-9999	Along the northern slopes of Crowsnest Ridge.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	Site on both sides of pass, within the Livingstone Fm. It is presumed that the same lithological succession that occurs on the south side of Crowsnest Ridge, occurs in this location i.e. light grey, medium-grained, heavily bedded, jointed limestone. . Sev	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10	Alberta Geological Survey
084I 0003	Industrial mineral	Lake Claire	E19891; INDID_0074 (DIG 2019-0027)	84I	58.425610	-112.259230	-9999	On the western shore of Lake Claire.	Subsurface	Showing	Drillhole	Outcrop	Evaporites	-9999	Gypsum	Evaporite	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	-9999	-9999	-9999	Medium	-9999	-9999	Soft, pink to white bedded gypsum, underlying glacial till and lacustrine sediments from 8-112 feet thick; gypsum thickness unknown, penetrated in drill holes only to 3 feet. Outcropping gypsum also observed at Spruce Point, on lake bottom.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1972-01, AGS MAP 144	Alberta Geological Survey
083B 0012	Industrial mineral	Gabriel Lake N	C114853; INDID_0369 (DIG 2019-0027)	83B	52.428441	-114.444430	-9999	Approximately 27 km to the west of the town of Sylvan Lake, AB near Wood Lake.	Surface	Test	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Submarginal quality, wet, calcareous sediments on a lake bed. The deposit is 1.25 m thick with 0.6 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083B 0013	Industrial mineral	Gabriel Lake S	C99749; INDID_0370 (DIG 2019-0027)	83B	52.428544	-114.564410	-9999	Approximately 40 km to the west of the town of Sylvan Lake, AB along Blueberry Creek.	Surface	Test	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	Submarginal quality, wet, calcareous sediments on a lake bed. The deposit is 1.25 m thick with 0.6 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
084C 0012	Industrial mineral	Grimshaw	C103534; INDID_0329 (DIG 2019-0027)	84C	56.110321	-117.650493	-9999	Approximately 7 km to the south of the town of Grimshaw, AB.	Surface	Past producer	Spring mound	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Good	The deposit is a mound of marl 3 m high with numerous tufa fragments up to 30 cm long scattered about the site. The deposit is lensoidal in shape with a maximum thickness at the center of 4 m and a diameter of 360 m. . Samples ran as high as 96.8% C.C.E. 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1974-37, AGS OFR 1982-02	Alberta Geological Survey
083N 0108	Industrial mineral	Wabatanisk Creek	C103046; INDID_0327 (DIG 2019-0027)	83N	55.363635	-117.403860	-9999	Approximately 45 km to the south of the village of Girouxville, AB.	Surface	Showing	Abandoned channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Poor	The deposit is an insignificant quantity of 50-65% C.C.E. marl, 0.2 m thick and overlain by 1 m of overburden. It is well drained and located on a creek floodplain. Road access is 1.6 km away.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083N 0106	Industrial mineral	Cornwall Creek	C102618; INDID_0325 (DIG 2019-0027)	83N	55.101315	-117.896310	-9999	Approximately 58 km to the east of the city of Grande Prairie, AB.	Surface	Prospect	Floodplain deposit	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Good	The deposit is composed of 0.2 m of poor quality marl located on a flat terrace by the roadside. It is overlain by 0.2 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083N 0105	Industrial mineral	Debolt Creek	C102301; INDID_0324 (DIG 2019-0027)	83N	55.254238	-117.955360	-9999	Approximately 50 km to the east of the city of Grande Prairie, AB.	Surface	Prospect	Shoreline fringe	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Good	The deposit is composed of poor quality, well drained marl, 0.2 m thick. It is located on a lakeshore, less than 200 m from the road, and is overlain by 0.2 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083M 0114	Industrial mineral	Flyingshot Lake	C101932; INDID_0323 (DIG 2019-0027)	83M	55.145279	-118.876970	-9999	In the city of Grand Prairie, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	The deposit is located by the roadside in a well drained bog. It is composed of 0.5 m of submarginal calcareous sediments overlain by 0.2 m of overburden.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083M 0104	Industrial mineral	Demmit	C101786; INDID_0322 (DIG 2019-0027)	83M	55.414690	-119.932940	-9999	Approximately 20 km to the west of the village of Hythe, AB.	Surface	Past producer	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Till, sand, marl	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Good	The deposit is situated on a heavily wooded hillside adjacent to a small stream. Access is via overgrown wagon trails established by early settlers. 16 m of till with a thin covering of outwash sand overlying the Cretaceous Wapiti Formation. Carbonate ric	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1974-37, AGS OFR 1982-02	Alberta Geological Survey
083M 0105	Industrial mineral	Bay Tree	C101542; INDID_0321 (DIG 2019-0027)	83M	55.757821	-119.773250	-9999	Located in a shallow pond near the confluence of two streams and 1 km north of the nearest gas-well service road.	Surface	Prospect	Seepage ponded	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Poor	The pond has a distinctly yellowish-white bottom. A test hole at the north edge of the pond showed 2 m of marl with 80% C.C.E. or greater overlying 1 m of sediment having a C.C.E. of 40%. All samples from this hole were water saturated. . A second test ho	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1974-37, AGS OFR 1982-02	Alberta Geological Survey
072E 0065	Industrial mineral	Irvine (Gros Ventre area)	M7243; INDID_1174 (DIG 2019-0027)	72E	49.851596	-110.557490	-9999	Approximately 20 km southeast of the city of Medicine Hat, AB.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite, shale	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 8.4 m	There are two seams of bentonite, the upper one is 2.9 m thick, and the lower one 1.5 m, with a shale of 8.4 m interbedding in between.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
074M 0283	Industrial mineral	Salt River A	E19699; INDID_0073 (DIG 2019-0027)	74M	59.789969	-111.762310	-9999	Approximately 25 km to the south of the town of Fort Smith, NWT.	Surface	Showing	Outcrop	-9999	Evaporites	-9999	Gypsum	Evaporite	Devonian	Chinchaga Formation	-9999	-9999	-9999	-9999	Small	-9999	-9999	These deposits are the near-surface projection of the Devonian Chinchaga Formation evaporites of the Lower Elk Point Subgroup. 20 feet of thin bedded white gypsum overlain by 10 feet of dolomitic limestone.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Camsell (1917) Salt and gypsum deposits of the region between Peace and Slave Rivers, northern Alberta, AGS MAP 145	Alberta Geological Survey
072L 0034	Industrial mineral	Pinhorn	INDID_1343 (DIG 2019-0027)	72L	50.744666	-110.019599	-9999	Approximately 23 km south of the village of Empress, AB.	Subsurface	Showing	Well	-9999	Evaporites	-9999	Salt	Salt, anhydrite, dolomite, mudstone	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	CDN LAND MEDHAT 14-36-20-1	100/14-36-020-01W4/00	-9999	-9999	-9999	-9999	Thickness of 60-67 m, and thins to 38 m to the west.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19950023	Alberta Geological Survey
082G 0240	Industrial mineral	Phillipps Pass (Site 2)	C14891; INDID_0126 (DIG 2019-0027)	82G	49.646120	-114.646620	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Devonian	Palliser Formation	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Three zones of high quality, dark grey, fine-grained limestone separated by zones of mottled brownish grey, medium-crystalline dolomitic limestone. Dip of formation: 37-47SW. Formation thickness is increased by at least one thrust fault to 280 m. The thr	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-10	Alberta Geological Survey
084D 0164	Industrial mineral	Campbell	C104050; INDID_0331 (DIG 2019-0027)	84D	56.235574	-119.940370	-9999	Approximately 100 km to the west of the town of Fairview, AB near Peace River or its subsidiaries.	Surface	Prospect	Spring mound	-9999	Chemical and Biogenics	-9999	Marl	Marl, tufa	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	Fair	Tufa, minor marl. A lens shaped mass, maximum thickness of 2.25 m (at the center) and an average thickness of 1 m over a radius of 45 m. Interbedded shale and sandstone of the Kaskapau Fm. overlain predominantly by glaciolacustrine sediments or till. The 	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0072	Industrial mineral	Bon Accord N	C46174; INDID_0196 (DIG 2019-0027)	83H	53.912689	-113.433300	-9999	Approximately 30 km to the north of the city of Edmonton, AB.	Surface	Prospect	Abandoned glacial channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Large	-9999	Poor	Two deposits in a wide valley 20 m deep that is marshy at the northern deposit, and is filled by a shallow lake at the southern deposit. North deposit: ~1 m thick and minimum grade of 65% C.C.E., volume of 392,000 cu. m of marl. If a 50% C.C.E., thickness	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
083H 0084	Industrial mineral	Bon Accord S	C112383; INDID_0363 (DIG 2019-0027)	83H	53.887145	-113.402400	-9999	Approximately 30 km to the north of the city of Edmonton, AB.	Surface	Prospect	Abandoned glacial channel	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl	Quaternary	-9999	-9999	-9999	-9999	-9999	Large	-9999	Poor	Two deposits in a wide valley 20 m deep that is marshy at the northern deposit, and is filled by a shallow lake at the southern deposit. North deposit: ~1 m thick and minimum grade of 65% C.C.E., volume of 392,000 cu. m of marl. If a 50% C.C.E., thickness	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
074D 0012	Industrial mineral	Industrial Minerals Ltd. #1	E8648; INDID_0044, INDID_0043 (DIG 2019-0027)	74D	56.698846	-111.336980	-9999	Within the community of Fort McMurray, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	TH INDUSTRIAL MINERALS #1	1AA/08-10-089-09W4/00	-9999	Large	-9999	-9999	Unknown well. Prairie Evaporite salt interval: 694-934.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 34, AGS INF 065, AGS BUL 029	Alberta Geological Survey
083I 0007	Industrial mineral	Imperial Grosmont #1	E15170; INDID_0021 (DIG 2019-0027)	83I	54.803767	-113.484320	-9999	Approximately 16 km to the northwest of the town of Athabasca along the Athabasca River.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation	-9999	IMPERIAL GROSMONT NO. 1 WELL	100/13-17-067-23W4/00	-9999	Large	-9999	-9999	Upper Lotsberg salt interval: 5519-5766, cored: 5536-51. Lower Lotsberg salt interval: 5957-6044, cored: 5957-72	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083H 0047	Industrial mineral	Chevron Ft. Sask. LPGS	E12802; INDID_0022 (DIG 2019-0027)	83H	53.748409	-113.154340	-9999	In the city of Fort Saskatchewan, AB.	Subsurface	Past producer	Drillhole	-9999	Evaporites	-9999	Salt (storage)	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	KEYERA LPG 8B FTSASK 8-14-55-22	100/08-14-055-22W4/00	-9999	Large	-9999	-9999	Upper Lotsberg salt interval: 6080-6332, cored: 6214-6304. 6110-6343, cored: 6110-6327. 6091-6326, cored: 6122-6326. 072-6318, cored: 6072-6318. Salt cavern for underground storage of petroleum products.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029, AER General Well Data	Alberta Geological Survey
083O 0005	Industrial mineral	SOBC Calstan Hondo	E15800; INDID_0020 (DIG 2019-0027)	83O	55.106470	-114.480955	-9999	Approximately 27 km to the southeast of the town of Slave Lake, AB.	Subsurface	Prospect	Drillhole	-9999	Evaporites	-9999	Salt	Salt	Middle Devonian	Lotsberg Formation (upper)	-9999	CARDINAL MITSUE 12-36-70-4	100/12-36-070-04W5/00	-9999	Large	-9999	-9999	Upper Lotsberg salt interval: 6612-6656, cored: 6612-6653.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029	Alberta Geological Survey
083C 0124	Industrial mineral	Shunda Mountain	-9999	83C	52.791911	-116.102798	-9999	Northern part of Brazeau Range, north of Nordegg, covering Shunda Mountain and western part of Coliseum Mountain	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone, Dolomite	Limestone, dolostone	Late Devonian, Mississippian	Palliser Formation, Banff Formation, Pekisko Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	50 samples collected with location on map, description on table and whole rock geochem on table	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120009	Alberta Geological Survey
083J 0015	Industrial mineral	McGregor	C104647; INDID_0333 (DIG 2019-0027)	83J	54.098240	-115.399380	-9999	Approximately 24 km to the northwest of the town of Mayerthorpe, AB.	Surface	Past producer	Hillside seepage	-9999	Chemical and Biogenics	-9999	Marl/tufa	Marl, peat	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	Fair	Thickness ranges 3.6 m a to 0.3 m. Peat interbedded with the non-tuffaceous marl. C.C.E. values are quite variable with most from 80-85% with the organic rich layers 40-60%. Fair-good quality.	A composite sample from the stockpile showed an average of 77.5% C.C.E.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1982-02	Alberta Geological Survey
074M 0293	Industrial mineral	Potts Lake Southwest	IE34019; INDID_0001 (DIG 2019-0027)	74M	59.693980	-110.441520	-9999	On the southern tip of Potts Lake.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay	-9999	Precambrian	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Concentration of massive arsenopyrite occur in a 1 m wide zone, within a siliceous, chloritic metasedimentary band of Precambrian age within the Churchill Structural Province. Minor blue and green staining is evident.	Assays showed that gold silver and nickel were absent.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	National Mineral Inventory record 115001	Alberta Geological Survey
073D 0008	Industrial mineral	Imperial Provost No. 2	E29888; INDID_0082 (DIG 2019-0027)	73D	52.217539	-110.364370	-9999	Approximately 16 km to the south of the town of Provost, AB.	Subsurface	Showing	Drillhole	-9999	Evaporites	-9999	Potash	Evaporite	Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	IMPERIAL-PROVOST NO. 2	100/01-33-037-03W4/00	-9999	-9999	-9999	-9999	Sylvinite, beds. Top of salt strata at 666.6 m, thickness 171 m. Two potash zones: top at 667.5 m, thickness 2.7 m, K2O equivalent 4.05%; top at 697.7 m, thickness 1.5 m, K2O equivalent 3.32%.	Associated mineral: Halite (Sodium chloride).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 029, AGS ESR 1958-02, National Mineral Inventory record 115073	Alberta Geological Survey
083K 0031	Industrial mineral	Fox Creek, Beaverhill Lake aquifer	-9999	83K	54.102582	-116.625314	-9999	20 km NE of town Fox Creek, 60 km west of Whitecourt. Provincial Highway 43 is located 8 km north of the Property. The Property can be accessed from the highway via one or two lane all-weather roads. Highway 947 runs north-south through the central part.	Subsurface	Test	Well	-9999	Brines	-9999	Potash, Sodium, Boron, Bromine, Potassium, Calcium, Magnesium	Formation water	Devonian	Beaverhill Lake Group, Leduc Formation	-9999	WESTFIRE KAYBOBS 13-12-62-20	100/13-12-062-20W5/00	-9999	-9999	-9999	-9999	-9999	Brine analysis	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20170006	Alberta Geological Survey
084C 0011	Industrial mineral	Smoky River (#12)	T148758; INDID_1056 (DIG 2019-0027)	84C	56.076550	-117.455970	-9999	Approximately 20 km south of the town of Peace River, AB along Smoky River.	Surface	Test	Alluvial gravel	-9999	Terrigenous	-9999	Quartzite	Gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Quartzite as pebbles and cobbles in alluvial gravels, derived from quartzite formations in the Rocky Mountains. Most are rounded, fine grained, coarser fractions have chemical composition suitable for smelter flux, and ferrosilicon and silica brick.	Mineral analyses "Smoky 12" (Halferdahl,1969), p. 5, 20-22.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1969-02	Alberta Geological Survey
083F 0062	Industrial mineral	Coal Valley	T113180; INDID_0715 (DIG 2019-0027)	83F	53.079602	-116.785410	-9999	Approximately 60 km to the southwest of the town of Edson, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	-9999	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mineral analyses (Scafe, 1991): Sample WH 76-31(%): Sme. 100, Feld. trace; Sample WH 76-32: Sme. 100, Feld. trace; Sample WH 76-33: Sme. 100, Cal.-Dol. minor, Feld. minor; Sample WH 76-34: Sme. 100, Feld. trace; Sample WH 76-35: Sme. 100, Feld. Trac	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0017	Industrial mineral	Onoway area (Loc. 43)	M17549; INDID_1201 (DIG 2019-0027)	83G	53.808475	-114.282720	-9999	The locality covers SW 1/4, NE 1/4 and LSD 7 of the Section 6.	Surface	Showing	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 4 - 5.7 m	Bentonite, trace to 1.76 m thick, of low quality mainly due to co-mingling of outer surface of bentonite lenses with top soil, etc. The bentonite does not outcrop, but is found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. Lensin	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115059	Alberta Geological Survey
083G 0072	Industrial mineral	Entwistle	T114783; INDID_0720 (DIG 2019-0027)	83G	53.588716	-114.964670	-9999	On the outskirts of the village of Entwistle, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Silt, clay	Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Varves, dark yellowish brown and dusky yellowish brown, 1-1.7 m thick above till, Upper 0.7 m is soil and loses its varves. Material not silty. Silt about 0.33 m thick at contact between clay and till. Only clay sampled.	Mineral analysis (Scafe, 1991): Sample DS 75-18-1(%): Kao. 10, Ill. 40, Sme. 45, Chl. 5.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0071	Industrial mineral	Entwistle	T114616; INDID_0719 (DIG 2019-0027)	83G	53.566956	-115.050570	-9999	Approximately 4 km to the south of the village of Entwistle, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Clay	Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Clay, varved, approx. 0.33 m. Bayrock in guidebook reports 1.3-2 m from this area; Varves, dark yellowish brown and dusky yellowish brown, non-silty, overlies till.	Mineral analysis (Scafe, 1991): Sample DS 75-19-1(%): Kao. 10, Ill. 35, Sme. 50, Chl. 5, Cal.Dol. minor, Feld. trace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083F 0061	Industrial mineral	Hinton	T84259; INDID_0712 (DIG 2019-0027)	83F	53.341342	-117.467800	-9999	Approximately 8 km to the south of the town of Hinton, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	Shale	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Shale, olive grey, about 1.7 m, hard, conchoidally weathering, noncalcareous. Manganese stain on many conchoidal fracture; Bentonite, pale olive, 0.33 m, slightly silty below the shale above, weathers to pale olive to moderate greenish yellow. Some small 	Mineral analysis (Scafe, 1991): Sample DS 75-22-1(%): Kao. 40, Sme. 60, Feld. minor.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0069	Industrial mineral	Telfordville	T105430; INDID_0713 (DIG 2019-0027)	83G	53.277615	-114.162230	-9999	Approximately 10 km to the northwest of the town of Thorsby, AB along Strawberry Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Shale, dark yellowish brown, massive, calcareous, slightly silty, 2.7-3.3 m in new roadcut above till and above Horseshoe Canyon. Breaks into 2.5-3.8 cm blocks.	Mineral analysis (Scafe, 1991): Sample DS 75-39-1(%): Kao. 15, Ill. 45, Sme. 30, Chl. 10, Feld. trace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083G 0070	Industrial mineral	Genesee	T110768; INDID_0714 (DIG 2019-0027)	83G	53.369107	-114.341370	-9999	Approximately 40 km to the west of the city of Edmonton along the North Saskatchewan River, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Shale, dark yellowish brown, massive, calcareous, slightly silty, 3.3-5 m exposed road cut (east side of road).	Mineral analysis (Scafe, 1991): Sample DS 75-40-1(%): Kao. 15, Ill. 50, Sme. 25, Chl. 10, Cal.-Dol. minor, Feld. trace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082O 0165	Industrial mineral	Mitford	T49642; INDID_0710 (DIG 2019-0027)	82O	51.320021	-114.613020	-9999	Approximately 16 km to the northwest of the town of Cochrane, AB near Rhodes Creek.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	Mudstone	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mudstone, olive grey, hard, approx. 2 m exposed in roadcut but probably present above and below, overburden seems minimal, breaks in <5 cm tabular blocks, reddish brown with stain on vertical cracks.	Mineral analysis (Scafe, 1991): Sample DS 76-49-1(%): Kao. 15, Ill. 50, Sme. 35, Feld. trace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082O 0166	Industrial mineral	Water Valley	T49893; INDID_0711 (DIG 2019-0027)	82O	51.516525	-114.724050	-9999	First outcrop is at the west of Little Red Deer River.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	Sandstone, shale, mudstone	Late Cretaceous	Brazeau Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sandstone and shale or mudstone, olive grey, thin to medium laminae, break <5 cm - <1 cm tabular blocks, fairly steep dip to west. Shale harder in some areas than others. Overburden thickens up hill.	Mineral analysis (Scafe, 1991): Sample DS 76-50-1(%): Kao. 40, Ill. 40, Sme. 20, Feld. trace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083L 0016	Industrial mineral	Cutpick Hill	T7376; INDID_0708 (DIG 2019-0027)	83L	54.043112	-119.076950	-9999	Along the northeastern spur of Mt. Hamell.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	Shale	Late Cretaceous	Kaskapau Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Shale, olive black, thin laminated, non-silty, light olive brown nodules in layers but these contain no silt either noncalcareous, some silt bands <10 cm thick.	Mineral analysis (Scafe, 1991): Sample DS 78-95-1(%): Kao. 35, Ill. 65, Feld. trace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082G 0264	Industrial mineral	Coleman	T85041; INDID_0716 (DIG 2019-0027)	82G	49.680641	-114.480190	-9999	Approximately 4 km to the north of the town of Coleman, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	-9999	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mineral analysis (Scafe, 1991): Sample WH 75-37(%): Kao. 5, Ill. 95.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082G 0265	Industrial mineral	Tod Creek	T113472; INDID_0717 (DIG 2019-0027)	82G	49.760905	-114.480220	-9999	Approximately 14 km to the north of the town of Coleman, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Clay/shale	-9999	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	The sampling place is about 13 km east of Tod Creek and 15 km north of Coleman.	Mineral analysis (Scafe, 1991): Sample WH 75-38(%): Kao. 50, Ill. 50.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
082O 0167	Industrial mineral	Seebe	T114378; INDID_0718 (DIG 2019-0027)	82O	51.092427	-115.052830	-9999	On the outskirts of the hamlet of Seebee, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Wapiabi Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mineral analysis (Scafe, 1991): Sample WH 75-41(%): Kao. 20, Ill. 70, Chl. 10, Cal.-Dol. trace, Feld. trace.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ECO 7	Alberta Geological Survey
083H 0092	Industrial mineral	Oxbow	INDID_1288 (DIG 2019-0027)	83H	53.645880	-113.252088	-9999	Along the southern outskirts of the city of Fort Saskatchewan, AB.	Surface	Test	Pit	-9999	Terrigenous	-9999	Gravel	Sand, gravel	Quaternary	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	10 backhoe holes	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20100002	Alberta Geological Survey
083B 0037	Industrial mineral	West Central	INDID_1274 (DIG 2019-0027)	83B	52.217071	-115.554852	-9999	Approximately 45 km to the west of the town of Rocky Mountain House, AB near Ram River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Mississippian	Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	32 discrete intervals were measured and described	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20050005	Alberta Geological Survey
083C 0077	Industrial mineral	Kootenay Plains N	C232358; INDID_0175 (DIG 2019-0027)	83C	52.077372	-116.425185	-9999	Near the southern end of Abraham Lake.	Surface	Showing	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Livingstone Formation	-9999	-9999	-9999	-9999	Large	-9999	-9999	-9999	-9999	Brightness	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1990-11	Alberta Geological Survey
082H 0085	Industrial mineral	Waterton Lake N	C47251; INDID_0092 (DIG 2019-0027)	82H	49.057538	-113.904830	-9999	Along the eastern slopes of Mt. Crandell.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Precambrian	Altyn Formation (lower)	-9999	-9999	-9999	-9999	-9999	Grinds with difficulty, gritty particles remain.	Good	-9999	Hamilton: sample WTN-1 Fine crystalline with detrital quartz grains, compact; very hard, tough.	Brightness: 58.8%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14	Alberta Geological Survey
082G 0212	Industrial mineral	Phillipps Pass S	C21311; INDID_0243 (DIG 2019-0027)	82G	49.644308	-114.635440	-9999	Along the southern slopes of Mt Tecumseh.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	Dolostone	Devonian	Fairholme Group	-9999	-9999	-9999	-9999	Small	Grinds readily, no grit residue.	Fair	Sample represents 20 m of thickness taken from reefoid bed interlayered with medium bedded, blocky dolomite of light to medium grey colour (Munsell Rock Color N 8). Beds underlie the Peechee Member of the Southesk Formation.	Medium crystalline, compact, porous; moderate soft.	Brightness: 68.5%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Hamilton (1967) Unpublished, AGS OFR 1989-14, AGS SPE 102	Alberta Geological Survey
082H 0086	Industrial mineral	Cameron Lake Road (WTN-3)	C49536; INDID_0236 (DIG 2019-0027)	82H	49.061349	-113.932570	-9999	Along the southern slopes of Mt. Crandell.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Dolomite	-9999	Precambrian	Altyn Formation (middle)	-9999	-9999	-9999	-9999	Small	Grinds with moderate ease, no grit residue.	Fair	-9999	Hamilton: sample WTN-3 Medium to fine crystalline, subcompact, porous; hard, brittle.	Brightness: 68.6%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14	Alberta Geological Survey
082O 0152	Industrial mineral	Kananaskis S3	C24046; INDID_0141 (DIG 2019-0027)	82O	51.068899	-115.119670	-9999	Along the northern slopes of McConnell Ridge.	Surface	Prospect	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone, dolostone	Cambrian	Eldon Formation	-9999	-9999	-9999	-9999	Medium	Grinds readily, no grit residue.	Good	Dark grey, finely crystalline variegated and mottled limestone and interbedded dolomite. The formation outcrops in a white weathering ridge that descends to and is intersected in a roadcut on the TransCanada highway. Hamilton's sample, KR-14, was taken fr	Hamilton (1987): sample KR-14 Microcrystalline, dense: moderately hard, brittle.	Brightness: 73.3%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1989-14, National Mineral Inventory record 115062	Alberta Geological Survey
083C 0106	Industrial mineral	Hwy 11 - Bighorn Bridge A	T183558; INDID_0656 (DIG 2019-0027)	83C	52.375189	-116.300124	-9999	Approximately 15 km to the southwest of the hamlet of Nordegg, AB.	Surface	Test	Road cut	-9999	Terrigenous	-9999	Shale	Mudstone	Early Cretaceous	Mountain Park Member	-9999	-9999	-9999	-9999	Large	-9999	Fair	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0101	Industrial mineral	Hwy 11 - Fishbone Cr. N	T181879; INDID_0651 (DIG 2019-0027)	83C	52.306960	-116.366920	-9999	Along the western shore of Abraham Lake near Allstones Creek.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Shale	Mudstone	Late Cretaceous	Luscar Group	-9999	-9999	-9999	-9999	Medium	-9999	Fair	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0102	Industrial mineral	Hwy 11 - Fishbone Cr. S	T182038; INDID_0652 (DIG 2019-0027)	83C	52.301555	-116.371682	-9999	Along the western shore of Abraham Lake near Allstones Creek.	Surface	Test	Road cut	-9999	Terrigenous	-9999	Shale	Mudstone	Late Cretaceous	Luscar Group	-9999	-9999	-9999	-9999	Small	-9999	Fair	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083C 0110	Industrial mineral	Hwy 11 - Goldeye Cr.	T184824; INDID_0660 (DIG 2019-0027)	83C	52.447721	-116.175717	-9999	Approximately 7 km to the southwest of the hamlet of Nordegg, AB.	Surface	Test	Road cut	-9999	Terrigenous	-9999	Shale	Mudstone	Late Cretaceous	Luscar Group	-9999	-9999	-9999	-9999	-9999	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 233	Alberta Geological Survey
083F 0066	Industrial mineral	Solomon Cr.	T138335; INDID_0676 (DIG 2019-0027)	83F	53.388273	-117.895400	-9999	Approximately 8 km to the northeast of Boule Roche.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Shale	-9999	Late Cretaceous	Blackstone Formation	-9999	-9999	-9999	-9999	Large	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
083F 0075	Industrial mineral	Entrance	T165984; INDID_0685 (DIG 2019-0027)	83F	53.360864	-117.661630	-9999	Approximately 4 km to the southwest of the town of Hinton, AB.	Surface	Test	Excavation	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Paleogene	Paskapoo Formation	-9999	-9999	-9999	-9999	Medium	-9999	Good	-9999	-9999	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 234	Alberta Geological Survey
082G 0203	Industrial mineral	Crowsnest Lake	T177498; INDID_0593 (DIG 2019-0027)	82G	49.633281	-114.622330	-9999	On the southern shore of Crowsnest Lake.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Late Cretaceous	Belly River Group	-9999	-9999	-9999	-9999	Small	-9999	Fair	-9999	XRD	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 61, AGS ECO 7	Alberta Geological Survey
082G 0268	Industrial mineral	Cowley W	T177126; INDID_0591 (DIG 2019-0027)	82G	49.574978	-114.102977	-9999	Approximately 2 km to the west of the town of Cowley, AB.	Surface	Test	Quarry	-9999	Terrigenous	-9999	Clay/shale	Mudstone	Late Cretaceous	St. Mary River Formation	-9999	-9999	-9999	-9999	Small	-9999	Fair	-9999	XRD	Ceramic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 235	Alberta Geological Survey
082G 0171	Industrial mineral	Frank	T35159; INDID_0613 (DIG 2019-0027)	82G	49.604212	-114.395380	-9999	Along the outskirts of the town of Frank, AB.	Surface	Test	Outcrop	-9999	Terrigenous	-9999	Clay/shale	Shale	Early Cretaceous	Blairmore Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	On the western edge of the Frank slide, and along a wagon road leading up over the same, there are outcroppings of shale. The material here (Sample 1767) is a hard, splintery grey shale.	-9999	Ceramic test #1767 (Ries & Keele, 1913)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Ries and Keele (1913) Report on the clay and shale deposits of the western provinces, part 2, AGS ECO 7	Alberta Geological Survey
083H 0023	Industrial mineral	Vegreville	T150850; INDID_0877 (DIG 2019-0027)	83H	53.490546	-112.053010	-9999	In the town of Vegreville, AB.	Surface	Past producer	Outcrop	-9999	Terrigenous	-9999	Clay-brick	Clay	Pleistocene	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Brownish, noncalcareous, very sandy clays. Upper part of deposit more sandy than lower. Very plastic, good working qualities.	-9999	Keele (1915), p. 31	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Keele (1915) Clay and shale deposits of western Canada, Part V	Alberta Geological Survey
083K 0028	Industrial mineral	Swan Hills	INDID_1308 (DIG 2019-0027)	83K	54.978867	-116.378599	-9999	Approximately 50 km to the south of the town of High Prairie, AB near West Prairie River.	Surface and subsurface	Project with resource estimate	Trench	-9999	Miscellaneous	-9999	Bentonite	Shale	-9999	Wapiti Formation (upper)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	No grain size analyses in assessment reports so have no measure of clay content vs grit and how it varies with depth; 3 drillholes, 7 trenches observed; thick overburden in some holes.	9.5 to 34% of <2um montmorillonite in non-oriented samples; 7-27% of <2um smectite or smectite-illite in oriented samples	Lacking grain size/texture analyses - field notes indicate material may be sandy, silty	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120010	Alberta Geological Survey
083K 0029	Industrial mineral	Swan Hills	INDID_1309 (DIG 2019-0027)	83K	54.979871	-116.379990	-9999	Approximately 50 km to the south of the town of High Prairie, AB near West Prairie River.	Surface and subsurface	Project with resource estimate	Trench	-9999	Miscellaneous	-9999	Bentonite	Shale	-9999	Wapiti Formation (upper)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	No grain size analyses in assessment reports so have no measure of clay content vs grit and how it varies with depth; 3 drillholes, 7 trenches observed; thick overburden in some holes.	9.5 to 34% of <2um montmorillonite in non-oriented samples; 7-27% of <2um smectite or smectite-illite in oriented samples	Lacking grain size/texture analyses - field notes indicate material may be sandy, silty	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120010	Alberta Geological Survey
072M 0003	Industrial mineral	Oyen	E22428; INDID_0086 (DIG 2019-0027)	72M	51.308779	-110.499380	-9999	Approximately 4 km south of the town of Oyen, AB.	Surface	Showing	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	-9999	Two brine lakes, total area 160 acres. Lake numbers 37: Area 100 acres; depth 1 feet; tonnage 25,605.4; and Lake 38: Area 60 acres; depth 1 feet; tonnage 17 095.8	-9999	Lake 37: Sp. Gr. 1.2; Conc. 15.7%. Lake 38: Sp. Gr. 1.226; Conc. 17.1%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-02	Alberta Geological Survey
072M 0004	Industrial mineral	Coates Lake	E23302; INDID_0087 (DIG 2019-0027)	72M	51.846480	-110.092030	-9999	Approximately 50 km to the east of the village of Consort, AB.	Surface	Showing	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	-9999	Brine is shallow, dried up completely in late summer. Brine tested 13% Na2SO4 in August. Lake margins have thin covering of salt cake over soft mud. No crystal bed believed present, although middle area not tested. Depth 1 feet, tonnage 35 617.5	-9999	Lake Number: 32 Sp. Gr. 1.061; Conc. 13%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-02	Alberta Geological Survey
083M 0093	Industrial mineral	Smoky River	M25426; INDID_1226 (DIG 2019-0027)	83M	55.028770	-118.354680	-9999	Approximately 25 km to the southeast of the city of Grand Prairie, AB near Smoky River.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	The differing physical properties suggest that the bentonites were derived from volcanic ash of different compositions.	Mineral analysis (Babet, 1966): Sand and silt per cent: >74 microns -; >48 microns 45.10; 2 - 48 microns 11.05.	Physical test (Babet, 1966): 38 ml gel vol. (B. P.); 47 ml apparent swelling vol. (B. P.); pH 9.8	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02	Alberta Geological Survey
083M 0092	Industrial mineral	Smoky River	M25244; INDID_1225 (DIG 2019-0027)	83M	55.016045	-118.497980	-9999	Approximately 25 km to the southeast of the city of Grand Prairie, AB near Smoky River.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	-9999	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mineral analysis (Babet, 1966): >74 microns -; >48 microns 3.65; 2 - 48 microns 30.60.	Physical test (Babet, 1966): 99 ml gel vol. (B. P.); 35 ml apparent swelling vol. (B. P.); pH 9.7	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02	Alberta Geological Survey
082P 0016	Industrial mineral	Drumheller area (Horseshoe Canyon)	M11321; INDID_1190 (DIG 2019-0027)	82P	51.423288	-112.851930	-9999	Approximately 10 km southwest of the town of Drumheller, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 3.3 m	Bentonite, slightly silty, 6.7 m thick, large tonnage available.	-9999	Physical test (Babet, 1966): Calcium type bentonite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02	Alberta Geological Survey
083G 0021	Industrial mineral	Onoway area (Majeau Lake - Lac La Nonne area)	M24135; INDID_1221 (DIG 2019-0027)	83G	53.952390	-114.395710	-9999	Approximately 30 km to the north of the village of Onoway, AB near Lac la Nonne.	Subsurface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 8.7 - 13.3 m	Bentonitic clay, brown, too silty, high water loss after aging 60 hours; low quality, not clean.	-9999	Physical test (Babet, 1966): Yield: 37 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02	Alberta Geological Survey
083G 0026	Industrial mineral	Onoway area (Loc. 40-42)	M16478; INDID_1200 (DIG 2019-0027)	83G	53.837602	-114.084550	-9999	Approximately 40 km to the northwest of the city of Edmonton, AB near Dechaine Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden max. 6.2 m	Bentonite does not outcrop. Irregular lenses <1.5 m thick (causes problems in exploration and development), below 2 m of glacial overburden. Light olive grey material weathers to dusky yellow, red-brown oxidized iron present on laminae and fractures. At L	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical test (Babet, 1966): Yield: 42 - 72.5 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0025	Industrial mineral	Onoway area (Loc. 37-39)	M15749; INDID_1199 (DIG 2019-0027)	83G	53.826592	-114.078430	-9999	Approximately 40 km to the northwest of the city of Edmonton, AB near Dechaine Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden max. 5 m	At Loc.37 (Babet) (LSD9 Sec 9), bentonite is 1.9 - 7.7 m thick, overburden 5 m. At Loc.38 (NW Sec10), bentonite is 1-10 m thick, overburden 9 m. At Loc.39 (LSD4 Sec15), bentonite is 0.5-2.5 m thick, overburden 6 m. Bentonite does not outcrop. . Found in i	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical test (Babet, 1966): Yield: 43.4 - 54 bbl/ton.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083G 0023	Industrial mineral	Highridge	M24883; INDID_1224 (DIG 2019-0027)	83G	53.993969	-114.177770	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Prospect	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 2 - 8 m	The bentonite has two outcrops, one of which is yellow, 0.67 - 2.7 m thick, having more than 50 000 tons indicated. The other one, blue, 2.3 m thick, has more than 25,000 tons indicated.	-9999	Physical test (Babet, 1966): Yield: 60 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02	Alberta Geological Survey
083G 0024	Industrial mineral	Onoway area (Loc. 35 & 36)	M15152; INDID_1198 (DIG 2019-0027)	83G	53.830166	-114.109340	-9999	Approximately 40 km to the northwest of the city of Edmonton, AB near Dechaine Lake.	Surface	Test	Lens	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden max. 5.9 m	Loc. 35 (in Babet) is in sec 8 LSD 15,16 . Bentonite at this site is 0.5 - 3 m thick. Loc.36 is in NW Sec9, bentonite here is 0.5-1 m thick. The bentonite does not outcrop, found in irregular lenses up to 1.5 m thick, below 2 m of glacial overburden. . Le	Mineral analysis (Scafe, 1975): Sand varies from 0.5 to 13% and averages 6 to 7%. Quartz, plagioclase, and cristobalite are the common light minerals, and hematite, biotite, barite, zircon, and apatite are the heavy minerals, with hematite fairly abundant	Physical test (Babet,1966): Yield: 38 - 71.6 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
082P 0011	Industrial mineral	Drumheller area	M11044; INDID_1189 (DIG 2019-0027)	82P	51.441379	-112.728920	-9999	On the outskirts of the town of Drumheller, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Bentonite, 0.33 m thick, apparently pure, becomes siltier up and down stream.	Mineral analysis (Scafe, 1975): Sand-sized material varies from 0.5 to 38%, averaging 5% of the total size fraction. The sand values are from five 7.5 to 10 cm bands about 1 m apart that have higher concentrations of quartz, plagioclase, and cristobalite	Physical test (Scafe, 1975): Average yield is 72 bbl/ton and varies from 37 to 115 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0072	Industrial mineral	Irvine	M9829; INDID_1184 (DIG 2019-0027)	72E	49.984140	-110.210830	-9999	Approximately 35 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Bentonite, 3.3 - 3.7 m thick (including some ash).	Mineral analysis (Scafe,1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum	Physical test (Scafe, 1975): Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0066	Industrial mineral	Irvine area	M7922; INDID_1176 (DIG 2019-0027)	72E	49.923968	-110.242920	-9999	Approximately 30 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Shale, bentonite, ash	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Measured section from top: Shale, bentonite and ash 3.7 m; shale 8.7 m; bentonite 0.13 m; shale 3.5 m; bentonite 0.33 m.	Mineral analysis (Scafe,1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum	Physical test (Scafe, 1975): Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0068	Industrial mineral	Irvine area	M8754; INDID_1180 (DIG 2019-0027)	72E	49.923953	-110.311150	-9999	Approximately 30 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Thick overburden	Bentonite, 0.13 - 0.4 m thick, thick overburden of volcanic ash and shale.	Mineral analysis (Scafe,1975):Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum,	Physical test (Scafe, 1975): Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083A 0026	Industrial mineral	Rosalind	M14821	83A	52.692450	-112.446890	-9999	Approximately 15 km to the west of the village of Heisler near Battle River.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Fair	2 - 2.7 m bed of bentonite that is white when processed.	-9999	Physical test (Scafe, 1975): Yield: 68 - 70 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0070	Industrial mineral	Irvine area	M9237; INDID_1182 (DIG 2019-0027)	72E	49.938593	-110.288410	-9999	Approximately 30 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Ash, bentonitic, shale	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 9 - 7 m	The deposit (Location No. 13 in Babet, 1966) has two outcrops. One of them has a measured section from top as follows: Glacial drift, ash and bentonitic shale 3 m; shale 9.7 m; bentonite and ash 0.4 m; shale 1.7 m; bentonite 0.33 m. . The other outcrop ha	Mineral analysis (Scafe,1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum	Physical test (Scafe,1975): Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0071	Industrial mineral	Irvine (Gros Ventre area)	M9698; INDID_1183 (DIG 2019-0027)	72E	49.894812	-110.424800	-9999	Approximately 20 km southeast of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Thick overburden	Bentonite, 0.13 - 0.63 m thick, with limestone, bentonite and ash, or shale as overburden.	Mineral analysis Scafe (1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum	Physical test: 1. Scafe (1975): Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0058	Industrial mineral	Bullshead area	M6687; INDID_1173 (DIG 2019-0027)	72E	49.651207	-110.856130	-9999	Approximately 45 km south of the city of Medicine Hat, AB.	Surface	Test	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden >5m	Bentonite, 0.67 m thick.	Mineral analysis (Scafe,1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum	Physical test: 1. Yield: varies 29 - 88 bbl/ton and averages 50 bbl/ton; 2. (Babet, 1966): Yield: 32 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0062	Industrial mineral	Irvine (near Walsh)	M7564; INDID_1175 (DIG 2019-0027)	72E	49.935085	-110.089280	-9999	Approximately 40 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Oldman Formation (upper), Bearpaw Formation (lower)	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 3.3 m	Bentonite, quite pure, buffish-grey color, 1.3 to 1.7 m thick, 15 cm silty parting near top, large tonnage probably available.	Sand and silt per cent (Babet,1966): >74 microns      8.80; >48 microns      3.63; 2 - 48 microns    46.29.	Physical tests (Babet, 1966): 1) Yield: 28 bbl/ton; 2) 10 ml gel vol. (B. P.); 11 ml apparent swelling vol. (B. P.); pH 8.05	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, National Mineral Inventory record 115007	Alberta Geological Survey
083A 0020	Industrial mineral	Camrose Creek	M16853; INDID_1192 (DIG 2019-0027)	83A	52.977867	-112.839300	-9999	On the southern outskirts of the city of Camrose, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Thick overburden	Bentonite, 1 m thick, overlain by dark bentonitic clay under thick overburden. Poor outcrops, unknown tonnage available.	Mineral analysis (Babet, 1966): Sand and silt per cent: >74 microns        3.0; >48 microns         -; 2 - 48 microns       - .	Physical tests (Babet, 1966): 1) Yield: 50 - 60 bbl /ton; 2) Decolorizing ability poor	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, National Mineral Inventory record 115010	Alberta Geological Survey
083G 0012	Industrial mineral	Onoway / Busby area	M23358; INDID_1218 (DIG 2019-0027)	83G	53.970259	-114.013230	-9999	Approximately 45 km to the northwest of the city of Edmonton, AB near George Lake.	Surface	Past producer	Dugout	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Light overburden	Bentonite does not outcrop in this area. General information suggests that there are three beds present, of which the lower two are of rather poor quality. The upper bed is about 1.7 m thick and occurs under light overburden.	-9999	Physical tests (Babet, 1966): 1. Yield: 78 bbl/ton; 2. Viscosity: 15 cp (7% bentonite); filter cake 3/32 inch; pH 8.9	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, National Mineral Inventory record 115006	Alberta Geological Survey
072M 0005	Industrial mineral	Sheerness	M11823; INDID_1397, INDID_1191 (DIG 2019-0027)	72M	51.432463	-111.783584	-9999	Approximately 35 km to the west of the village of Youngstown, AB.	Surface	Producer	Quarry	Coal seam cover	Miscellaneous	-9999	Humalite, Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overlain by poor bentonite	Directly above the thick coal seam mined at Sheerness by Battle River Coal Co. Ltd., is a 1.5 m zone of bentonite. The lower 0.67 m of this bentonite is olive grey, gritty, and laminated, with carbonaceous films along laminae. The upper 0.8 m is olive bla	Mineral analyses: 1. Scafe (1975): The lower 0.6m section contains an average of 40% sand and 80 % silt. The upper 0.76m contains 4% sand and 45% silt. Light minerals are quartz, plagioclase, and cristobalite. Only a few grains of heavy minerals were pres	Physical tests: 1. Scafe (1975): 1) Maximum yield is 30 bbl/ton and 28 bbl/ton is the average; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 1) Yield: 58 bbl/ton; 2) a. Bentonite (olive green).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115012	Alberta Geological Survey
072E 0061	Industrial mineral	Bullshead area	M6404; INDID_1172 (DIG 2019-0027)	72E	49.622123	-110.844890	-9999	Approximately 45 km south of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 3.3 - 5 m	Bentonite, buffish-grey color, 0.67 m thick.	Mineral analyses: 1. Scafe (1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gy	Physical tests: 1. Scafe (1975): 1) Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 1) Yield: 58 bbl/ton; 2) 72 ml gel vol. (B.P.); pH8.8	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0063	Industrial mineral	Irvine area	M8091; INDID_1177 (DIG 2019-0027)	72E	49.938598	-110.265660	-9999	Approximately 30 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Shale, bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 3 - 5 m	Measured section from top: Shale, bentonite 3.3 m; shale 9.3 m; bentonite 0.47 m; shale 7.1 m; bentonite and ash 0.27 m.	Mineral analyses: 1. Scafe (1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gy	Physical tests: 1. Scafe (1975): 1) Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): 22 ml gel vol. (B. P.); pH 8.54	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Anderson and Plein (1962) Pharmaceutical investigation of selected Alberta bentonites, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115008	Alberta Geological Survey
072E 0059	Industrial mineral	Irvine area	M8328; INDID_1178 (DIG 2019-0027)	72E	49.942209	-110.271280	-9999	Approximately 30 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 1.7 - 3.3 m	Bentonite, 0.33 to 1.67 m thick, mixed with volcanic ash. Ash content increases in an easterly direction.	Mineral analyses: 1. Scafe (1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gy	Physical tests: 1. Scafe (1975): 1) Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): Yield: 38 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
072E 0064	Industrial mineral	Bullshead area	M6990; INDID_1171 (DIG 2019-0027)	72E	49.622125	-110.856050	-9999	Approximately 45 km south of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 2.7 m	Bentonite, 0.67 m thick, small known tonnage available.	Mineral analysis (Scafe,1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum	Physical tests: 1. Scafe (1975): 1) Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): Yield: 50 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115009	Alberta Geological Survey
082P 0014	Industrial mineral	Morrin	M12673; INDID_0862 (DIG 2019-0027)	82P	51.703521	-112.939130	-9999	Approximately 22 km to the east of the town of Three Hills, AB along Red Deer River.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Thick overburden	Bentonite, light olive grey to olive grey in color, massive, 1 to 1.7 m thick, rests with sharp contact on a 0.10 to 0.33 m bed of medium light grey tuff. Overlain by very thick overburden. Grades laterally into montmorillonitic sandstone or siltstone. . 	Mineral analyses: Babet (1966): Sand and silt per cent: >74 microns      1.1; >48 microns        -; 2 - 48 microns      - .	Physical tests: 1. Scafe (1975): 1) Yield varies from 30 to 48 bbl/ton and averages 41 bbl/ton; 2) Particle size distribution and cation exchange capacity in Scafe (1975), p. 5; 2. Babet (1966): Yield: 42 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115011	Alberta Geological Survey
082P 0015	Industrial mineral	Drumheller (Newcastle)	M12226; INDID_0859 (DIG 2019-0027)	82P	51.463226	-112.752350	-9999	On the outskirts of the town of Drumheller, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Horseshoe Canyon Formation	-9999	-9999	-9999	-9999	-9999	-9999	Light overburden	Bentonite, 1.7 - 3.3 m thick, fairly silty, contains local lenses of fine-grained sandstone.	Mineral analyses: 1. Scafe (1975): Sand-sized material varies from 0.5 to 38%, averaging 5% of the total size fraction. The sand values are from five 7.5 to 10 cm bands about 1 m apart that have higher concentrations of quartz, plagioclase, and cristobal	Physical tests: 1. Scafe (1975): Average yield is 72 bbl/ton and varies from 37 to 115 bbl/ton; 2. Babet (1966): Yield: 42 - 66 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS REP 71, AGS ESR 1966-02, AGS ECO 2, National Mineral Inventory record 115015	Alberta Geological Survey
072E 0069	Industrial mineral	Irvine area	M8983; INDID_1181 (DIG 2019-0027)	72E	49.942206	-110.282790	-9999	Approximately 30 km east of the city of Medicine Hat, AB.	Surface	Showing	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Bearpaw Formation	-9999	-9999	-9999	-9999	-9999	-9999	Overburden 0 - 3.3 m	Bentonite, present in patches mixed with volcanic ash, 0.33 - 2.7 m thick, probably small tonnages available.	Mineral analysis (Scafe,1975): Sand-sized material varies from 1 to 30% of the total size fraction and averages 9%. Plagioclase, quartz, and biotite are the most prominent primary minerals present in the sand fraction. Secondary minerals include gypsum	Physical tests: 1. Scafe (1975): Yield varies from 29 to 88 bbl/ton and averages 50 bbl/ton; 2. Babet (1966): Yield: 30 - 40 bbl/ton	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1966-02, AGS ECO 2	Alberta Geological Survey
083B 0033	Industrial mineral	Baseline Ridge	INDID_1269 (DIG 2019-0027)	83B	52.224514	-115.566597	-9999	Approximately 45 km to the west of the town of Rocky Mountain House, AB near Ram River.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Grainstone	Mississippian, Jurassic	Banff Formation, Rundle Group, Nordegg Member	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Specific gravity analysis	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20030004, MAR 20140014	Alberta Geological Survey
073D 0004	Industrial mineral	Cairns	E21765; INDID_0084 (DIG 2019-0027)	73D	52.266713	-110.658920	-9999	Approximately 16 km to the south of the town of Provost, AB.	Surface	Prospect	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	-9999	Occupies sandy depression in hilly country, covers 500 acres. Brine depth 1-2 feet in mid-summer. Crystal mixed with mud on lake bottom at western part - no thickness given. Intermittent crystal up to 1" thick on entire lake floor in late summer.	Na2SO4 content 9.5-10.3%, Na2CO3 content 2-5%. Tonnage: 116 756.5.	Specific Gravity:  1.157; Concentration: 9.9%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-02	Alberta Geological Survey
072M 0002	Industrial mineral	Calthorpe	E22255; INDID_0085 (DIG 2019-0027)	72M	51.617894	-110.094850	-9999	Approximately 64 km to the southeast of the village of Consort, AB.	Surface	Showing	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	-9999	Three small lakes connected by channels, total area 600 acres. Lake #35 in Govett. Depth: 1 feet (assumed); Tonnage: 75 038.6	-9999	Specific Gravity:  1.17; Concentration: 8.6%	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-02	Alberta Geological Survey
073D 0005	Industrial mineral	Consort	E23202; INDID_0088 (DIG 2019-0027)	73D	52.082828	-110.947400	-9999	Approximately 34 km to the east of the town of Coronation, AB.	Surface	Prospect	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	-9999	Medium	-9999	-9999	Lake brine in depression in hilly drift covered terrain, covers 350 acres. Brine depth in mid-summer 1.5-2 feet. Lake has 2 feet solid crystal at bottom, several inches intermittent crystal in autumn. Lake is fed by at least one freshwater spring. Brine c	-9999	Specific Gravity: 1.16; Concentration (%) 14	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-02	Alberta Geological Survey
073E 0015	Industrial mineral	Paradise Valley (Briker and Baker Lakes)	E24785; INDID_0090 (DIG 2019-0027)	73E	53.039575	-110.275860	-9999	On the outskirts of the village of Paradise Valley, AB.	Surface	Prospect	Lake brine	-9999	Evaporites	-9999	Sodium sulphate	Lake brine	Quaternary	-9999	-9999	-9999	-9999	-9999	Small	-9999	-9999	Lake brine occupies depression in rolling sandy drift, covering maximum area of 320 acres. In early summer, about 160 acres brine covered, concentration about 15% Na2SO4. Lake completely dried up in late summer. Margins of lake composed of 0.5 ft powdery 	-9999	Specific Gravity: 1.166 Concentration (%) 15.3	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-02	Alberta Geological Survey
083C 0121	Industrial mineral	Coliseum	INDID_1290 (DIG 2019-0027)	83C	52.508327	-116.026041	-9999	Approximately 5 km to the east of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	-9999	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	X-ray diffraction and petrological analysis	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20100010	Alberta Geological Survey
083C 0120	Industrial mineral	Nordegg North	INDID_1282 (DIG 2019-0027)	83C	52.498328	-116.003252	-9999	Approximately 5 km to the east of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Chert	Mississippian	Banff Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	X-ray diffraction and petrological analysis	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20080031	Alberta Geological Survey
082O 0174	Industrial mineral	West Central	INDID_1276 (DIG 2019-0027)	82O	51.998196	-115.335352	-9999	On the slopes of Corkscrew Mountain.	Subsurface	Test	Drillhole	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Mississippian	Banff Formation, Rundle Group	-9999	CS05-02	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20060003	Alberta Geological Survey
073D 0013	Industrial mineral	Border Potash	-9999	73D	52.232113	-110.127115	-9999	Approximately 16 km to the south of the town of Provost, AB.	Subsurface	Showing	Well	-9999	Evaporites	-9999	Potash	Evaporite	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	PVR  PROVOST 4-18-38-1	100/04-18-038-01W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20090013	Alberta Geological Survey
084B 0001	Metallic mineral	Loon River	84B-M-01 (OFR 1994-08); METID_0689 (DIG 2019-0026)	84B	56.728327	-115.791072	-9999	About 5.0 km east of Otter Lakes in Buffalo Head Hills.	Subsurface	Showing	Drillhole	oil or gas well	Carbonate-hosted lead-zinc	-9999	Zinc	Carbonate	Middle Devonian	Muskeg Formation	Anhydrite/ gypsum (?); Sphalerite was located at depth in the Middle Devonian; No Assays	Calston et al. Loon River 04-23-089-12W5	100/04-23-089-12W5/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1987-07, AGS OFR 1994-08	Alberta Geological Survey
073E 0027	Industrial mineral	Vermillion 15 Potash	INDID_1292 (DIG 2019-0027)	73E	53.149932	-110.671041	-9999	Approximately 26 km to the south of the town of Vermilion along Grizzly Bear Creek.	Subsurface	Showing	Well	-9999	Evaporites	-9999	Potash	Evaporite	Middle Devonian	Prairie Evaporite, Fort Vermilion Formation	-9999	VERMILION CONSOLIDATED OILS #15	100/06-12-049-06W4/00	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20100018, Dufresne and McMillan (2012) Technical report on the potash potential of Grizzly Discoveries Inc.s Alberta potash project	Alberta Geological Survey
072M 0008	Industrial mineral	Sunnynook	INDID_1402 (DIG 2019-0027)	72M	51.238939	-111.561909	-9999	Approximately 85 km to the east of the town of Drumheller, AB.	Subsurface	Producer	Solution mining	-9999	Miscellaneous	-9999	Evaporites	-9999	-9999	-9999	-9999	RIOPETRO CESS 11-24-26-12	100/11-24-026-12W4/04	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
084N 0013	Metallic mineral	Alberta Zinc Project	Alberta Zinc Project; METID_0929 (DIG 2019-0026)	84N	59.130305	-117.814631	-9999	Approximately 75 km northwest of High Level, AB. Northwest of Hay River.	Subsurface	Geological anomaly	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Paulen et al. (2014) Lead and sulphur isotopes of sphalerite and galena grains recovered from till samples, northwest Alberta	Alberta Geological Survey
074M 0168	Metallic mineral	-9999	1 (DIG 2009-21); METID_1114 (DIG 2019-0026)	74M	59.811906	-110.530981	-9999	Central Charles Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Unknown	Amphibolite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
082O 0194	Industrial mineral	Rundle Stone	-9999	82O	51.141294	-115.380331	-9999	Approximately 1 km to the north of the hamlet of Harvie Heights, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Building stone	Dolomitic siltstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074M 0001	Metallic mineral	-9999	76 (DIG 2009-21); METID_1083 (DIG 2019-0026)	74M	59.788814	-110.263194	-9999	South of west arm of Andrew Lake.	Surface	Showing	Outcrop	-9999	Unknown	Occurrence 14 in AGS ESR 1958-04 - "isolated flakes of molybdenite were noted in quartzite or gneiss"	Molybdenum	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0004	Metallic mineral	-9999	85 (DIG 2009-21); METID_1154 (DIG 2019-0026)	74M	59.843747	-110.161927	-9999	North of Andrew Lake Lodge.	Surface	Geochemical anomaly	Outcrop	-9999	Intrusion-related REE	"Radioactivity" AGS ESR 1958-04	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0142	Metallic mineral	-9999	90b (DIG 2009-21); METID_1156 (DIG 2019-0026)	74M	59.846087	-110.431995	-9999	West of Ashton Lake.	Surface	Showing	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0145	Metallic mineral	-9999	106 (DIG 2009-21); METID_1169 (DIG 2019-0026)	74M	59.857715	-110.421622	-9999	East of Charles Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0147	Metallic mineral	-9999	109 (DIG 2009-21); METID_1180 (DIG 2019-0026)	74M	59.889685	-110.345482	-9999	South Bayonet Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0149	Metallic mineral	-9999	110 (DIG 2009-21); METID_1188 (DIG 2019-0026)	74M	59.902774	-110.323416	-9999	South Bayonet Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0152	Metallic mineral	-9999	101 (DIG 2009-21); METID_1193 (DIG 2019-0026)	74M	59.921915	-110.243433	-9999	North of Holmes Lake.	Surface	Showing	Outcrop	-9999	Granite-hosted uranium	-9999	Uranium	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0156	Metallic mineral	-9999	89 (DIG 2009-21); METID_1198 (DIG 2019-0026)	74M	59.930408	-110.293334	-9999	East of Bayonet Lake.	Surface	Showing	Outcrop	-9999	Intrusion-related REE	-9999	Rare-earth elements	Gneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0017	Metallic mineral	-9999	70 (DIG 2009-21); METID_1163 (DIG 2019-0026)	74M	59.852880	-110.170533	-9999	Southeast of Hutton Lake.	Surface	Showing	Bedrock	-9999	Granite-hosted uranium	"Radioactivity" AGS ESR 1958-04	Uranium, Thorium, Rare-earth elements	Granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0018	Metallic mineral	-9999	71 (DIG 2009-21); METID_1171 (DIG 2019-0026)	74M	59.860320	-110.187041	-9999	West of Cherry Lake.	Surface	Showing	Bedrock	-9999	Granite-hosted uranium	"Radioactivity" AGS ESR 1958-04	Uranium, Thorium, Rare-earth elements	Granite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0048	Metallic mineral	-9999	4 (DIG 2009-21); METID_1001 (DIG 2019-0026)	74M	59.674997	-110.593614	-9999	Southwest Charles Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Copper, Molybdenum	Metasediment	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1965-06, AGS DIG 2009-0021	Alberta Geological Survey
074M 0005	Metallic mineral	-9999	82 (DIG 2009-21); METID_1168 (DIG 2019-0026)	74M	59.856409	-110.298706	-9999	Near north end of west arm of Andrew Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Copper, Gold	Paragneiss	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0009	Metallic mineral	-9999	69 (DIG 2009-21); METID_1051 (DIG 2019-0026)	74M	59.767064	-110.221123	-9999	South of Spider Lake.	Surface	Showing	Bedrock	-9999	Pegmatite-hosted uranium	"Radioactivity" AGS ESR 1958-04	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0030	Metallic mineral	-9999	68 (DIG 2009-21); METID_1053 (DIG 2019-0026)	74M	59.772357	-110.200772	-9999	Southeast of Spider Lake.	Surface	Showing	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0012	Metallic mineral	-9999	56 (DIG 2009-21); METID_1122 (DIG 2019-0026)	74M	59.814017	-110.298919	-9999	In big bend of west arm of Andrew Lake.	Surface	Showing	Bedrock	-9999	Pegmatite-hosted uranium	Occurrence 1 in AGS ESR 1958-04	Uranium, Thorium, Rare-earth elements	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0172	Metallic mineral	-9999	87 (DIG 2009-21); METID_1151 (DIG 2019-0026)	74M	59.841228	-110.113207	-9999	Southeast of Andrew Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0007	Metallic mineral	-9999	73 (DIG 2009-21); METID_1176 (DIG 2019-0026)	74M	59.874885	-110.192865	-9999	North of Holmes Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Iron, Vanadium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-03	Alberta Geological Survey
074M 0151	Metallic mineral	-9999	105 (DIG 2009-21); METID_1190 (DIG 2019-0026)	74M	59.917953	-110.112074	-9999	Sonja Island in Andrew Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0155	Metallic mineral	-9999	104 (DIG 2009-21); METID_1196 (DIG 2019-0026)	74M	59.925703	-110.278408	-9999	East of Bayonet Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium	Pegmatite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
083G 0006	Metallic mineral	Onoway	Onoway; METID_0315 (DIG 2019-0026)	83G	53.639967	-114.143560	-9999	Approximately 8 km south of Onoway, AB.	Surface	Producer  by-product	Alluvial sand and gravel	-9999	Placer gold	By-product of sand and gravel extraction.	Gold	Sand, gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Interactive Minerals Map, https://ags.aer.ca/publications/all-publications/iam-001, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083H 0014	Metallic mineral	Villeneuve	Villeneuve; METID_0317 (DIG 2019-0026)	83H	53.678094	-113.809768	-9999	Approximately 1 km north of Villeneuve, AB.	Surface	Producer  by-product	Alluvial sand and gravel	-9999	Placer gold	By-product of sand and gravel extraction.	Gold	Sand, gravel	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Interactive Minerals Map, https://ags.aer.ca/publications/all-publications/iam-001, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082O 0196	Industrial mineral	Jura Creek	INDID_1372 (DIG 2019-0027)	82O	51.069780	-115.146068	-9999	Northeast of the town of Exshaw, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Building stone	sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082O 0195	Industrial mineral	Pigeon Mountain	INDID_1384 (DIG 2019-0027)	82O	51.036970	-115.248584	-9999	South of the village of Dead Man's Flats, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Building stone	sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082G 0282	Industrial mineral	Victory	INDID_1404 (DIG 2019-0027)	82G	49.771896	-114.527745	-9999	Approximately 15 km north of the town of Coleman, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Aggregate	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082H 0110	Industrial mineral	Summerview	INDID_1452, INDID_1400 (DIG 2019-0027)	82H	49.616779	-113.973931	-9999	Approximately 10 km to the northeast of the village of Cowley, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Aggregate	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082G 0272	Industrial mineral	Racehorse Creek	INDID_1342 (DIG 2019-0027)	82G	49.816000	-114.478000	-9999	Approximately 20 km to the north of the town of Coleman, AB.	Surface	Showing	Outcrop	-9999	Terrigenous	-9999	Aggregate	Shale	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20000024, Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074M 0175	Metallic mineral	-9999	88 (DIG 2009-21); METID_1213 (DIG 2019-0026)	74M	59.964945	-110.076967	-9999	On island at north end of Andrew Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Copper, Chromium	Granite	Paleoproterozoic	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
083M 0018	Metallic mineral	-9999	Donaldson-TC (GEO 2005-05); METID_0383 (DIG 2019-0026)	83M	55.543196	-118.204205	-9999	Smoky River	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	-9999	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0019	Metallic mineral	-9999	Donaldson-SRC (GEO 2005-05); METID_0392 (DIG 2019-0026)	83M	55.548620	-118.194508	-9999	Smoky River	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	-9999	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084E 0015	Metallic mineral	-9999	trench-3 (MAR 20020006); METID_0741 (DIG 2019-0026)	84E	57.026844	-118.816755	-9999	Approximately 70 km west of Manning, AB. Just north of Notikewin River.	Surface	Showing	Trench	-9999	Oolitic ironstone	-9999	Iron	-9999	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20020006, AGS GEO 2005-05	Alberta Geological Survey
084D 0014	Metallic mineral	-9999	TUL #111 (MAR 19970006); METID_0564 (DIG 2019-0026)	84D	56.100000	-118.927000	-9999	Approximately 32 km west of Fairview, AB. Just west of Peace River.	Surface	Showing	Sediment	-9999	Oolitic ironstone	-9999	Iron	Ironstone	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
084D 0026	Metallic mineral	-9999	BL2-1 (MAR 19970006); METID_0629 (DIG 2019-0026)	84D	56.583000	-118.767000	-9999	Approximately 65 km north of Fairview, AB.	Surface	Showing	Ironstone	-9999	Oolitic ironstone	-9999	Iron	Sand	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
084D 0027	Metallic mineral	-9999	BL2-2 (MAR 19970006); METID_0681 (DIG 2019-0026)	84D	56.625000	-118.758000	-9999	Approximately 65 km north of Fairview, AB.	Surface	Showing	Ironstone	-9999	Oolitic ironstone	-9999	Iron	Sand	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
084D 0028	Metallic mineral	-9999	BL2-3 (MAR 19970006); METID_0682 (DIG 2019-0026)	84D	56.642000	-118.758000	-9999	Approximately 65 km north of Fairview, AB.	Surface	Showing	Ironstone	-9999	Oolitic ironstone	-9999	Iron	Sand	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
084D 0015	Metallic mineral	-9999	SL-1 (MAR 19970006); METID_0590 (DIG 2019-0026)	84D	56.475000	-118.518000	-9999	Approximately 45 km north of Fairview, AB. Near Montagneuse Lake.	Surface	Showing	Ironstone	-9999	Oolitic ironstone	-9999	Iron	Soil	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
084D 0016	Metallic mineral	-9999	SL-2A (MAR 19970006); METID_0592 (DIG 2019-0026)	84D	56.487000	-118.103000	-9999	Approximately 45 km north of Fairview, AB. 5 km south of Whitemud River.	Surface	Showing	Ironstone	-9999	Oolitic ironstone	-9999	Iron	Soil	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
084D 0017	Metallic mineral	-9999	SL-2 (MAR 19970006); METID_0593 (DIG 2019-0026)	84D	56.487000	-118.511000	-9999	Approximately 45 km north of Fairview, AB. Near Montagneuse Lake.	Surface	Showing	Ironstone	-9999	Oolitic ironstone	-9999	Iron	Soil	Late Cretaceous	Bad Heart Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
082H 0111	Industrial mineral	Aurora	INDID_1354, INDID_1357 (DIG 2019-0027)	82H	49.526492	-112.882098	-9999	Approximately 12 km north of the town of Magrath, AB.	Surface	Producer	Quarry	-9999	Miscellaneous	-9999	Ammonite	Shale	Late Cretaceous	Bearpaw Formation (lower)	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mychaluk (2009) Update on ammolite production from southern Alberta	Alberta Geological Survey
074M 0204	Metallic mineral	-9999	187 (DIG 2009-21); METID_0966 (DIG 2019-0026)	74M	59.270814	-110.315814	-9999	Florence Lake	Surface	Showing	Bedrock	-9999	Unknown	-9999	Unknown	Metasediment	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	McDonough (1997) Structural controls and age constraints on sulphide mineralization, southern Taltson magmatic zone	Alberta Geological Survey
074M 0043	Metallic mineral	-9999	35 (DIG 2009-21); METID_1024 (DIG 2019-0026)	74M	59.736054	-110.090665	-9999	East Cherry Lake.	Surface	Geophysical anomaly	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1961-02, AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0008	Metallic mineral	-9999	36 (DIG 2009-21); METID_1027 (DIG 2019-0026)	74M	59.743643	-110.097308	-9999	Island in Cherry Lake.	Surface	Showing	Bedrock	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0044	Metallic mineral	-9999	37 (DIG 2009-21); METID_1030 (DIG 2019-0026)	74M	59.752489	-110.104010	-9999	North Cherry Lake.	Surface	Showing	Outcrop	-9999	Pegmatite-hosted uranium	-9999	Uranium, Thorium, Rare-earth elements	Pegmatite	Paleoproterozoic	Colin Lake granitoid	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074L 0089	Metallic mineral	Rea	West Zone; METID_0826 (DIG 2019-0026)	74L	58.190836	-110.685344	-9999	About 175 km northwest of Fort McMurray 30 km west of the Alberta-Saskatchewan border and 42 km south of Lake Athabasca.	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Lazenby Lake Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Annesley and Eccles (2014) Technical report on the Rea property, northeastern Alberta	Alberta Geological Survey
074L 0091	Metallic mineral	Richardson River	Richardson River; METID_0828 (DIG 2019-0026)	74L	58.262964	-111.170430	-9999	Richardson River	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Lazenby Lake Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20140006	Alberta Geological Survey
074L 0092	Metallic mineral	Richardson River	Richardson River; METID_0832 (DIG 2019-0026)	74L	58.325835	-111.170732	-9999	Richardson River	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Lazenby Lake Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20140006	Alberta Geological Survey
074L 0093	Metallic mineral	Maybelle North	Maybelle North; METID_0833 (DIG 2019-0026)	74L	58.370752	-110.835889	-9999	Maybelle River	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Lazenby Lake Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20140007	Alberta Geological Survey
074L 0094	Metallic mineral	Maybelle North	Maybelle North; METID_0835 (DIG 2019-0026)	74L	58.424631	-110.828790	-9999	Maybelle River	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Lazenby Lake Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20140007	Alberta Geological Survey
074L 0095	Metallic mineral	Maybelle North	Maybelle North; METID_0836 (DIG 2019-0026)	74L	58.491551	-110.622621	-9999	Maybelle River	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	-9999	Uranium	-9999	Paleoproterozoic	Lazenby Lake Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20140007	Alberta Geological Survey
083C 0118	Industrial mineral	West Central	INDID_1270 (DIG 2019-0027)	83C	52.547527	-116.168863	-9999	Within 7 km to the north of the hamlet of Nordegg, AB.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Late Devonian, Mississippian	Mount Hawk Formation, Alexo Formation, Palliser Formation, Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20040003	Alberta Geological Survey
083B 0038	Industrial mineral	North Brazeau	INDID_1275 (DIG 2019-0027)	83B	52.415963	-115.916904	-9999	Approximately 3 km north of the Gap pass.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Limestone	Late Devonian, Mississippian	Palliser Formation, Banff Formation, Rundle Group	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20060001	Alberta Geological Survey
082O 0175	Industrial mineral	West Central	INDID_1278 (DIG 2019-0027)	82O	51.956844	-115.398298	-9999	On the eastern slopes of Limestone Mountain.	Surface	Test	Outcrop	-9999	Chemical and Biogenics	-9999	Limestone	Carbonate	Late Devonian, Mississippian, Jurassic	Palliser Formation, Banff Formation, Rundle Group, Fernie Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20060034	Alberta Geological Survey
074M 0025	Metallic mineral	-9999	118 (DIG 2009-21); METID_1015 (DIG 2019-0026)	74M	59.700330	-110.470534	-9999	South Potts Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Unknown	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0026	Metallic mineral	-9999	119 (DIG 2009-21); METID_1016 (DIG 2019-0026)	74M	59.700347	-110.474816	-9999	South Potts Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Unknown	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0162	Metallic mineral	-9999	23 (DIG 2009-21); METID_1046 (DIG 2019-0026)	74M	59.763226	-110.416136	-9999	North central Potts Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold, Copper, Zinc, Vanadium, Chromium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0163	Metallic mineral	-9999	77 (DIG 2009-21); METID_1049 (DIG 2019-0026)	74M	59.766041	-110.185541	-9999	Southeast of Spider Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold, Copper	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0013	Metallic mineral	-9999	58a (DIG 2009-21); METID_1126 (DIG 2019-0026)	74M	59.815274	-110.265909	-9999	Near west arm of Andrew Lake.	Surface	Showing	Bedrock	-9999	Unknown	Occurrence 12 in AGS ESR 1958-04 - "isolated flakes of molybdenite were noted in quartzite or gneiss"	Molybdenum	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0015	Metallic mineral	-9999	58b (DIG 2009-21); METID_1130 (DIG 2019-0026)	74M	59.816627	-110.267038	-9999	Near west arm of Andrew Lake.	Surface	Showing	Bedrock	-9999	Unknown	Occurrence 12 in AGS ESR 1958-04 - "isolated flakes of molybdenite were noted in quartzite or gneiss"	Molybdenum	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0148	Metallic mineral	-9999	108 (DIG 2009-21); METID_1185 (DIG 2019-0026)	74M	59.893493	-110.275085	-9999	South Bayonet Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0153	Metallic mineral	-9999	100 (DIG 2009-21); METID_1194 (DIG 2019-0026)	74M	59.922094	-110.197818	-9999	North of Holmes Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0154	Metallic mineral	-9999	102 (DIG 2009-21); METID_1195 (DIG 2019-0026)	74M	59.922724	-110.267561	-9999	East of Bayonet Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0157	Metallic mineral	-9999	103 (DIG 2009-21); METID_1201 (DIG 2019-0026)	74M	59.937794	-110.272777	-9999	East of Bayonet Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0019	Metallic mineral	-9999	61c (DIG 2009-21); METID_1206 (DIG 2019-0026)	74M	59.946652	-110.250996	-9999	South of Pythagoras Lake.	Surface	Showing	Bedrock	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0020	Metallic mineral	-9999	61b (DIG 2009-21); METID_1212 (DIG 2019-0026)	74M	59.961586	-110.240236	-9999	South of Pythagoras Lake.	Surface	Showing	Bedrock	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0028	Metallic mineral	-9999	62 (DIG 2009-21); METID_1215 (DIG 2019-0026)	74M	59.965702	-110.239193	-9999	South of Pythagoras Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	Occurrence 5 in AGS ESR 1958-04	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-03, AGS DIG 2009-0021	Alberta Geological Survey
074M 0021	Metallic mineral	-9999	61a (DIG 2009-21); METID_1218 (DIG 2019-0026)	74M	59.972237	-110.232720	-9999	South of Pythagoras Lake.	Surface	Showing	Bedrock	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0158	Metallic mineral	-9999	97 (DIG 2009-21); METID_1219 (DIG 2019-0026)	74M	59.980566	-110.623739	-9999	Northwest of Charles Lake.	Surface	Showing	Outcrop	-9999	Structurally-controlled copper-gold	-9999	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MAP 182, AGS DIG 2009-0021	Alberta Geological Survey
074M 0022	Metallic mineral	-9999	60 (DIG 2009-21); METID_1220 (DIG 2019-0026)	74M	59.983117	-110.224548	-9999	Pythagoras Lake	Surface	Showing	Bedrock	-9999	Structurally-controlled copper-gold	Occurrence 5 in AGS ESR 1958-04	Gold	Metasediment	Paleoproterozoic	Rutledge River complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074E 0037	Metallic mineral	Buckton South Zone, SBH property	Buckton South Zone; METID_0810 (DIG 2019-0026)	74E	57.644760	-111.878900	-9999	Eastern flanks of the Birch Mountains.	Subsurface	Project with resource estimate	Bedrock	-9999	Polymetallic black shale	Inferred mineral resource of 496 million tonnes of shale package: 41.85 tonnes recoverable REE oxides, 13.2 tonnes Y2O3, 88.5 tonnes V2O5, 30 tonnes Ni, 75 tonnes Zn, 14.7 tonnes Cu, 6.3 tonnes Co, 5 tonnes U3O8, 6.5 tonnes MoO3, 78 tonnes Li2CO3.	Vanadium, Zinc, Nickel, Rare-earth elements, Thorium, Molybdenum, Uranium, Lithium	Shale	Late Cretaceous	Second White Specks Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Eccles et al. (2013) Maiden inferred resource estimate for the Buckton South Zone, SBH property, northeast Alberta	Alberta Geological Survey
082G 0158	Metallic mineral	Carbondale River	8352 (site RM14, OFR 2011-11); METID_0123 (DIG 2019-0026)	82G	49.399475	-114.568918	1883	Alberta side of the North Kootenay Pass about 1 km down from the headwaters of the Carbondale River.	Surface	Showing	Bedrock	-9999	Sediment-hosted lead-zinc	-9999	Lead, Zinc	Siltstone, sandstone	Mesoproterozoic	Sheppard Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 2011-11	Alberta Geological Survey
074L 0087	Metallic mineral	-9999	189 (DIG 2009-21); METID_0846 (DIG 2019-0026)	74L	58.792065	-111.033045	-9999	Dore Lake	Surface	Showing	Outcrop	-9999	Unknown	-9999	Unknown	Gneiss	Mesoarchean, Paleoproterozoic	Taltson Basement complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	McDonough (1997) Structural controls and age constraints on sulphide mineralization, southern Taltson magmatic zone, AGS DIG 2009-0021	Alberta Geological Survey
083K 0026	Industrial mineral	Swan Hills	-9999	83K	54.950000	-116.370000	-9999	Approximately 50 km to the south of the town of High Prairie, AB near West Prairie River.	Surface	Prospect	Outcrop	-9999	Miscellaneous	-9999	Bentonite	Bentonite	Late Cretaceous	Wapiti Formation	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20080029	Alberta Geological Survey
074M 0003	Metallic mineral	-9999	40 (DIG 2009-21); METID_1108 (DIG 2019-0026)	74M	59.809531	-110.006663	-9999	East of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	Occurrence 16 in AGS ESR 1958-04 - "small amounts of pyrrhotite (?), pyrite and arsenopyrite are found in quartzite"	Copper, Chromium	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Frebold (1957) The Jurassic Fernie Group in the Canadian Rocky Mountains and foothill, AGS DIG 2009-0021	Alberta Geological Survey
074M 0014	Metallic mineral	-9999	49 (DIG 2009-21); METID_1127 (DIG 2019-0026)	74M	59.816305	-110.023846	-9999	West of Cherry Lake.	Surface	Showing	Bedrock	-9999	Unknown	Occurrence 15 in AGS ESR 1958-04 - "specks of galena and pyrrhotite occur in sheared and folded quartzites"	Lead	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0016	Metallic mineral	-9999	42 (DIG 2009-21); METID_1143 (DIG 2019-0026)	74M	59.827619	-110.005679	-9999	East of Waugh Lake.	Surface	Showing	Bedrock	-9999	Unknown	Occurrence 16 in AGS ESR 1958-04 - "small amounts of pyrrhotite (?), pyrite and arsenopyrite are found in quartzite"	Unknown	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0046	Metallic mineral	-9999	41 (DIG 2009-21); METID_1155 (DIG 2019-0026)	74M	59.844998	-110.006052	-9999	North of Waugh Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Copper, Zinc	-9999	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
074M 0167	Metallic mineral	-9999	55b (DIG 2009-21); METID_1113 (DIG 2019-0026)	74M	59.811334	-110.019534	-9999	West of Cherry Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Zinc, Nickel, Chromium	Granite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0169	Metallic mineral	-9999	55c (DIG 2009-21); METID_1115 (DIG 2019-0026)	74M	59.812219	-110.017725	-9999	West of Cherry Lake.	Surface	Showing	Outcrop	-9999	Unknown	-9999	Zinc, Nickel, Chromium	Granite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1993-08, AGS DIG 2009-0021	Alberta Geological Survey
074M 0010	Metallic mineral	-9999	67a (DIG 2009-21); METID_1057 (DIG 2019-0026)	74M	59.773686	-110.050893	-9999	Johnson Lake	Surface	Showing	Bedrock	-9999	Unknown	Occurrence 17 in AGS ESR 1958-04 - "specks of galena and chalcopyrite occur in quartzose layers in a quartz-rich biotite phyllite"	Zinc	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0011	Metallic mineral	-9999	67b (DIG 2009-21); METID_1062 (DIG 2019-0026)	74M	59.775658	-110.052814	-9999	Johnson Lake	Surface	Showing	Bedrock	-9999	Unknown	-9999	Zinc	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1958-04, AGS DIG 2009-0021	Alberta Geological Survey
074M 0200	Metallic mineral	-9999	123 (DIG 2009-21); METID_1096 (DIG 2019-0026)	74M	59.799574	-110.058106	-9999	Southwest Waugh Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Nickel, Chromium	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0201	Metallic mineral	-9999	127 (DIG 2009-21); METID_1104 (DIG 2019-0026)	74M	59.806756	-110.007726	-9999	East of Waugh Lake. Au associated with Tourmaline-quartz	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Gold, Molybdenum	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0202	Metallic mineral	-9999	122 (DIG 2009-21); METID_1112 (DIG 2019-0026)	74M	59.810358	-110.075682	-9999	Southwest Waugh Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Zinc, Nickel, Chromium	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0203	Metallic mineral	-9999	126 (DIG 2009-21); METID_1165 (DIG 2019-0026)	74M	59.853905	-110.016693	-9999	Southwest of Doze Lake.	Surface	Geochemical anomaly	Bedrock	-9999	Unknown	-9999	Gold, Zinc	Metasediment	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 064, AGS DIG 2009-0021	Alberta Geological Survey
074M 0040	Metallic mineral	-9999	48 (DIG 2009-21); METID_1150 (DIG 2019-0026)	74M	59.837695	-110.063363	-9999	Northwest of Waugh Lake.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Molybdenum	Pegmatite	Paleoproterozoic	Waugh Lake complex	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS ESR 1961-02, AGS DIG 2009-0021	Alberta Geological Survey
082G 0024	Metallic mineral	-9999	82G-M-16 (OFR 1994-08); METID_0046 (DIG 2019-0026)	82G	49.216123	-114.083456	-9999	About 750 m northwest of Spionkop Creek and about 3200 m ESE of Bovin Lake.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Andesite lava flow, dolomite	Mesoproterozoic	Purcell Lava, Sheppard Formation	(vesicles in Andesite Flows) (grey dolomite); "Chalcopyrite exists in aggregates up to 5 mm in the Purcell Lava and is sparsely disseminated in grains up to 0.5 mm in light grey dolomite which is probably the Sheppard Formation; No assays "The chalcopyrite in the Purcell Lava is not abundant enough to be of interest". "The chalcopyrite in the Sheppard(?) Formation is too sparse for an assay"; Structure: Faulted - "A fault has been reported nearby"; Mineralization is too low grade to be of interest	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082O 0003	Metallic mineral	-9999	82O-M-03 (OFR 1994-08); METID_0270 (DIG 2019-0026)	82O	51.205448	-115.896817	-9999	Plateau-like summit of Copper Mountain.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Limestone	Cambrian	Cathedral Formation	A gossan was identified in, probably, the Middle Cambrian. Some Ordovician Limestones are also present; No Assays. Porous, yellow and blackish gossan over a decomposed outcrop of copper vein, that run across summit; Structure: Faulted - Mineralization may be related to a fault structure trending E-W across Copper Mtn.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1886) Preliminary report on the physical and geological features of the Rocky Mountains between latitudes 49E and 51E30, AGS OFR 1994-08	Alberta Geological Survey
082G 0039	Metallic mineral	-9999	82G-M-43 (OFR 1994-08); METID_0092 (DIG 2019-0026)	82G	49.297240	-114.145398	-9999	About 200 m southwest of Victoria Peak.	Surface	Showing	Bedrock	-9999	Volcanic-related copper	-9999	Copper	Andesite lava flow	Mesoproterozoic	Purcell Lava	Andesitic Lava Flows; Minor copper mineralization was located in the Purcell Lava south of Victoria Peak and comprises chalcopyrite which partially fills scattered vesicles in the area; No Assays - No structural information; Scattered chalcopyrite fills vesicles.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710008, AGS OFR 1994-08	Alberta Geological Survey
074L 0009	Metallic mineral	-9999	74L-M-08 (OFR 1994-08); METID_0905 (DIG 2019-0026)	74L	58.843871	-110.834530	-9999	North of Shelter Point.	Surface	Showing	Float	-9999	Unconformity-related uranium	-9999	Uranium, Thorium, Rare-earth elements	Sandstone, Conglomerate	Paleoproterozoic	Athabasca Group	Basal sandstone or conglomerate; Four uraniferous boulders occur along a distance of about 2400m extending South from the general location along the NW shore of Lake Athabasca. The boulders comprise quartzitic sandstone or conglomerate and are devoid of  feldspathic material. Matrix comp; No Assays; No assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19770006, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
082O 0011	Metallic mineral	Spray Lake	82O-M-06 (OFR 1994-08); METID_0257 (DIG 2019-0026)	82O	51.002344	-115.312095	-9999	5 km southwest of Highway 1 between Canmore and Exshaw near Spray River.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Lead	Limestone	Late Devonian	Palliser Formation	Limestone (?); No description was provided, but the report states that this occurrence is similar to the Oldman River occurrence (82J-M42A) in terms of geochemistry, host rock and associated minerals; No Assays The nature of this occurrence is unknown, although it is likely similar to the Oldman River Occurrence (anomaly 825-M-42). A S34 analysis included with the report indicates that galena is present here. - No Structural information; Occurrence is likely very small.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1973-25, AGS OFR 1973-25, AGS OFR 1994-08	Alberta Geological Survey
074D 0002	Metallic mineral	-9999	74D-M-03 (OFR 1994-08); METID_0685 (DIG 2019-0026)	74D	56.678461	-110.832515	-9999	74D-M-03 is upstream of 74D-M-01 which is about 6.4 km southeast of Fort McMurray along the west bank of the Clearwater River.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Limestone, granite, diorite	Devonian	Beaverhill Lake Group	Limestone, Granite/diorite; Note: no description for M1, M2 and M3 are described as in granite diorite cliffs along the Clearwater; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	La Casse and Roebuck (1978) Minerals of Alberta; Hallamshire Publishers, Edmonton, AGS GEO 2000-02	Alberta Geological Survey
074D 0004	Metallic mineral	-9999	74D-M-02 (OFR 1994-08); METID_0687 (DIG 2019-0026)	74D	56.682908	-111.157294	-9999	74D-M-02 is found upstream from 74D-M-01 which is 6.4 km southeast of Fort McMurray along the Clearwater River.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Limestone, granite, diorite	Devonian	Beaverhill Lake Group	Limestone, Granite/diorite; Note: no description for M1, M2 and M3 are described as in granite diorite cliffs along the Clearwater; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	La Casse and Roebuck (1978) Minerals of Alberta; Hallamshire Publishers, Edmonton, AGS GEO 2000-02	Alberta Geological Survey
074D 0003	Metallic mineral	-9999	74D-M-01 (OFR 1994-08); METID_0686 (DIG 2019-0026)	74D	56.680441	-111.245010	-9999	About 6.4 km southeast of Fort McMurray along the bank of the Clearwater River just north of Draper.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Limestone, granite, diorite	Devonian	Beaverhill Lake Group	Limestone, Granite/diorite; Note: no description for M1, M2 and M3 are described as in granite diorite cliffs along the Clearwater; No Assays; Gangue: Calcite - ?	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	La Casse and Roebuck (1978) Minerals of Alberta; Hallamshire Publishers, Edmonton, AGS GEO 2000-02	Alberta Geological Survey
083A 0004	Metallic mineral	-9999	83A-M-01 (OFR 1994-08); METID_0287 (DIG 2019-0026)	83A	52.263262	-113.576673	-9999	Outcrops on a coulee in the steep canyon of the Red Deer River 9.6 km east of Red Deer and in the first coulee upstream coming from the south.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Sandstone	Late Cretaceous, Paleocene	Saunders Group	Limestone; Cu-mineralization in quartz veins in Limestone outcrops; Azurite crystals to bornite in Quartz veins in Limestone outcrops (2 occurrences); Gangue: Quartz vein	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	La Casse and Roebuck (1978) Minerals of Alberta; Hallamshire Publishers, Edmonton, AGS OFR 1994-08	Alberta Geological Survey
082O 0012	Metallic mineral	Copper Mountain	82O-M-02 (OFR 1994-08); METID_0271 (DIG 2019-0026)	82O	51.216154	-115.905990	-9999	Towards the west end of Copper Mountain about 5.6 km south of Silver City Station at altitudes between 7000 and 8000 feet west edge of spur.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Limestone	Cambrian	Cathedral Formation	Limestones; Copper mineralization was identified in the Cathedral formation Limestones; No Assays Mostly related to discordant quartz veins, seams, and fractures. The southernmost showing comprised of a vein up to 7ft thick with about 5 ft of "good ore". The Limestone bordering this vein is mineralized. Four occurrences; Alteration: Minor alteration other than shattering of Limestone and perhaps silicification. - Limestone host is typically shattered with a nearly vertical dip. Mineralized quartz veins range from a N-S strike with a moderate east dip to an E-W strike and a near vertical dip.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	La Casse and Roebuck (1978) Minerals of Alberta; Hallamshire Publishers, Edmonton, AGS OFR 1994-08	Alberta Geological Survey
074L 0010	Metallic mineral	-9999	74L-M-07 (OFR 1994-08); METID_0926 (DIG 2019-0026)	74L	58.990546	-110.697234	-9999	North of Sand Point.	Surface	Showing	Float	-9999	Unconformity-related uranium	-9999	Uranium, Thorium, Rare-earth elements	Sandstone, Conglomerate	Paleoproterozoic	Athabasca Group	Basal sandstone or conglomerate; Four uraniferous boulders occur along a distance of about 8000m extending SSW from the general location along the NW shore of Lake Athabasca. The boulders comprise quartzitic sandstone or conglomerate and are devoid of feldspathic material. Matrix compris; No Assays; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19770006, AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
082O 0013	Metallic mineral	-9999	82O-M-21 (OFR 1994-08); METID_0283 (DIG 2019-0026)	82O	51.516681	-115.722394	-9999	Near the headwaters of Wigmore Creek about 38.6 km north along Cascade River Trail from the Lake Minnewanka cut-off.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	-9999	-9999	-9999	Based on a geographic description, azurite is supposed to be located about 38.6km East of the Lake Minnewanka Cutoff. This puts it somewhere within the Triassic Spray River or Jurassic Fernie Group sediments; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	La Casse and Roebuck (1978) Minerals of Alberta; Hallamshire Publishers, Edmonton, AGS OFR 1994-08	Alberta Geological Survey
082H 0010	Metallic mineral	-9999	82H-M-02 (OFR 1994-08); METID_0026 (DIG 2019-0026)	82H	49.182504	-113.996231	-9999	About 1200 m south of Yarrow Creek and about 450 m northwest of Waterton Lakes National Parks boundary.	Surface	Showing	Bedrock	-9999	Volcanic-related copper	-9999	Copper	Basic sill	Mesoproterozoic	Siyeh Formation	basic sill; Chalcopyrite and chalcocite are disseminated along the upper contact of a 8m thick basic sill. The mineralized zone is believed to be less than 30cm thick; No Assays Along the upper contact of an 8m thick basic sill. - No information; Zone is confined to the upper contact of a basic sill, and is a maximum of 30cm thick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
083M 0028	Metallic mineral	-9999	Liddle-Site-7 (GEO 2005-05); METID_0514 (DIG 2019-0026)	83M	55.784927	-119.931917	-9999	About 5 km south of Baytree.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Conglomerate	Late Cretaceous	Bad Heart Formation	BH Conglomerate cliff overlain by BH sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0023	Metallic mineral	-9999	Liddle-O/C-1 (GEO 2005-05); METID_0491 (DIG 2019-0026)	83M	55.759507	-119.925445	-9999	About 5 km south of Baytree.	Surface	Showing	Ditch excavation	-9999	Oolitic ironstone	-9999	Iron	Sand	Late Cretaceous	Bad Heart Formation	BH sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
082G 0063	Metallic mineral	-9999	82G-M-62 (OFR 1994-08); METID_0043 (DIG 2019-0026)	82G	49.213343	-114.027342	-9999	Along the south slope of Spionkop Ridge about 7200 m ESE of Bovin Lake.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	Not assayed	Copper	Shale	Mesoproterozoic	Siyeh Formation	Black shale; Massive bornite replacing black shales in the upper portion of the Siyeh Formation (not assayed), and "visible" bornite was located; Bornite replaces black shales. - No structural information; estimated at 0.5% to 0.75% Cu across 10 to 15 ft.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
084E 0019	Metallic mineral	-9999	Kidd-A2 (GEO 2005-05); METID_0736 (DIG 2019-0026)	84E	57.017348	-118.671637	-9999	North bank of Notikewin River.	Surface	Showing	Organic bog	-9999	Bog iron	-9999	Iron	Bog	Quaternary	-9999	bog iron	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084E 0023	Metallic mineral	-9999	Kidd-A1 (GEO 2005-05); METID_0763 (DIG 2019-0026)	84E	57.233550	-118.403761	-9999	South bank Hotchkiss River.	Surface	Showing	Organic bog	-9999	Bog iron	-9999	Iron	Bog	Quaternary	-9999	bog iron	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084E 0020	Metallic mineral	-9999	McColl-1 (GEO 2005-05); METID_0737 (DIG 2019-0026)	84E	57.024533	-118.683625	-9999	Notikewin River	Surface	Showing	Organic bog	-9999	Bog iron	-9999	Iron	Bog	Quaternary	-9999	bog iron occurrence	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084E 0022	Metallic mineral	-9999	McColl-2 (GEO 2005-05); METID_0754 (DIG 2019-0026)	84E	57.198983	-118.361608	-9999	Hotchkiss River	Surface	Showing	Organic bog	-9999	Bog iron	-9999	Iron	Bog	Quaternary	-9999	bog iron occurrence	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
082N 0002	Metallic mineral	Eldon Deposit	82N-M-04 (OFR 1994-08); METID_0276 (DIG 2019-0026)	82N	51.318856	-116.092801	-9999	About 4.5 km due west of Eldon on the east slope of Panorama Mountain.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Argillite	Cambrian	St. Piran Formation, Mt Whyte Formation	Calcareous to argillaceous sediments; No description was provide other than the sample consisted of mine dump material that ranged from calcareous to argillaceous sediments; No Assays Large mine dump material indicative of significant adit. Evans reports abundant vein quartz, siderite, and chalcopyrite; Alteration: Quartz siderite veins with minor sericite associated with sulphides; Gangue: Pyrite, Quartz, Siderite, Sericite; Structure: Undeformed - Thrusted Paleozoic carbonates and argillaceous rocks. An east trending shear zone dipping at 40 north was mentioned.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Evans (1965) A reconnaissance study of some western Canadian lead-zinc deposits, AGS OFR 1994-08	Alberta Geological Survey
083M 0029	Metallic mineral	-9999	Liddle-O/C-3 (GEO 2005-05); METID_0515 (DIG 2019-0026)	83M	55.788585	-119.925482	-9999	About 5 km south of Baytree.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Conglomerate	Late Cretaceous	Bad Heart Formation	Conglomerate	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
082H 0009	Metallic mineral	Coppermine Creek	82H-M-04 (OFR 1994-08); METID_0020 (DIG 2019-0026)	82H	49.106695	-113.962420	-9999	Diabase sills about 0.5 km upstream along Coppermine Creek above the confluence with Blakiston Creek within the limits of the Waterton Lakes National Park.	Surface	Showing	Bedrock	-9999	Volcanic-related copper	-9999	Copper	Diorite dike	Mesoproterozoic	Moyie sills	Diorite dykes; Copper-bearing dykes were identified upstream along Coppermine Creek within the Precambrian Lewis series rocks; "Copper bearing diabase dykes. " Most Cu reported in dykes is vesicular chalcopyrite. - No structural information; Small scale mining took place here in the first decade of the 1900's.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Goble (1970) The Yarrow Creek - Spionkop Creek copper deposit, southwestern Alberta, AGS OFR 1994-08	Alberta Geological Survey
082N 0003	Metallic mineral	Baker Creek	82N-M-03 (OFR 1994-08); METID_0278 (DIG 2019-0026)	82N	51.378569	-116.019251	-9999	About 6.25 km north of Eldon and south of and along the west slope of Mount Eisenhower (aka Castle Mountain).	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Lead	Dolomite	Middle Cambrian	Cathedral Formation	Dolomite; Black dolomite veined with white, coarse, crystalline dolomite that is Pb-Zn-Cu mineralized; No Assays Little information available and no reports referenced. In letter by J. McLaws apparently a "few tons of zinc and copper sulphides" were shipped around 1918. He calls the Baker Creek claims the actual Eldon Mine. Galena mentioned in Evans (1965; Gangue: Pyrite, Limonite - Trace; Structure: Undeformed - Thrusted Paleozoic carbonates; Several adits up to 100 feet in length.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Evans (1965) A reconnaissance study of some western Canadian lead-zinc deposits, AGS OFR 1994-08	Alberta Geological Survey
074D 0001	Metallic mineral	-9999	74D-M-04 (OFR 1994-08); METID_0688 (DIG 2019-0026)	74D	56.696622	-110.048003	-9999	At Whitemud Falls along the Clearwater River about 80 km east of Fort McMurray and a few km west of the Saskatchewan border.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Lead	Dolomite	Middle Devonian	Keg River Formation	Dolomite; Hard, buff-coloured, and porous dolomite; No Assays - Galena filling cavity in the dolomite; Cavity filling Galena	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS MEM 01, AGS GEO 2000-02	Alberta Geological Survey
083M 0022	Metallic mineral	-9999	Liddle-Site-2 (GEO 2005-05); METID_0490 (DIG 2019-0026)	83M	55.748577	-119.931893	-9999	About 5 km south of Baytree.	Surface	Showing	Sediment	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Quaternary	-9999	glacial debris w some BH sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0024	Metallic mineral	-9999	Liddle-Site-4 (GEO 2005-05); METID_0492 (DIG 2019-0026)	83M	55.763165	-119.906072	-9999	About 5 km south of Baytree.	Surface	Showing	Sediment	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Quaternary	-9999	glacial debris w some BH sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
074M 0102	Metallic mineral	-9999	74M-M-07 (OFR 1994-08); METID_1224 (DIG 2019-0026)	74M	59.999937	-110.272624	-9999	On the Alberta/N.W.T. border about 1700 m west of Harker Lake.	Surface	Geophysical anomaly	Bedrock	-9999	Unknown	Note: conductor was mostly buried in a swamp	Copper	-9999	Mesoarchean, Paleoproterozoic	Taltson Basement complex	Gossanous zone; "A few specks of chalcopyrite and graphite and some gossan were noted in a few outcrops near an EM conductor"; No Assays "Soil samples along and across conductive zone gave negative results"; Gangue: Graphite - <1%; A few specks of chalcopyrite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710001, AGS OFR 1973-36, AGS OFR 1994-08	Alberta Geological Survey
082G 0038	Metallic mineral	-9999	82G-M-19 (OFR 1994-08); METID_0088 (DIG 2019-0026)	82G	49.289183	-114.154848	-9999	About 1300 m southwest of Victoria Peak and about 1600 m northwest of Pincher Creek.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Limestone	Mesoproterozoic	Gateway Formation	Grey Limestone; "Malachite staining was found on joints in a fine grained limestone bed about 30 cm thick and underlain by green argillites"; No Assays Minor malachite stain on joints in a Limestone bed. - No structural information; Minor malachite stain on joints in a Limestone bed. "This occurrence appears to have no economic importance, but its existence is worth noting."	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
084F 0001	Metallic mineral	-9999	Donner O/C (GEO 2005-05); METID_0749 (DIG 2019-0026)	84F	57.120000	-117.999990	-9999	28 km southwest of Hotchkiss.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	iron bearing sandstone. Samples O/C and P/C (GEO 2005-05).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
082G 0012	Metallic mineral	Stone Point White and Lyons	82G-M-03 (OFR 1994-08); METID_0060 (DIG 2019-0026)	82G	49.232513	-114.102347	-9999	On the west side of South Drywood Creek.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Copper, Lead	Carbonate, basaltic sill	Mesoproterozoic	Purcell Lava	Lava Flows; Chalcopyrite, pyrite, and galena occur in minute quartz-calcite veinlets adjacent to a thin black sill on the West side of South Drywood Creek; No Assays. Mineralization occurs in minute veinlets adjacent to a thin, black sills; Gangue: Pyrite, Calcite, Quartz; Structure: Faulted - The occurrence is within the Rocky Mountain Fold and Thrust belt. Mineralization appears to be related to the intrusion of a sill, likely Proterozoic in age; Mineralization occurs in minute veinlets adjacent to a thin, black sills.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19670003, AGS OFR 1994-08	Alberta Geological Survey
082O 0004	Metallic mineral	Castle Mountain	82O-M-01 (OFR 1994-08); METID_0277 (DIG 2019-0026)	82O	51.375531	-115.972452	-9999	Near Castle Mountain.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Limestone	Cambrian	-9999	Limestones?; Deposits of "purple ore" were identified in primarily Limestone host rocks in the Castle Mountain range from the Proterozoic Miette Group up to the Middle to Late Cambrian Waterfowl formation; No Assays "Deposits of purple copper ore" are probably indicative of bornite and/or chalcocite. No grade or descriptions given; Alteration: None indicated	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1886) Preliminary report on the physical and geological features of the Rocky Mountains between latitudes 49E and 51E30, AGS OFR 1994-08	Alberta Geological Survey
074D 0059	Metallic mineral	Crooked Rapids	INDID_1320 (DIG 2019-0027)	74D	56.483481	-111.861510	-9999	40 km SW of Fort McMurray	Surface	Geophysical anomaly	Bedrock	-9999	Unknown	-9999	Iron	-9999	-9999	-9999	Magnetite - geophysical anomaly	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20120012	Alberta Geological Survey
082H 0020	Metallic mineral	Dungarvan Magnetite; Iron Flats	82H-M-06 (OFR 1994-08); METID_0042 (DIG 2019-0026)	82H	49.208376	-113.931066	-9999	About 1.8 km north-northeast of where Dungarvan Creek intersects the Waterton Lakes National Park boundary.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone and underlying sideritic sandstone; Finely disseminated grains of magnetite in dune-like or wave-like deposits. Some drill cores have shown a varve-like deposition, with magnetite as increasingly thickening bands and intercalations in a sideritic matrix or groundmass; No Assays; Structure: Folded, Faulted - The beds are deformed in a series of gently folded anticlines and synclines parallel to the "Indian Springs Fault". Many folds have been subsequently faulted across their axes, and drag folding along some faults has created thickened and/or vertical ore se; Estimated reserves of 5,100,000 tons grading 45% Fe, plus 4,100,000 tons grading 30 to 40% Fe, and 6,200,000 tons grading 26 to 30% Fe.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1994-08	Alberta Geological Survey
082H 0006	Metallic mineral	-9999	82H-M-11 (OFR 1994-08); METID_0101 (DIG 2019-0026)	82H	49.314882	-113.758516	-9999	About 2.3 km east of Drywood station on the CPR line and about 2.5 km north of Drywood Creek.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; A poorly exposed, narrow outcrop zone extends diagonally across a cultivated field for about 300m. The rocks strike N40W and dip 40. An iron-rich zone is about 3.0m thick but comprises mainly brown-weathered, chloritic sandstone. A few magnetite-rich le; No Assays The low magnetite content of these rocks did not warrant a sample; Gangue: Chlorite - Abundant; Structure: Faulted - This zone is part of a narrow block of West-dipping strata bounded by thrust faults on both sides; A very low grade, poorly exposed occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082G 0007	Metallic mineral	Todd Creek	82G-M-95 (OFR 1994-08); METID_0209 (DIG 2019-0026)	82G	49.761944	-114.208260	-9999	About 6.4 km east of the hamlet of Todd Creek and about 4.2 km northwest of the junction of the North Burmis Road and Highway 22.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Iron-bearing rocks crop out along the rim of Antelope Butte, along the axis of a gently folded south-plunging syncline. Most of the magnetite-rich rocks appear to have been eroded from this locality; No Assays. Most of the Fe-rich rocks appear to have been eroded from this locality; Structure: Folded, Faulted - All of the Todd Creek occurrences are complexly folded and faulted; No significant reserves at this locality.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082H 0007	Metallic mineral	-9999	82H-M-16 (OFR 1994-08); METID_0001 (DIG 2019-0026)	82H	49.007496	-113.526066	-9999	Just to the north of the Canada/U.S. border about 500 m west of Boundary Creek.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Iron-rich rocks are exposed along two narrow, en-echelon ridges separated by a narrow wooded gully. Patchy outcrops of magnetite-bearing sandstone dip 25W and can be traced for about 200m. No complete section was observed; No Assays No sample was warranted as magnetite content is very low; Gangue: Chlorite - No structural information; A very low grade, poorly exposed occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082H 0005	Metallic mineral	-9999	82H-M-12 (OFR 1994-08); METID_0069 (DIG 2019-0026)	82H	49.246477	-113.659074	-9999	About 5.8 km south-southwest of the hamlet of Hill Spring.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	-9999	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; Low grade Iron-rich sandstones outcrop along a narrow grass covered ridge that strikes N40W and dips 30W. Iron-rich rocks are exposed for about 600m along the crest of the ridge and are similar in appearance to anomaly 82H-M11; The average Fe content at this locality is 9.2%; Gangue: Chlorite - No structural information; A very low grade, poorly exposed occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS BUL 009, AGS OFR 1994-08	Alberta Geological Survey
082G 0059	Metallic mineral	Burmis	82G-M-84 (OFR 1994-08); METID_0154 (DIG 2019-0026)	82G	49.578578	-114.286177	-9999	About 2.5 km north-northeast of Burmis.	Surface	Showing	Bedrock	-9999	Paleoplacer magnetite	Historical resource estimate of 111200 tonnes indicated of 60 wt% magnetite (this is non NI 43-101 compliant).	Iron	Sandstone	Late Cretaceous	Belly River Group	Magnetite-bearing sandstone; The Magnetite occurs in lenticular beach deposits of the basal Belly River; Structure: Faulted - The ore is positioned near thrust faults and has been sliced into numerous small pods; ~ 25% magnetite The "Pawnee 'Ceyuse' Claim" is estimated to contain 13,600 tons of magnetite. This estimate is for material that is easily recoverable by quarrying.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19720011, AGS OFR 1994-08, MAR 20040005	Alberta Geological Survey
074L 0014	Metallic mineral	Larocque Lake	74L-M-38 (OFR 1994-08); METID_0823 (DIG 2019-0026)	74L	58.050015	-110.932067	-9999	Richardson River	Surface	Showing	Outcrop	-9999	Structurally-controlled uranium	-9999	Uranium	Graphitic schist, metasedimentary gneiss	Paleoproterozoic	Lazenby Lake Formation	Massive graphitic schists; A basement complex of intrusive, metasedimentary gneisses and locally mafic mylonite are unconformably overlain by Middle Devonian mudstones and sandstones; No Assays. The extent of the graphitic schist is unknown, but the geophysical conductor indicates it may extend for 6.4 km along the fault which parallels the Richardson River; Alteration: The basement complex has been metamorphosed to amphibolite facies. Presence of 14.9m of alternating chlorite and graphite schist. - Pervasive (>80%); Structure: Faulted - The basement complex has been structurally deformed during the Hudsonian Orogeny. Massive graphitic schists along the NW trending Richardson River fault create a favorable reducing environment for Uranium deposition.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 1994-08, AGS DIG 2009-0021	Alberta Geological Survey
082N 0004	Metallic mineral	-9999	82N-M-07 (OFR 1994-08); METID_0281 (DIG 2019-0026)	82N	51.459997	-116.213835	-9999	At the south end of Herbert Lake at the pot hole about 4.8 km northwest of Lake Louise along the old Highway 93.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold	-9999	Neoproterozoic	Miette Group	None given. Gold was reportedly mined from an "in place" source up until 1930; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	La Casse and Roebuck (1978) Minerals of Alberta; Hallamshire Publishers, Edmonton, AGS OFR 1994-08	Alberta Geological Survey
082O 0002	Metallic mineral	-9999	82O-M-04 (OFR 1994-08); METID_0269 (DIG 2019-0026)	82O	51.180550	-115.953173	-9999	Near Twin Lakes on the east side of Mount Ball.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Lead	Limestone	Cambrian	Cathedral Formation	Not given; A specimen of Limestone from the Cathedral formation or possibly the Gog or Miette Groups contained a showing of galena and silver; No Assays described as fragments of galena and a vein of the material. Apparently, a specimen in which galena constituted a small portion contained about 1/2 an ounce of silver to the ton.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1886) Preliminary report on the physical and geological features of the Rocky Mountains between latitudes 49E and 51E30, AGS OFR 1994-08	Alberta Geological Survey
083M 0003	Metallic mineral	Dunvegan	83M-M-10 (OFR 1994-08); METID_0541 (DIG 2019-0026)	83M	55.926280	-118.660867	-9999	Along the Peace River near the town of Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Oolitic ironstone sandstone	Late Cretaceous	Dunvegan Formation	Oolitic Iron sandstone; Reddish-brown sandstone strata; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2000-02, AGS ESR 1959-03	Alberta Geological Survey
083D 0003	Metallic mineral	Henry House	83D-M-06 (OFR 1994-08); METID_0296 (DIG 2019-0026)	83D	52.920678	-118.059858	-9999	At the faulted junction between limestones and conglomerates near Henry House (location is approximate).	Surface	Showing	Bedrock	-9999	Unknown	-9999	Lead	Limestone, conglomerate	Neoproterozoic	Miette Group	Quartz vein; Galena was noted in a small quartz vein at the faulted contact between Limestone and Conglomerates near Henry House within the Jasper National Park; No Assays; Gangue: Quartz - Apparently related to a thrust fault.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1901) Geological Survey of Canada, reports and maps of investigations and surveys [1898], AGS OFR 1994-08	Alberta Geological Survey
082G 0042	Metallic mineral	-9999	82G-M-41 (OFR 1994-08); METID_0097 (DIG 2019-0026)	82G	49.309463	-114.140958	-9999	Along two creeks which drain from the north slope of Victoria Park.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Quartzite	Mesoproterozoic	Grinnell Formation	Quartzite Bands; Cu mineralization was found in bands of the Middle Grinnell Formation, at this point and about 600m ESE of this point. Sulphides comprise bornite, chalcopyrite, chalcocite, and pyrite. Malachite is widespread in surface outcrops and to a depth of at least; Thin quartzite beds containing finely disseminated sulphides and widespread malachite stain. Grades vary considerably along the strike of beds; Gangue: Pyrite - No structural information; up to 2% across 5-7 inches.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710008, AGS OFR 1994-08	Alberta Geological Survey
082H 0015	Metallic mineral	Buchanan Ridge	82H-M-05 (OFR 1994-08); METID_0008 (DIG 2019-0026)	82H	49.061660	-113.997052	-9999	Northwest slope of Buchanan Ridge south of Oil City within the limits of the Waterton Lakes National Park.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Gold	Quartzite	Mesoproterozoic	Appekunny Formation	Quartzite; Gold was discovered in 1901-1903 in response to activity created by "oilwell #1" (Oil City). No exact location was given. Location plotted in relation to Appekunny Formation on the NW slope of Buchanan Ridge; Au, No development done, no details given	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19730001, AGS OFR 1994-08	Alberta Geological Survey
084E 0012	Metallic mineral	-9999	MH 1-A (MAR 20020006); METID_0738 (DIG 2019-0026)	84E	57.024936	-118.808918	-9999	Approximately 70 km west of Manning, AB. Just north of Notikewin River.	Surface	Showing	Trench	-9999	Oolitic ironstone	-9999	Iron	Ironstone	Late Cretaceous	Bad Heart Formation	Sample MH1-A, MH1-B, and trench-1.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20020006, AGS GEO 2005-05	Alberta Geological Survey
084E 0016	Metallic mineral	-9999	MH 8-A (MAR 20020006); METID_0742 (DIG 2019-0026)	84E	57.036670	-118.808928	-9999	Approximately 70 km west of Manning, AB. Just north of Notikewin River.	Surface	Showing	Trench	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Samples MH8-A, MH8-B, and trench-8 (MAR 20020006).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20020006, AGS GEO 2005-05	Alberta Geological Survey
082O 0007	Metallic mineral	Storm Mountain	82O-M-28 (OFR 1994-08); METID_0272 (DIG 2019-0026)	82O	51.216669	-115.995203	-9999	On the east slope of Storm Mountain.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Sandstone, quartzite	Cambrian	Gog Group	Sandstone and quartzite; Quartzose white sandstones that are rarely pink, red or purple. Note: Mietle Group below and Cathedral Limestone above; No Assays; Gangue: Pyrite, Quartz	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1901) Geological Survey of Canada, reports and maps of investigations and surveys [1898], AGS OFR 1994-08	Alberta Geological Survey
082G 0016	Metallic mineral	-9999	82G-M-42 (OFR 1994-08); METID_0099 (DIG 2019-0026)	82G	49.313074	-114.175960	-9999	East side of Mill Creek (NW flank of Victoria Peak).	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Sandstone, quartzite	Mesoproterozoic	Grinnell Formation, Siyeh Formation	Sandstone beds; The area of greatest potential economic interest in permit #63 was found E of Mill Creek (NW flank of Victoria Peak). At this location, erratic Cu mineralization was noted in thin beds of the Grinnell Formation and also in thin beds of the Siyeh Formation; No Assays - No structural information; No description of occurrence. Quartzite Bands; Cu mineralization was found in quartzite bands in the Middle Grinnell Formation. Mineralization is similar to that described for occurrence 82G-M-41, but is lower in grade; Mineralization is similar to that described for occurrence 82G-M-41 but lower in grade; Gangue: Pyrite - No structural information; No grade given at this location.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19680020, MAR 19710008, AGS OFR 1994-08	Alberta Geological Survey
083L 0001	Metallic mineral	Grande Prairie	83L-M-01 (OFR 1994-08); METID_0347 (DIG 2019-0026)	83L	54.475337	-118.588202	-9999	About 17.5 km southwest of the confluence of the Smoky and Kakwa Rivers in west-central Alberta.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Zinc	Sandstone, siltstone	Late Cretaceous	Wapiti Formation	Sandstone?; No description given; No description of mineral occurrence. A supplement to the report indicates that samples may have been contaminated during preparation of pulps. - No structural information; Likely a minor occurrence of sphalerite observed in drill cuttings.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19700024, AGS OFR 1994-08	Alberta Geological Survey
082O 0010	Metallic mineral	Limestone Mountain	82O-M-18 (OFR 1994-08); METID_0286 (DIG 2019-0026)	82O	51.961252	-115.443621	-9999	On a spur overlooking Limestone Creek about 2.6 km north-northwest of Limestone Mountain.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Shale	Carboniferous	Banff Formation	Shale; An occurrence of sphalerite was noted in the "Lower Banff limey shale", probably Exshaw shale; No Assays110 feet of limey shale with sphalerite. Note: W. Hamilton visited but was not able to identify sphalerite. Description indicates Lower Banff shale but plot on map indicates in the Palliser Limestone. The map is much newer than the occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	P.F. Moore, pers. comm., 1953, AGS OFR 1994-08	Alberta Geological Survey
082J 0005	Metallic mineral	Mason Silver Permit	82J-M-44 (OFR 1994-08); METID_0230 (DIG 2019-0026)	82J	50.125364	-114.378086	-9999	At the headwaters of Westrup Creek about 2.2 km southeast of Livingstone Mountain.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Silver, Phosphorus	Shale, sandstone	Jurassic	Fernie Formation	Shales and sandstones; A Rubidium occurrence with significant gold and silver was reported near the headwaters of Westrup Creek. W. Hamilton of the Alberta Research Council travelled to the area with Sid Mason of Livingstone Mines Ltd. but could not locate the "reported results; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	W. Hamilton, pers. comm., 1992, AGS OFR 1994-08	Alberta Geological Survey
082G 0083	Metallic mineral	Southwest Alberta	82G-M-63 (OFR 1994-08); METID_0044 (DIG 2019-0026)	82G	49.214177	-114.396800	-9999	On the southeast slope of Scarpe Mountain adjacent to the Alberta/B.C. border.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Siltstone, dolomite	Mesoproterozoic	Siyeh Formation	Siltstone, silty dolomite ?; No lithological description, just minor bornite and chalcopyrite in erratic veins; Minor bornite and chalcopyrite in erratic veins - No structural information; <0.02% Cu A few erratic veins with minor Cu sulphides.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19740002, AGS OFR 1994-08	Alberta Geological Survey
084D 0023	Metallic mineral	-9999	SL-4A (MAR 19970006); METID_0617 (DIG 2019-0026)	84D	56.502000	-118.482000	-9999	Approximately 45 km north of Fairview, AB. Near Montagneuse Lake.	Surface	Geochemical anomaly	Ironstone	-9999	Oolitic ironstone	-9999	Iron	-9999	Late Cretaceous	Bad Heart Formation	Soil samples (SL-4A, SL-4B, SL-4C, and SL-4).	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19970006, AGS GEO 2005-05	Alberta Geological Survey
082G 0017	Metallic mineral	-9999	82G-M-05 (OFR 1994-08); METID_0107 (DIG 2019-0026)	82G	49.330580	-114.437370	-9999	Along the north side of Syncline Brook.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Quartzite, argillite	Mesoproterozoic	Appekunny Formation	Thin quartzite beds within argillite; About 207m from the top of the Appekunny formation minor chalcopyrite mineralization occurs in the upper 0.6m of a 2.44m quartzite bed, with argillite above and below the quartzite bed; No Assays. Upper 2 ft of an 8 ft thick quartzite bed; Structure: Undeformed - The occurrence is within the Rocky Mountain Fold and Thrust Belt, but mineralization is stratabound and does not appear to be structurally controlled; Upper 2 ft of an 8 ft thick quartzite bed.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19680006, AGS OFR 1994-08	Alberta Geological Survey
082O 0006	Metallic mineral	Cascade Creek	82O-M-31 (OFR 1994-08); METID_0279 (DIG 2019-0026)	82O	51.378741	-115.880834	-9999	Near the headwaters of Cascade Creek about 2.5 km west of Block Mtn.	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Carbonate	-9999	-9999	This occurrence pertaining to a "massive (zinc) blende" is underlain by Exshaw and Banff sediments. However, upper Cambrian and upper Devonian carbonates exist within half a kilometer of the anomaly; No Assays "Specimens of massive (zinc) blende have been obtained near the head of Cascade Creek, Rocky Mountains, Alberta, which may represent deposits of economic importance. "Note that under associated minerals or products copper is listed.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1899) Annual report of 1897, reports A, H, I, J, M, S (GSC), AGS OFR 1994-08	Alberta Geological Survey
082O 0009	Metallic mineral	Panther River	82O-M-30 (OFR 1994-08); METID_0284 (DIG 2019-0026)	82O	51.607748	-115.447710	-9999	Near the head of Panther River about 50 air kilometres north of Banff on north ridge.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Carbonate, shale	Late Cambrian, Late Devonian	-9999	Unknown; Cu mineralization was located on the North Ridge which is comprised of Upper Devonian and Upper Cambrian carbonates and shales above the McConnell thrust; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1901) Geological Survey of Canada, reports and maps of investigations and surveys [1898], AGS OFR 1994-08	Alberta Geological Survey
082O 0008	Metallic mineral	Johnston Greek	82O-M-29 (OFR 1994-08); METID_0280 (DIG 2019-0026)	82O	51.390395	-115.909594	-9999	From an area between the headwaters of Johnston Creek and Cascade Creek.	Surface	Showing	Bedrock	-9999	Unknown	-9999	Copper	Carbonate, shale	Middle Cambrian, Late Cambrian	-9999	Unknown; Cu-mineralization was located on a ridge comprised of middle to upper Cambrian carbonates and shales above the Johnston Thrust; No Assays	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1901) Geological Survey of Canada, reports and maps of investigations and surveys [1898], AGS OFR 1994-08	Alberta Geological Survey
082O 0005	Metallic mineral	Cascade River	82O-M-32 (OFR 1994-08); METID_0273 (DIG 2019-0026)	82O	51.227100	-115.523378	-9999	Along the Cascade River (approximate location).	Surface	Showing	Bedrock	-9999	Carbonate-hosted lead-zinc	-9999	Zinc	Carbonate, siltstone, shale	-9999	-9999	Unknown; The latitude and longitude of this little known occurrence plots in the Upper Paleozoic carbonates, siltstones, and shales of the Front Ranges; No Assays No description, description given is of Cascade Creek occurrence! See 82O-m-31.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Dawson (1899) Annual report of 1897, reports A, H, I, J, M, S (GSC), AGS OFR 1994-08	Alberta Geological Survey
083M 0032	Metallic mineral	-9999	Kidd-D8 (GEO 2005-05); METID_0538 (DIG 2019-0026)	83M	55.921692	-118.630233	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0033	Metallic mineral	-9999	Kidd-D9 (GEO 2005-05); METID_0539 (DIG 2019-0026)	83M	55.925053	-118.675879	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0034	Metallic mineral	-9999	Kidd-D10 (GEO 2005-05); METID_0540 (DIG 2019-0026)	83M	55.925311	-118.604203	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0035	Metallic mineral	-9999	Kidd-D11 (GEO 2005-05); METID_0548 (DIG 2019-0026)	83M	55.928913	-118.597697	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0036	Metallic mineral	-9999	Kidd-D6 (GEO 2005-05); METID_0549 (DIG 2019-0026)	83M	55.932386	-118.682438	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0037	Metallic mineral	-9999	Kidd-D7 (GEO 2005-05); METID_0550 (DIG 2019-0026)	83M	55.932404	-118.656308	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0038	Metallic mineral	-9999	Kidd-D12 (GEO 2005-05); METID_0551 (DIG 2019-0026)	83M	55.932552	-118.558465	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0039	Metallic mineral	-9999	Kidd-D5 (GEO 2005-05); METID_0552 (DIG 2019-0026)	83M	55.939748	-118.721632	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
083M 0040	Metallic mineral	-9999	Kidd-D4 (GEO 2005-05); METID_0553 (DIG 2019-0026)	83M	55.943401	-118.734676	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0029	Metallic mineral	-9999	Kidd-D3 (GEO 2005-05); METID_0558 (DIG 2019-0026)	84D	56.005236	-118.812956	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0030	Metallic mineral	-9999	Kidd-D2 (GEO 2005-05); METID_0561 (DIG 2019-0026)	84D	56.030720	-118.832527	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	-9999	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0031	Metallic mineral	-9999	Kidd-D1 (GEO 2005-05); METID_0562 (DIG 2019-0026)	84D	56.034347	-118.858627	-9999	Peace River - Dunvegan.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0032	Metallic mineral	-9999	Kidd-C18 (GEO 2005-05); METID_0574 (DIG 2019-0026)	84D	56.456429	-118.241282	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0033	Metallic mineral	-9999	Kidd-C17 (GEO 2005-05); METID_0577 (DIG 2019-0026)	84D	56.463666	-118.504933	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0034	Metallic mineral	-9999	Kidd-C15-16 (GEO 2005-05); METID_0621 (DIG 2019-0026)	84D	56.521084	-118.689279	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0035	Metallic mineral	-9999	Kidd-C2 (GEO 2005-05); METID_0632 (DIG 2019-0026)	84D	56.593685	-119.042112	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0036	Metallic mineral	-9999	Kidd-C8 (GEO 2005-05); METID_0669 (DIG 2019-0026)	84D	56.597303	-118.968884	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0037	Metallic mineral	-9999	Kidd-C7 (GEO 2005-05); METID_0670 (DIG 2019-0026)	84D	56.597311	-118.982197	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0038	Metallic mineral	-9999	Kidd-C6 (GEO 2005-05); METID_0671 (DIG 2019-0026)	84D	56.597319	-119.022140	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0043	Metallic mineral	-9999	Kidd-C4 (GEO 2005-05); METID_0676 (DIG 2019-0026)	84D	56.600975	-119.042112	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0044	Metallic mineral	-9999	Kidd-C1 (GEO 2005-05); METID_0678 (DIG 2019-0026)	84D	56.604604	-119.115346	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0045	Metallic mineral	-9999	Kidd-C9 (GEO 2005-05); METID_0679 (DIG 2019-0026)	84D	56.604613	-118.962226	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0046	Metallic mineral	-9999	Kidd-C5 (GEO 2005-05); METID_0680 (DIG 2019-0026)	84D	56.604631	-119.042113	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0047	Metallic mineral	-9999	Kidd-B10 (GEO 2005-05); METID_0694 (DIG 2019-0026)	84D	56.855396	-118.662555	-9999	Rambling River in Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0053	Metallic mineral	-9999	Kidd-B15 (GEO 2005-05); METID_0729 (DIG 2019-0026)	84D	56.877362	-118.668270	-9999	Rambling River in Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
084D 0054	Metallic mineral	-9999	Kidd-C3 (GEO 2005-05); METID_0731 (DIG 2019-0026)	84D	56.918799	-119.038785	-9999	Southern Clear Hills.	Surface	Showing	Bedrock	-9999	Oolitic ironstone	-9999	Iron	Sandstone	Late Cretaceous	Bad Heart Formation	Upper Kt sandstone, oolitic sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS GEO 2005-05	Alberta Geological Survey
082G 0026	Metallic mineral	-9999	82G-M-25 (OFR 1994-08); METID_0051 (DIG 2019-0026)	82G	49.221954	-114.382360	-9999	About 450 m west of Scarpe Mountain on the Alberta/B.C. border.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Sandstone, argillite, andesite lava flow	Mesoproterozoic	Grinnell Formation, Siyeh Formation, Purcell Lava	white sandstone beds in argillite; Sparse chalcopyrite mineralization is present in two beds, the lower one is 1.2m thick and the upper one, which is 5m higher stratigraphically is 15cm thick. Chalcopyrite was found in aggregates to 4mm along contacts and fractures of green argillite pebble; No Assays. Mineralization is sparse and low grade. In the writer's opinion, no sampling was required. - No structural information; Mineralization is sparse and confined to thin beds. (Grey slaty argillites) (andesitic Lava); Two minor occurrences: "Malachite staining on greenish-grey slaty argillite which appears to contain very fine grained disseminated sulphides". About 350m to the N - "Sparse chalcopyrite fills vesicles in the andesitic Lava"; No assays Local occurrences only. Not economically significant. - No structural information; Local occurrences only. Not economically significant.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0025	Metallic mineral	-9999	82G-M-13 (OFR 1994-08); METID_0050 (DIG 2019-0026)	82G	49.221121	-114.032062	-9999	About 600 m southeast of Spionkop Creek and about 2800 m west of the surface expression of the Lewis Thrust.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Sandstone	Mesoproterozoic	Grinnell Formation	White sandstone beds with pale green argillite pebbles; "Chalcocite is present in the less well cemented parts of a medium grained white sandstone between the interstices of quartz grains and in fractures and laminae in argillite pebbles. Mineralization is present across 0.6 meters in a faulted area"; No Assays. Mineralization appears to be below ore grade, and is of limited stratigraphic extent; Structure: Faulted - Mineralization occurs in a faulted area. There is little displacement of the mineralized beds but as much as 8 metres of displacement occurs further to the west in the creek valley (rotational displacement?); Mineralization appears to be below ore grade, and is of limited stratigraphic extent.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0047	Metallic mineral	-9999	82G-M-29 (OFR 1994-08); METID_0112 (DIG 2019-0026)	82G	49.341135	-114.460700	-9999	About 1000 m northeast of the head of Gardiner Creek and about 1600 m east of the B.C. border.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Sandstone	Mesoproterozoic	Grinnell Formation	White sandstone beds; Two similar occurrences are about 200m apart, one near the upper contact of the Grinnell with the Siyeh Formation, and the other near the lower contact of the Grinnell with the Appekunny Formation. Both of the occurrences comprise bornite and possibly cha; No Assays In the interstices of quartz grains and in fractures and along contacts of green argillite pebbles. - No structural information; No information as to continuity and extent of mineralization, but the upper sandstone bed is 1.5 to 2.1 meters thick.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0048	Metallic mineral	-9999	82G-M-28 (OFR 1994-08); METID_0115 (DIG 2019-0026)	82G	49.362525	-114.467650	-9999	About 900 m east of Gardiner Creek and about 2000 m northeast of the B.C. border.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Sandstone, quartzite	Mesoproterozoic	Grinnell Formation	white sandstone or quartzite beds; Four minor occurrences of chalcopyrite occur within a radius of about 700m from this point. Chalcopyrite is disseminated, or in aggregates up to 4 mm, in thin white sandstone beds. Three of the occurrences are at or near the upper contact of the Grinnell; Gangue: Pyrite; The occurrences appear to be localized.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0033	Metallic mineral	-9999	82G-M-21 (OFR 1994-08); METID_0075 (DIG 2019-0026)	82G	49.261681	-114.412912	-9999	In the Middle Kootenay Pass on the B.C. border on the northwest side of the Pass.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Zinc	Sandstone	Mesoproterozoic	Appekunny Formation	White sandstone; "Abundant sphalerite is associated with pyrite in white medium grained sandstone at contacts with green argillite pebbles"; No assays. "Abundant sphalerite is associated with pyrite in white, medium grained sandstone"; Gangue: Pyrite - No structural information; No assays. Little is known about the occurrence.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
082G 0032	Metallic mineral	-9999	82G-M-15 (OFR 1994-08); METID_0072 (DIG 2019-0026)	82G	49.248624	-114.021510	-9999	About 900 m northwest of Spionkop Creek and about 600 m west of the surface expression of the Lewis Thrust.	Surface	Showing	Bedrock	-9999	Stratabound copper-silver	-9999	Copper	Sandstone	Mesoproterozoic	Grinnell Formation	White sandstone; "Sparse chalcopyrite is present in grains up to 1 mm along the edges and in fractures in a white, medium grained sandstone with subrounded quartz grains"; No Assays This mineralization could not be traces far and is too low grade to be interesting. - No structural information; Mineralization is low grade and limited in extent.	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 19710002, AGS OFR 1994-08	Alberta Geological Survey
083M 0131	Industrial mineral	Bay Tree	INDID_1355 (DIG 2019-0027)	83M	55.784750	-119.942402	-9999	About 5 km south of Baytree.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Building Stone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083L 0022	Industrial mineral	Beaverdam	INDID_1356 (DIG 2019-0027)	83L	54.034879	-119.326494	-9999	Approximately 20 km to the northwest of the hamlet of Grande Cache, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083O 0010	Industrial mineral	Drift Pile	INDID_1364 (DIG 2019-0027)	83O	55.315106	-115.702695	-9999	Approximately 17 km to the west of the village of Kinuso, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Shale	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074E 0121	Industrial mineral	Fort Hills	INDID_1367 (DIG 2019-0027)	74E	57.373882	-111.548044	-9999	Approximately 70 km to the north of the community of Fort McMurray.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074D 0069	Industrial mineral	Fort McMurray West	INDID_1368 (DIG 2019-0027)	74D	56.994133	-111.514849	-9999	In the vicinity of the hamlet of Tar Island, AB and oil sand mining operations.	Subsurface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074E 0120	Industrial mineral	Horizon	INDID_1370 (DIG 2019-0027)	74E	57.322708	-111.787183	-9999	Approximately 70 km to the north of the community of Fort McMurray.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083L 0023	Industrial mineral	Kakwa	INDID_1373 (DIG 2019-0027)	83L	54.240254	-118.708939	-9999	Approximately 50 km to the northeast of the town of Grande Cache, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Shale	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082H 0113	Industrial mineral	Kormos	INDID_1374 (DIG 2019-0027)	82H	49.501911	-112.957680	-9999	South of the city of Lethbridge, AB.	Surface	Past producer	Quarry	-9999	Miscellaneous	-9999	Ammonite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mychaluk (2009) Update on ammolite production from southern Alberta	Alberta Geological Survey
074E 0119	Industrial mineral	Muskeg	INDID_1376 (DIG 2019-0027)	74E	57.191305	-111.553695	-9999	Approximately 50 km to the north of the community of Fort McMurray.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
082H 0112	Industrial mineral	Oxbow	INDID_1377 (DIG 2019-0027)	82H	49.488027	-112.959983	-9999	South of the city of Lethbridge, AB.	Surface	Past producer	Quarry	-9999	Miscellaneous	-9999	Ammonite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mychaluk (2009) Update on ammolite production from southern Alberta	Alberta Geological Survey
083L 0025	Industrial mineral	Red Rock	INDID_1389 (DIG 2019-0027)	83L	54.452799	-119.164613	-9999	Approximately 60 km to the north of the community of Grande Cache, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	G. Lopez, pers. comm., 2020	Alberta Geological Survey
082H 0115	Industrial mineral	Salberg	INDID_1394 (DIG 2019-0027)	82H	49.522025	-112.902798	-9999	South of the city of Lethbridge, AB.	Surface	Past producer	Quarry	-9999	Miscellaneous	-9999	Ammonite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mychaluk (2009) Update on ammolite production from southern Alberta	Alberta Geological Survey
082J 0123	Industrial mineral	Sandstone Brick and Sewer Pipe Co. Quarry	INDID_1395 (DIG 2019-0027)	82J	50.766000	-114.026900	-9999	Approximately 4 km to the northwest of the town of Okotoks, AB.	Surface	Past producer	Quarry	-9999	Terrigenous	-9999	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AGS OFR 2010-01	Alberta Geological Survey
083L 0021	Industrial mineral	Sheep Creek	INDID_1396 (DIG 2019-0027)	83L	54.010619	-119.145997	-9999	Approximately 13 km to the north of the hamlet of Grande Cache, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
072M 0009	Industrial mineral	Sheerness Power Plant	INDID_1398 (DIG 2019-0027)	72M	51.442222	-111.792222	-9999	Approximately 35 km to the west of the village of Youngstown, AB.	Surface	Producer	Plant	-9999	Miscellaneous	-9999	Fly ash	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	ASHCOR (2024)	Alberta Geological Survey
082H 0116	Industrial mineral	Zone 4	INDID_1405 (DIG 2019-0027)	82H	49.559167	-112.839010	-9999	South of the city of Lethbridge, AB.	Surface	Past producer	Quarry	-9999	Miscellaneous	-9999	Ammonite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mychaluk (2009) Update on ammolite production from southern Alberta	Alberta Geological Survey
082P 0043	Industrial mineral	Clearwater	INDID_1406 (DIG 2019-0027)	82P	51.830000	-113.830000	-9999	Near the town of Olds, AB.	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Abbey et al. (2024) NI 43-101 technical report on pre-feasibility study Bashaw District mineral property central Alberta	Alberta Geological Survey
083A 0082	Industrial mineral	Exshaw West	INDID_1407 (DIG 2019-0027)	83A	52.490000	-113.287800	-9999	South-central Alberta, west of Innisfail	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MacMillan and Binks (2021) NI 43-101 technical report, lithium resource estimate for the Exshaw West property, south-central Alberta	Alberta Geological Survey
083K 0061	Industrial mineral	Fox Creek West	INDID_1408 (DIG 2019-0027)	83K	54.154049	-116.623473	-9999	Swan Hills, 20 km NE of town Fox Creek and 60 km west of Whitecourt.	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Klein and Romanov (2023) NI 43-101 technical report: resource assessment of the Fox Creek West lithium project in west Alberta	Alberta Geological Survey
083B 0066	Industrial mineral	North Rocky	INDID_1409 (DIG 2019-0027)	83B	52.230000	-114.500000	-9999	Approximately 45 km west of the town of Red Deer, AB	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Spanjers et al. (2017) NI 43-101 technical report, lithium resource estimate for the North Rocky property, south-central Alberta	Alberta Geological Survey
083M 0129	Industrial mineral	AEC Saddle Hills Gas Plant	INDID_1411 (DIG 2019-0027)	83M	55.477876	-119.055745	-9999	Approximately 22 km to the northwest of the town of Sexsmith, AB.	Subsurface	Producer	Gas plant	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST50	Alberta Geological Survey
083E 0056	Industrial mineral	Edco Hill	INDID_1419 (DIG 2019-0027)	83E	53.910249	-119.060308	-9999	Approximately 3 km to the northeast of the hamlet of Grande Cache, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Sandstone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
072L 0038	Industrial mineral	Hays 11-31-013-14W4	INDID_1425 (DIG 2019-0027)	72L	50.129521	-111.908571	-9999	Approximately 47 km south of the town of Brooks, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST50	Alberta Geological Survey
074D 0066	Industrial mineral	Parsons Creek	INDID_1436 (DIG 2019-0027)	74D	56.839722	-111.431543	-9999	Approximately 10 km to the north of the community of Fort McMurray, AB.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074D 0065	Industrial mineral	Nexen Long Lake Project Upgrader	INDID_1439 (DIG 2019-0027)	74D	56.410931	-110.948819	-9999	Approximately 35 km to the southeast of the community of Fort McMurray, AB.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST39	Alberta Geological Survey
083M 0130	Industrial mineral	Ksituan 7-22-78-9w6	INDID_1444 (DIG 2019-0027)	83M	55.770850	-119.299630	-9999	Approximately 30 km west of the town of Spirit River, AB.	Subsurface	Producer	Gas plant	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST50	Alberta Geological Survey
083H 0106	Industrial mineral	Bruderheim Plant	INDID_1449 (DIG 2019-0027)	83H	53.905541	-112.919642	-9999	Approximately 12 km to the north of the town of Bruderheim, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Silica sand	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Sil (2025) Plants, transloads & maps	Alberta Geological Survey
083H 0104	Industrial mineral	Shell Scotford Upgrader	INDID_1456 (DIG 2019-0027)	83H	53.804174	-113.099834	-9999	North of the city of Fort Saskatchewan, AB.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST39	Alberta Geological Survey
083J 0009	Metallic mineral	South Slave Lake	South Slave Lake; METID_0360 (DIG 2019-0026)	83J	54.775995	-114.482004	-9999	SE of Slave Lake.	Subsurface	Geophysical anomaly	Bedrock	-9999	Unknown	Magnetic high	Unknown	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20000023	Alberta Geological Survey
083O 0002	Metallic mineral	South Slave Lake	South Slave Lake; METID_0369 (DIG 2019-0026)	83O	55.124989	-114.332210	-9999	Roughly the mid point between the southeastern tip of Lesser Slave Lake and the town of Vega.	Subsurface	Geophysical anomaly	Bedrock	-9999	Unknown	Magnetic high	Unknown	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20000023	Alberta Geological Survey
074M 0277	Metallic mineral	North Shore	South Anomaly; METID_0956 (DIG 2019-0026)	74M	59.168881	-110.422777	-9999	About 250 km north of Fort McMurray northwest margin of Athabasca basin.	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	Radiometric anomaly. Can describe further from 43-101	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Armitage (2014) Technical report on the on North Shore property, northeastern Alberta, for Fission 3.0 Corp and Fission Uranium Corp.	Alberta Geological Survey
074M 0278	Metallic mineral	North Shore	North Anomaly; METID_0957 (DIG 2019-0026)	74M	59.186332	-110.317477	-9999	About 250 km north of Fort McMurray northwest margin of Athabasca basin.	Subsurface	Geophysical anomaly	Bedrock	-9999	Unconformity-related uranium	Radiometric anomaly. Can describe further from 43-101	Uranium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Armitage (2014) Technical report on the on North Shore property, northeastern Alberta, for Fission 3.0 Corp and Fission Uranium Corp.	Alberta Geological Survey
072L 0039	Industrial mineral	Bantry 2-29-019-13W4M Gas Plant	-9999	72L	50.632276	-111.766726	-9999	Approximately 10 km northeast of the town of Brooks, AB.	Subsurface	Producer	Gas plant	Drillhole	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST50	Alberta Geological Survey
074D 0067	Industrial mineral	Steepbank	-9999	74D	56.903000	-111.378000	-9999	Approximately 17 km to the north of the community of Fort McMurray, AB.	Surface	Producer	Quarry	-9999	Chemical and Biogenics	-9999	Limestone	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
074D 0068	Industrial mineral	Suncor Energy Base Plant	-9999	74D	56.958699	-111.325108	-9999	Approximately 25 km to the north of the community of Fort McMurray, AB.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST39	Alberta Geological Survey
082H 0114	Industrial mineral	St. Mary River	-9999	82H	49.501469	-112.952430	-9999	South of the city of Lethbridge, AB.	Surface	Past producer	Quarry	-9999	Miscellaneous	-9999	Ammonite	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Mychaluk (2009) Update on ammolite production from southern Alberta	Alberta Geological Survey
082P 0042	Industrial mineral	Drumheller	-9999	82P	51.561840	-112.308530	-9999	Approximately 30 km north of the town of Drumheller, AB.	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Eccles et al. (2022) National Instrument 43-101 technical report, initial inferred lithium-brine resource estimations for Highwood Asset Management Ltd.s Drumheller property	Alberta Geological Survey
083F 0108	Industrial mineral	Fickle Lake	-9999	83F	53.450444	-116.740736	-9999	Approximately 25 km to the southwest of the town of Edson, AB.	Surface	Producer	Quarry	-9999	Terrigenous	-9999	Shale	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Alberta Metallic and Industrial Minerals Interactive Map, https://gis.energy.gov.ab.ca/Geoview/Metallic	Alberta Geological Survey
083G 0091	Industrial mineral	Keephills Generating Station	-9999	83G	53.482166	-114.570424	-9999	On the southern shore of Wabamun Lake.	Subsurface	Producer	Plant	-9999	Miscellaneous	-9999	Fly ash	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	C. Knudson, pers. comm., 2025	Alberta Geological Survey
083H 0102	Industrial mineral	Suncor Edmonton Refinery	-9999	83H	53.549613	-113.356070	-9999	Within the city of Edmonton, AB.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Ledi, pers. comm., 2024	Alberta Geological Survey
083H 0103	Industrial mineral	Strathcona Oil Refinery	-9999	83H	53.543874	-113.391975	-9999	Within the city of Edmonton, AB.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	A. Ledi, pers. comm., 2024	Alberta Geological Survey
083H 0105	Industrial mineral	NWR Sturgeon Refinery	-9999	83H	53.839270	-113.123770	-9999	North of the city of Fort Saskatchewan, AB.	Subsurface	Producer	Oil sands facilities	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST39	Alberta Geological Survey
083K 0062	Industrial mineral	Park Place	-9999	83K	54.128690	-117.025790	-9999	Approximately 33 km south-southwest of the town of Fox Creek, AB.	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Eccles et al. (2024) LithiumBank Resources Corp. Park Place Ni 43-101 technical report	Alberta Geological Survey
083M 0128	Industrial mineral	CSV Albright 13-34 Sulphur Rec GP	-9999	83M	55.285208	-119.303441	-9999	Approximately 11 km to the northeast of the town of Beaverlodge, AB.	Subsurface	Producer	Gas plant	-9999	Miscellaneous	-9999	Sulphur	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	AER ST50	Alberta Geological Survey
083P 0032	Metallic mineral	Calling Lake	-9999	83P	55.179057	-113.375687	-9999	Near Calling Lake, AB	Subsurface	Prospect	Outcrop	-9999	Diamond-bearing kimberlites	-9999	Diamonds	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20180011	Alberta Geological Survey
084B 0010	Metallic mineral	Buffalo Hills	-9999	84B	56.920765	-115.606204	-9999	Approximately 125 km northeast of the town of Peace River, AB.	Subsurface	Prospect	Drillhole	-9999	Diamond-bearing kimberlites	-9999	Diamonds	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MAR 20160014	Alberta Geological Survey
084C 0046	Industrial mineral	Peace River	-9999	84C	56.217950	-116.848890	-9999	Approximately 30 km east of the town of Peace River, AB.	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	MacMillan (2023) NI 43-101 technical report lithium resource estimate Peace River project, NW Alberta	Alberta Geological Survey
084D 0173	Industrial mineral	Clear Hills	-9999	84D	56.559100	-118.124650	-9999	North of the town of Peace River, AB.	Subsurface	Project with resource estimate	Drillhole	-9999	Brines	-9999	Lithium	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	-9999	Deryushkin and Williams-Kovacs (2024) NI43-101 technical report: resource assessment of the Clear Hills lithium project in corthwest Alberta	Alberta Geological Survey
