New base metal mineral potential in southern Northwest Territories, Canada

Bibliographische Detailangaben
Personen und Körperschaften: Paulen, R C (VerfasserIn); Day, S J A (VerfasserIn); King, R D (VerfasserIn); Piercey, S J (VerfasserIn); Smith, I R (VerfasserIn)
Format: Zeitschrift
Sprache: English
veröffentlicht: Association of Applied Geochemists, 2018
Gesamtaufnahme: GEM2: Geo-mapping for Energy and Minerals
, Explore no. 181, 2018 p. 1, 5-17, Natural Resources Canada, Contribution Series
Schlagwörter: Mineral Potential; Petroleum Exploration; Exploration Methods; Exploration Guidelines; Mineral Deposits; Base Metals; Copper; Lead; Zinc; Kimberlites; Mineral Occurrences; Glacial History; Glaciation; Ice Flow; Stream Sediment Geochemistry; Till Geochemistry; Heavy Minerals Geochemistry; Geochemical Analyses; Isotope Geochemistry; Lead Isotope Ratios; Sulphur Isotope Ratios; Mass Spectrometer Analysis; Glacial Deposits; Tills; Mineral Assemblages; Chalcopyrite; Scheelite; Sphalerite; Galena; Bedrock Geology; Lithology; Sedimentary Rocks; Carbonates; Shales; Structural Features; Faults; Faults, Thrust; Shear Zones; Pine Point Deposit; Laurentide Ice Sheet; Western Canada Sedimentary Basin; Presqu'Ile Dolomite; Tathlina Fault Zone; Rabbit Lake Fault Zone; Great Slave Lake Shear Zone; Fort Simpson Formation; Slave Point Formation; Watt Mountain Formation; Sulphur Point Formation; Pine Point Dolostone; Keg River Formation; Canadian Shield; Alluvial Sediments; Ice-Flow Directions; Northwest Territories; Fort Providence; Hay River; Great Slave Lake; Fort Resolution; Ka'A'Gee Tu; Kakisa Lake; Sambaa K'E; Trout Lake; Pine Point; Zeitschrift;
Quelle: GEOSCAN
Zusammenfassung:
As part of the Southern Mackenzie Surficial activity (2017-2020), under the...

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