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TitleTargeted Geoscience Initiative 5: contributions to the understanding of Canadian gold systems
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LicencePlease note the adoption of the Open Government Licence - Canada supersedes any previous licences.
AuthorMercier-Langevin, P (ed.); Lawley, C J MORCID logo (ed.); Castonguay, SORCID logo (ed.)
SourceGeological Survey of Canada, Open File 8712, 2020, 328 pages, https://doi.org/10.4095/323661 Open Access logo Open Access
LinksErratum
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Year2020
PublisherNatural Resources Canada
Documentopen file
Lang.English
Mediaon-line; digital
RelatedThis publication contains the following publications
File formatpdf; docx (Microsoft® Word®)
ProvinceCanada; British Columbia; Alberta; Saskatchewan; Manitoba; Ontario; Quebec; New Brunswick; Nova Scotia; Prince Edward Island; Newfoundland and Labrador; Northwest Territories; Yukon; Nunavut; Quebec; Ontario; British Columbia; Nunavut; Newfoundland and Labrador; Manitoba; Saskatchewan; Yukon; Canada
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AreaGoudreau-Lochalsh Gold District; Rouyn-Noranda; Lake Osisko; Noranda Lake; Abitibi; Matagami; Dubreuilville; Wawa; Atlin; Kirkland Lake; Contwoyto Lake; Timmins; Matheson; Matachewan; Wilding Lake; Victoria Lake; Lynn Lake; Carcross; Fraser; Engineer; Wann River; Taglish lake; Racine Lake; Moon Lake; Tutshi Lake; Bennett Lake; Wheaton River; Mount Hodnett; Tally-Ho Mountain; Annie Lake; Rankin Inlet; Whale Lake; Mammoth Lake; Kivalliq Region
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Subjectseconomic geology; tectonics; geochemistry; mineralogy; stratigraphy; structural geology; geochronology; igneous and metamorphic petrology; regional geology; geophysics; sedimentology; Science and Technology; Nature and Environment; Economics and Industry; Education and Training; mineral deposits; gold; mineral exploration; exploration methods; ore mineral genesis; mineralization; ore controls; exploration guidelines; models; tectonic setting; tectonic evolution; crustal evolution; source rocks; transport mechanisms; fluid flow; flow mechanisms; field methods; analytical methods; mineral exploration statistics; exploration activities; mining activities; economics; Archean; volcanogenic deposits; sulphide deposits; silver; copper; zinc; mineral enrichment; lenses; bedrock geology; lithology; igneous rocks; volcanic rocks; felsic volcanic rocks; volcaniclastics; dacites; rhyodacites; clasts; tuffs; rhyolites; basalts; andesites; lava flows; breccias; intrusive rocks; felsic intrusive rocks; mafic intrusive rocks; syenites; trondhjemites; tonalites; gabbros; diorites; diabases; structural features; faults; fault zones; mineral assemblages; pyrite; sphalerite; chalcopyrite; host rocks; porosity; permeability; mineral zoning; thermal analyses; tectonic history; volcanism; magmatism; intrusions; dykes; hydrothermal systems; hydrothermal alteration; metamorphism; deformation; foliation; greenstone belts; remobilization; recrystallization; rifting; crustal thickness; lithogeochemistry; geochemical analyses; trace element analyses; major element analyses; mines; geometric analyses; mass spectrometer analysis; base metals; precious metals; lead; mafic volcanic rocks; hyaloclastites; stratigraphic correlations; facies; depositional environment; metallogeny; stratigraphic analyses; joints; veinlets; veins; quartz veins; sulphides; pyrrhotite; alteration; schistosity; sills; domes; petrogenesis; radiometric dating; uranium lead dating; pyrite nodules; mineralogical analyses; textures; inclusions; diagenesis; sedimentary rocks; argillites; strain; quartz; garnet; biotite; muscovite; albite; rutile; titanite; statistical analyses; stable isotope studies; sulphur; structural controls; shear zones; volcano-sedimentary strata; mafic rocks; iron formations; sedimentation; zircon dates; mineralization, primary; mineralization, secondary; lineations; alteration halos; carbonates; gangue minerals; zoning; marine environments; plutons; basins; deposition; carbonate; tourmaline; ultramafic rocks; porphyries; monzodiorites; monzonites; turbidites; conglomerates; siltstones; cherts; metamorphic rocks; greenstones; faults, reverse; folds; drillholes; core samples; calcite; talc; lithostratigraphy; fluid dynamics; greenschist facies; cleavage; shearing; antiforms; anticlines; synforms; structural analyses; structural trends; field relations; fabric analyses; petrographic analyses; diamond; mantle; crustal studies; lithosphere; oceanic crust; ophiolites; continental crust; craton; subduction zones; downgoing slab; source areas; kimberlites; peridotites; harzburgites; pyroxenites; lherzolites; precipitation; fluid inclusions; metasomatism; whole rock geochemistry; trace element geochemistry; isotopic studies; geophysical surveys; geophysical interpretations; electron microscope analyses; epigenetic deposits; geological history; metasedimentary rocks; carbonate rocks; volcanic-sedimentary belts; nodules; iron; concretions; textural analyses; thallium geochemistry; correlations; vein deposits; mineral potential; basement geology; arenites; black shales; granitic rocks; fractures; orogenies; pressure; faulting; dykes, mafic; burial history; emplacement; unconformities; kinematic analysis; slickensides; traps; arsenopyrite; flow regimes; basin evolution; subduction; plate margins; accretion; thermal history; faults, normal; pegmatites; carbonatites; granodiorites; granites; psammites; arkoses; pelites; migmatites; metavolcanic rocks; Paleogene; Eocene; Upper Cretaceous; epithermal deposits; mesothermal deposits; skarn deposits; mylonites; faults, strike-slip; splays; greywackes; amphibolites; marbles; skarns; mineral occurrences; modelling; strata-bound deposits; replacement deposits; folding; orogenesis; komatiites; fold geometry; structural domains; x-ray diffraction analyses; graphite; silicates; gold, native; electrum; chlorite; amphibole; andalusite; metamorphism, prograde; metamorphism, retrograde; electron probe analyses; spectroscopic analyses; sedimentary ore deposits; limestones; shales; dolostones; diamictites; mudstones; faults, thrust; faults, extension; faults, transform; synclines; bedding planes; magnetic interpretations; total field magnetics; gravity interpretations; bouguer gravity; seismic interpretations; seismic velocities; anomalies; silicification; dolomitization; indicator elements; base metal geochemistry; silver geochemistry; laminations; brecciation; decollement; landslide deposits; debris flow deposits; Superior Province; Horne 5 Deposit; Abitibi Greenstone Belt; Quemont Mine; Horne Creek Fault; Andesite Fault; Horne Block; Chadbourne Mine; Blake River Group; Rouyn-Pelletier Formation; Horne Formation; Noranda Formation; Horne Deposit; Noranda Camp; Doyon-Bousquet-LaRonde Mining Camp; LaRonde Zone 5 Project; Bousquet 1 Mine; Ellison Property; Bousquet Property; Westwood Property; Bousquet Formation; Hébécourt Formation; Ellison Zone A; Larder Lake-cadillac Fault Zone; Lac Parfouru Fault; Lac Imau Fault; LaRonde Penna Deposit; Cadillac Group; Harricana-Turgeon Belt; B26 Property; Brouillan Volcanic Complex; Brouillan Group; Enjalran-Bapst Group; Selbaie Deposit; Brouillan Pluton; Sunday Lake Deformation Zone; Lower Detour Deformation Zone; Detour Lake Formation; Caopatina Assemblage; Detour Lake Mine; West Detour Deposit; Massicotte Deformation Zone; Deloro Assemblage; Sunday Lake Gold Trend; Vortex Deposit; Casault Property; Bug Lake-Martiniere Deposit; Sunday Lake Fault Zone; Bug Lake Porphyry; Abitibi-Wawa Subprovince; Michipicoten Greenstone Belt; Island Gold Deposit; Webb Lake Stock; Goudreau Lake Deformation Zone; Island Gold Mine; Wawa Gold Camp; Doré Sedimentary Rocks; Catfish Assemblage; Wawa Assemblage; Hawk Assemblage; Cradle Lake Deformation Zone; Magino Mine; Goudreau Anticline; Maskinonge Lake Stock; Herman Lake Stock; Michipicoten Iron Formation; Canadian Cordillera; Nahlin Ophiolite; Canadian Shield; Superior Craton; Slave Craton; Neoarchean; Timmins-Porcupine Gold Camp; Kidd-Munro Assemblage; Tisdale Assemblage; Porcupine Assemblage; Timiskaming Assemblage; Blake River Assemblage; Stoughton-Roquemaure Assemblage; Pacaud Assemblage; Destor-Porcupine Fault Zone; Pipestone Fault; Bell Creek Deposit; Bradshaw Deposit; Dunnage Zone; Exploits Subzone; Rogerson Lake Conglomerate; Peri-Gondwanan Realm; Victoria Lake Sear Zone; Wilding Lake Prospect; Wilding Lake Plutons; Valentine Lake Shea Zone; Red Ochre Complex; Wood Brook Fault; Dog Bay Line; Crippleback Intrusive Suite; Valentine Lake Deposit; Ganderia; Applachian Orogen; Acadian Orogeny; Gander Zone; Red Indian Line; Botwood Group; Botwood Basin; Meelpaeg Nappe; Victoria Lake Supergroup; Red Cross Group; Howley Waters Complex; Peter Strides Granitoid Suite; Gander Group; North Bay Granite Suite; Badger Group; Elliot Showing; Stony Lake Volcanics; Mount Cormack Complex; Paleoproterozoic; Lynn Lake Greenstone Belt; Trans-Hudson Orogen; Hearne Craton; Sask Craton; Sickle Group; Burntwood Group; Wasekwan Group; Hughes Lake Unconformity; Wathaman Suite; Pool Lake Suite; Kisseynew Basin; Intermontane Belt; Coastal Belt; Nisling Terrane; Yukon-Tanana Terrane; Tally-Ho Shear Zone; Engineer Mine; Llewellyn Fault; Stikine Terrane; Stuhini Group; Juneau Gold Camp; Sloko Group; Windy Table Coplex; Carmacks Group; Laberge Group; Boundary Ranges Metamorphic Suite; Whitehorse Suite; Casino Suite; Bennett Granite; Lewes River Group; Povoas Formation; Skarn Zone Prospect; Tannis Prospect; Engineer Mountain Volcanic Complex; Mount Skukum Mine; Big Creek Fault Zone; Dawson Range Polymetallic Belt; Churchill Province; Rankin Inlet Greenstone Belt; Meliadine District; Tiriganiaq Deposit; Pyke Fault; Lower Fault; Oxide Formation; Tiriganiaq Formation; Rae Craton; Amaruq Deposit; Woodburn Lake Group; Rumble Assemblage; Whale Tail Zone; IVR Zone; Snow Island Suite; Woodburn Lake Greenstone Belt; Rae Domain; Neoproterozoic; Nadaleen Trend; Ogilvie Platform; Selwyn Basin; Dawson Fault; Rackla Group; Nadaleen Formation; Gametrail Formation; Blueflower Formation; Tintina Fault; Mackenzie River Magnetic Anomaly; Richardson Fault Array; Kathleen Lakes Fault; Conrad Prospect; Sunrise Prospect; Anubis Prospect; Nadaleen Fault; Rackla Belt; Hay Creek Group; Osiris Fault; Old Cabin Formation; Algae Formation; Ice Brook Formation; Collaborative research; Methodology; Data processing; Phanerozoic; Precambrian; Paleozoic; Carboniferous; Devonian; Silurian; Ordovician; Cambrian; Proterozoic; Cenozoic; Tertiary; Mesozoic; Cretaceous; Jurassic; Triassic; Permian
Illustrationsschematic diagrams; pie charts; bar graphs; time series; location maps; geoscientific sketch maps; histograms; cumulative frequency diagrams; tables; 3-D models; cross-sections; plots; photographs; photomicrographs; correlation sections; geochemical plots; lithologic sections; geochemical profiles; Concordia diagrams; schematic cross-sections; profiles; ternary diagrams; stratigraphic sections; equal-area stereonet projections; diagrams; block diagrams; stratigraphic columns; geochronological charts; schematic representations; drawings; models; composite sections; sketches; flow diagrams; geophysical profiles; 3-D diagrams
ProgramTargeted Geoscience Initiative (TGI-5) Gold ore systems
Released2020 06 11; 2020 07 22
Summary(Plain Language Summary, not published)
The main objective of phase 5 (2015-2020) of Natural Resources Canada and Geological Survey of Canada's Targeted Geoscientific Initiative (TGI) program was to generate new knowledge, methodologies and models to enhance the exploration industry's ability to detect buried ore deposits. This synthesis volume contains 20 individual papers that discuss craton to deposit-scale characteristics of auriferous deposits, plus some support material pertaining to the TGI-5 Gold project.
GEOSCAN ID323661

 
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