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TitleThe Devonian-Mississippian Besa River Group of Liard Basin, British Columbia: stratigraphy of a world-class shale gas resource
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AuthorFerri, F; Richards, B C; McMechan, M; Kabanov, P; Mort, A; Thapa, P; Leslie-Panek, J; Little, E
SourceGeological Survey of Canada, Scientific Presentation 93, 2018, 1 sheet, https://doi.org/10.4095/312448
Image
Year2018
PublisherNatural Resources Canada
MeetingIGCP-652 Meeting "Reading time in Paleozoic sedimentary Rocks"; Bremen; DE; 12-19 September 2018
Documentserial
Lang.English
Mediaon-line; digital
RelatedThis publication is related to Ferri, F; Richards, B C; McMechan, M E; Kabanov, P; Mort, A; Thapa, P; Leslie-Panek, J; Little, E; (2018). The Devonian-Mississippian Besa River Group of Liard Basin, Canada: stratigraphy of a world-class shale gas resource, IGCP-652 Meeting 2018: reading time in Paleozoic sedimentary rocks
File formatpdf
ProvinceBritish Columbia; Yukon
NTS94I/11; 94I/12; 94I/13; 94I/14; 94J/09; 94J/10; 94J/11; 94J/12; 94J/13; 94J/14; 94J/15; 94J/16; 94K/09; 94K/10; 94K/11; 94K/12; 94K/13; 94K/14; 94K/15; 94K/16; 94N; 94O; 94P/03; 94P/04; 94P/05; 94P/06; 94P/11; 94P/12; 94P/13; 94P/14; 95A/03; 95A/04; 95A/05; 95A/06; 95A/11; 95A/12; 95A/13; 95A/14; 95B; 95C; 95F/01; 95F/02; 95F/03; 95F/04; 95G/01; 95G/02; 95G/03; 95G/04; 95H/03; 95H/04
AreaLiard River; Horn River
Lat/Long WENS-126.0000 -121.0000 61.2500 58.5000
Subjectsfossil fuels; stratigraphy; geophysics; paleontology; petroleum resources; hydrocarbon potential; hydrocarbons; gas; bedrock geology; lithology; sedimentary rocks; shales; carbonates; cherts; tectonic history; deformation; exploration wells; geophysical logging; gamma ray logging; neutron well logging; density logging; porosity; resistivity logging; biostratigraphy; micropaleontology; microfossils; conodonts; fossil zones; thin section microscopy; stratigraphic correlations; Western Canada Sedimentary Basin; Liard Basin; Horn River Basin; Besa River Group; Fort Simpson Formation; Exshaw Formation; Banff Formation; Prophet Formation; Mattson Formation; Kindle Formation; Dunedin Formation; Cordova Embayment; Muskwa Formation; siliciclastic rocks; total organic carbon (TOC); gas saturation; mudrocks; Phanerozoic; Paleozoic; Carboniferous; Mississippian; Devonian
Illustrationsflow diagrams; location maps; geoscientific sketch maps; cross-sections; photographs; photomicrographs; stratigraphic charts; well logs
Viewing
Location
 
Natural Resources Canada Library - Ottawa (Earth Sciences)
 
ProgramShale Reservoir Characterization, Geoscience for New Energy Supply (GNES)
ProgramIGCP Project 652 - Reading Geologic Time in Paleozoic Sedimentary Rocks
Released2018 11 13
Abstract(unpublished)
Shale hydrocarbon plays are collectively an enormous resource of cleaner fossil energy in Canada. The Devonian-Mississippian Besa River Group of the Liard Basin is a distal, shale-dominated succession with estimated resource of 6,196 bn cubic meters of marketable dry gas in its middle-upper parts correspondent to the Patry-Exshaw stratigraphic interval. This contribution showcases updates about stratigraphic framework of the Besa River and its divisions. Of particular interest is the lower Exshaw interval recording a major spread of anoxic conditions across West Canadian Sedimentary Basin and containing the equivalent of the Hangenberg global anoxic event. The initiation of the Liard Basin and its early history are linked to the interplay of the back-arc extension of the western margin of Laurentia, initiation of motion along Bovie Fault and grabens within the Peace River Embayment, and possible influence of compressional events in the western Arctic Islands and the U.S. Cordillera.
Summary(Plain Language Summary, not published)
Shale hydrocarbon plays are collectively an enormous resource of cleaner fossil energy in Canada. The Devonian-Mississippian Besa River Group of the Liard Basin is a distal, shale-dominated succession with estimated resource of 6,196 bn cubic meters of marketable dry gas in its middle-upper parts correspondent to the Patry-Exshaw stratigraphic interval. This contribution showcases updates about stratigraphic framework of the Besa River and its divisions. Of particular interest is the lower Exshaw interval recording a major spread of anoxic conditions across West Canadian Sedimentary Basin and containing the equivalent of the Hangenberg global anoxic event. The initiation of the Liard Basin and its early history are linked to the interplay of the back-arc extension of the western margin of Laurentia, initiation of motion along Bovie Fault and grabens within the Peace River Embayment, and possible influence of compressional events in the western Arctic Islands and the U.S. Cordillera.
GEOSCAN ID312448