Structural, Geochrological and Isotopic Investigations of Orogenic Gold Deposits in the Cariboo Gold District, East-Central British Columbia (NTS 93A, 93H)
- Jim Mortensen, University of British Columbia

The Cariboo Gold District (CGD) in east-central British Columbia contains lode gold occurrences of several different styles. Project AreaOrogenic-style veins and gold-bearing sulphide mantos occur within medium grade metasedimentary units of the Barkerville terrane in the historic Wells-Barkerville camp, and orogenic veins and stratabound sediment-hosted disseminated gold deposits are hosted by phyllitic carbonaceous metaclastic rocks of the structurally higher Quesnel terrane at the Spanish Mountain and Frasergold deposits.

We are undertaking a one-year study of all of these styles of gold in the CGD, including a compilation and synthesis of all published and unpublished information that is currently available, as well as reconnaissance level structural studies and sampling for geochronological and Pb isotopic investigations of the age(s) and source(s) of metals for the various styles of lode mineralization. This work will for the first time bring together all available information on lode gold in the CGD, and will form the framework on which to build subsequent, more detailed studies.

This project is supported through funding from Geoscience BC, International Wayside Gold Mines, Skygold Ventures and Hawthorne Gold Corp.

Posters and Presentations
2009: Investigations of Orogenic Gold Deposits in the Cariboo Gold District, East-Central British Columbia: Progress Report
- Mineral Exploration Roundup Poster (pdf, 2.38MB)

Technical Articles
2011: "Investigations of orogenic gold deposits in the Cariboo gold district, east-central British Columbia: final report"
- Summary of Activities 2010, Report 2011-1 p.97-108 (pdf, 3.8MB)

2009: "Investigations of orogenic gold deposits in the Cariboo gold district, east-central British Columbia: progress report"
- Summary of Activities 2008, Report 2009-1 p.49-74 (pdf, 14.9MB)

 



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