Colin Smith, MSc student, University of Victoria

M.Sc. Thesis - Colin Michael Smith
Geology and petrology of the Catface porphyry Cu-Mo deposit, Vancouver Island, and linkages to the Paleogene Cascade Arc - University of Victoria, 2012 - Available digitally through University of Victoria (pdf, 29.77MB)

Biography: I completed my undergraduate geology degree at the University of British Columbia. During the final two summers and following two years, I gained experience in the mineral exploration industry as a geological assistant and exploration geologist. I completed work terms with Ministry of Energy, Mines, and Petroleum Resources in Kamloops, a UBC-based post-doctoral mapping/research project (north-central BC), Hunter Dickinson Inc., EnCana Corp., and CanAlaska Uranium Ltd. Following my employment with CanAlaska, I lived in Hawaii for a few months and eventually made the decision to return to university as a graduate student to further develop my scientific knowledge and research abilities.

Project: Petrological linkages between Tertiary Porphyry Cu (Mo-Au) deposits in the Cascades, Washington, Vancouver Island and adjacent Coast Mountains, southwest British Columbia

A genetic link between Tertiary porphyry Cu-(Mo-Au) deposits in the Central Cascades of Washington and those on south Vancouver Island has long been suspected. This research investigates the petrology of a number of Tertiary felsic intrusions and associated porphyry-style mineralization in the Pacific Northwest. Specifically, the Catface porphyry Cu (Mo-Au) deposit, located on the central-west coast of Vancouver Island, is examined in detail, and associations to the Cascadian North Fork, and British Columbian O.K. and Gambier Island porphyry Cu deposits are evaluated. A combination of biotite-ilmenite oxybarometry, amphibole-plagioclase thermobarometry, lithogeochemistry, U-Pb geochronology, and Re-Os dating are applied to quantify the oxidation states of the magmas, depths and temperatures of pluton emplacement, magma chemistries, age of the plutons, and timing(s) of mineralization. In addition, geochemical and geochronological data from distinct suites of Eocene magmatism on Vancouver Island studied by Madsen et al. (2004, 2006) will be applied to further define the lithological units at Catface.

Roundup 2012 Poster: Geology and petrology of the Catface porphyry Cu-Mo deposit, Vancouver Island, and linkages to porphyry deposits of the Paleogene Cascade magmatic arc, Washington and Coast Mountains, southwestern British Columbia

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