Our research focusses on regional to deposit scale controls on base and precious metal deposits particularly copper and gold, improving ore body knowledge, and method development. Innovation is in our DNA – from new analytical technology to new geoscientific data, we are at the cutting edge of mineral deposit research.
The magmatic-hydrothermal evolution of the Camp Creek Porphyry Deposit, northwestern British Columbia
Author:
Maxwell Porter
Degree Type:
MSc
Supervised by:
Shaun Barker
Year:
2026
Stratigraphic Framework and VMS Mineralization Potential of the Jurassic Hazelton Group in the Bear Pass, British Columbia
Author:
Kyle Powers
Degree Type:
MSc
Supervised by:
Shaun Barker, Ken Hickey
Year:
2026
Preservation of Magmatic-Hydrothermal Systems in the Toodoggone District, British Columbia: Constraints from Burial and Exhumation History
Author:
Taylor Quinn
Degree Type:
MSc
Supervised by:
Ken Hickey
Year:
2026
Mapping geological information flow in the mining value chain : strengthening downstream decision-making through robust orebody knowledge
Author:
Carolina Marin Suarez
Degree Type:
MSc
Supervised by:
Shaun Barker; Cassady Harraden
Year:
2026
Investigating rapid porphyry indicator mineral characterization by automated benchtop micro X-ray fluorescence
Author:
Ben Eaton
Degree Type:
MSc
Supervised by:
Shaun Barker
Year:
2026
The skarn to porphyry transition : establishing links between skarn and porphyry-type mineralization at New Craigmont, British Columbia
Author:
Warren Wegener
Degree Type:
MSc
Supervised by:
Shaun Barker
Year:
2026
Stratigraphic and structural framework of the Au-Ag epithermal mineralisation across the Brucejack fault at the Brucejack property, Northwest British Columbia, Canada
Author:
Shaun Haney
Degree Type:
MSc
Supervised by:
Shaun Barker
Year:
2026
Mineralogical and textural analysis of the Torbrit and Wolf silver deposits, Kitsault Valley, northwestern British Columbia
Author:
ZaneAldeen Rahabi
Degree Type:
MSc
Supervised by:
Shaun Barker
Year:
2025
The detection and quantification of reactivity in ultramafic rocks, minerals and mine waste for carbon dioxide removal via carbon mineralization
Author:
Xueya Lu
Degree Type:
PhD
Supervised by:
Gregory Dipple
Year:
2025
Feasibility of in-situ carbon mineralization in serpentinite via shallow injection, British Columbia, Canada