Grant: Collaborative Research and Development Grants

The data generated in this study will be used to enhance the integrated geological model for the geology and mineralization of the Highland Valley and MAX porphyry systems in British Columbia. We will utilise high precision geochemistry and radiogenic isotopes to investigate the role of tectonic triggers on the formation of porphyry and epithermal deposits. The model that will be developed will be compared to existing data sets for other porphyry deposits around the globe. In addition we will develop the next generation of fertility assessment tools for porphyry systems by assessing the chemistry of key magmatic fertility indicator minerals (e.g., zircon and hornblende) through LA-ICPMS analyses of trace element compositions. Finally we will assess the mineral chemistry of alteration minerals associated with porphyry systems in order to assess their usefulness as exploration tools. This project will contribute significantly to our understanding of the processes that generate porphyry and epithermal deposits and aid in the development of models that can be applied by explorationists in Canada to aid in future discoveries. Enhanced exploration strategies can lead to more efficient exploration, reducing the time required to develop new mineral resources. In addition students will receive hands on training of both field and laboratory techniques that will qualify them for a career in either industry or academia.