Hi-View Resources Inc. has appointed geologist Shannon Broughm as a technical advisor to the company. Broughm, a senior consultant with APEX Geoscience Ltd., brings nine years of mineral exploration experience with particular focus on porphyry-epithermal systems and extensive work in the Toodoggone region of British Columbia since 2018. Her appointment comes as Hi-View advances its portfolio of gold, silver, and copper assets covering more than 27,791 hectares in the Toodoggone region.
Broughm holds both bachelor's and master's degrees in geology, with her graduate research on magnetite-apatite mineralization published in the international journal Mineralium Deposita. She has been a registered Professional Geologist with the Association of Professional Engineers and Geoscientists of Alberta since February 2022. The company's CEO, R. Nick Horsley, emphasized Broughm's practical approach and diverse background, noting her demonstrated geological and geochemical expertise combined with leadership in fieldwork and exploration throughout the region.
"Her practical approach and diverse background will be valuable as we continue advancing our projects," Horsley stated in the announcement. Broughm's most recent work includes leading exploration programs targeting high sulphidation and porphyry systems in northeastern British Columbia. Her specialized knowledge of the Toodoggone region's geology, structural controls, mineralization, and effective exploration techniques positions her to contribute significantly to Hi-View's exploration strategy.
The company's flagship projects include the Golden Stranger Project, the Lawyers claims, and the Borealis Project, all designated as high-priority targets. For investors seeking additional information about the company, regulatory filings are available through SEDAR+, Canada's system for electronic disclosure by public companies. The appointment reflects Hi-View's continued focus on building technical expertise as it develops its mineral exploration portfolio in a region known for its mineral potential.
