After Record $14,500 Copper, The Discovery Hunt Turns To British Columbia
Amarc targets sulphide cores at Three Guardsmen following high-grade surface copper hits.
GoldHaven Resources Corp. announced the engagement of Scott Geophysics Ltd. to conduct a targeted time-domain induced polarization (IP) survey at its 100%-owned Three Guardsmen Project in northwestern British Columbia. The survey will cover approximately three kilometres across priority target areas to identify sulphide-rich cores and refine drill targets for future exploration.
The announcement follows a 2025 surface sampling program that returned widespread high-grade copper mineralization, including grab samples grading up to 15.85% Cu, 12.75% Cu, and 12.65% Cu. Geological context highlights epidote-magnetite skarns with malachite-stained mineralization traced over more than one kilometre of strike. Porphyry indicators include intrusive textures, elevated molybdenum values, and systematic geochemical zoning transitioning toward bismuth-tellurium-gold assemblages, suggesting a potential larger porphyry copper system at depth.
The IP survey aims to integrate with geological mapping, geochemistry, and structural interpretation to prioritize areas for future drilling in a market where BC porphyry targets are attracting major-company capital.
Amarc Resources Ltd. (AHR) announced a standard progression in its exploration lifecycle, moving from surface sampling to geophysical surveying to define drill targets. The company disclosed no new financing, drilling results, or resource estimates. The induced polarization (IP) survey serves as a preparatory step that will not immediately impact financials or production timelines. This news aligns with historical exploration trends in British Columbia and reinforces the company's focus on district-scale porphyry systems.
GoldHaven Resources Corp. is an exploration-stage mining company focused on copper and gold assets in British Columbia. Its flagship Three Guardsmen Project is located in northwestern BC and hosts high-grade copper mineralization within epidote-magnetite skarns, with geological indicators pointing toward a potential porphyry copper system at depth. The company is currently advancing geophysical surveys to identify sulphide-rich cores for future drilling.