Azarga Metals Corp. announced that it has initiated an induced polarization ("IP") survey at its high-grade copper-rich Volcanogenic Massive Sulphide ("VMS") Marg project (the "Marg Project") within the Keno Hill Silver District, Yukon Territory. It is anticipated that the OreVision® IP survey method will provide an excellent means of confirming the presence of disseminated sulphide alteration haloes up to 580 metres below surface and confirming their association with the known Marg VMS lenses.

Ideally, geophysical inversions of the newly acquired IP survey data will eventually result in the creation of 3D isoshells outlining strong chargeability and resistivity anomalies hidden below the many formational graphite and barren sulphide-caused conductive ‘marker horizons' that run the length and breadth of the Marg property and that frequently occur as ‘cap rocks' to the underlying VMS systems, such as at the Marg deposit. While conventional electromagnetic ("EM") systems are often used to target VMS mineralisation, the ubiquitous presence of formational graphite and barren sulphide-caused anomalies throughout the Marg Project area makes EM targeting without additional geological, geochemical and/or geophysical support more challenging.