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Quartz Completes Induced Polarization Geophysical Survey At Maestro Project, British Columbia
Survey results will enhance effective drill targeting in early 2026 VANCOUVER, BC / ACCESS ...
About this update from Quartz Mountain Resources Ltd.
[{"type":"text","content":"Quartz Completes Induced Polarization Geophysical Survey At Maestro Project, British ColumbiaSurvey results will enhance effective drill targeting in early 2026 VANCOUVER, BC / ACCESS Newswire / December 18, 2025 / Quartz Mountain Resources Ltd. (TSXV:QZM)(OTC PINK:QZMRF) (\"Quartz\" or the \"Company\") is pleased to announce that Peter E. Walcott and Associates Limited have completed a detailed, 4.3 square kilometer induced polarization (\"IP\") survey over key portions of its Maestro property. Quartz is targeting exciting precious metal mineral systems that occur up to several kilometers outboard of the large Lone Pine molybdenum deposit, all within the extensive Maestro Property. The goal of the IP survey is to outline sulphide systems both near surface and to depths of up to 500 meters associated with mineralization discovered in and outboard of the Prodigy gold-silver zone and over additional important scale deposit targets on the Maestro Property. The IP data is currently being processed and analyzed. The resulting data will then be announced and integrated into Quartz's detailed planning underway for sequential drill programs being planned for Maestro during 2026.Bob Dickinson, Quartz's Chairman comments, \"Quartz was built with the mission to discover and transact high-value gold-silver-copper projects that are coveted by major operators. This IP survey and upcoming drill program in 2026 are part of our focused efforts to create significant shareholder value at both the Maestro and Jake projects. The potential for these projects is significant and we are looking forward to the additional drill programs and survey results coming in 2026.\"Drilling at Prodigy has intersected three classic but integrated mineral deposit types. They are classed as: 1) Epithermal Au-Ag-Mo-Cu, 2)Porphyry Au and 3) Porphyry Cu-Mo or Mo-Cu as described below. Adding to the potential is recent age dating of Prodigy gold-silver mineralization compares favorably to the age of the mineralizing event at BC's new Blackwater Gold Mine. IP surveying is widely known to be very useful in successfully outlining mineralization associated with all three of these types of mineral systems and is expected to significantly enhance effective drill targeting.Epithermal Au-Ag-Mo-Cu MineralizationEarly porphyry Mo-Cu mineralization is cut and overprinted by a stockw...