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VIZSLA COPPER IDENTIFIES STRONG COPPER-IN-SOIL ANOMALY AT POPLAR SOUTH

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VANCOUVER, BC, Oct. 8, 2024 /CNW/ - Vizsla Copper Corp. (TSXV: VCU) (OTCQB: VCUFF) (FRANKFURT: 97E0) ("Vizsla Copper" or the "Company") is pleased to report results from a soil geochemical survey at its Poplar South target area on the Poplar project (the "Poplar Project" or "Poplar") in central BC (Figure 1). The Poplar project is also home to the porphyry-related Poplar copper and gold deposit.

HIGHLIGHTS

  • Broad multi-element soil geochemical anomaly identified at Poplar South

  • Copper, molybdenum and silver soil geochemical anomalies are coincident with geological and airborne geophysical targets

  • Induced Polarization (IP) ground geophysical surveying is currently underway

"The Poplar South target area is one of the most compelling copper exploration targets I've ever come across," commented Craig Parry, Executive Chairman. "With the current high (and rising) copper prices, this is the right time to be adding Poplar South to our portfolio of highly prospective drill-ready targets."

"At Poplar South we're seeing anomalies from many datasets overlapping in one place," commented Steve Blower, Vice President of Exploration. "Alteration mapping, airborne geophysical surveys, historical drilling results plus the new soil geochemistry results all point to one large, discrete target area at Poplar South.  An IP geophysical survey is underway and represents the final piece of the puzzle to refine the drilling plan." 

The Soil Survey

The Poplar South target area is characterized by a broad, approximately 8 by 2 kilometer zone of quartz, sericite and pyrite (phyllic) alteration observed along local road-cuts and sparse outcrop at higher elevations on ridge tops (Figure 2, see News Release dated August 12, 2024). Zones of strong epidote-chlorite-magnetite alteration locally crop out near the valley bottom, proximal to the strongest geochemical and geophysical anomalies. Recently completed airborne geophysical surveys, including MobileMT in 20231 and high-resolution magnetics in 2024, suggest the possible presence of porphyry-related mineralization concealed by glacial tills within the broad alteration zone.  Historical shallow and sparse drilling in 1995 near the highest priority area intersected 67.1 meters of 0.18% copper (drill hole 95-5, Figure 2)2.  The percussion drill hole reportedly intersected potassically altered intrusive rocks with quartz veining, pyrite, chalcopyrite and molybdenite mineralization throughout its length, interpreted to represent mineralization proximal to a previously unknown porphyry center.