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WALKER RIVER ANNOUNCES SIGNIFICANT GOLD INTERCEPTS INCLUDING 21.8 G/T AU OVER 4.6 METERS AT THE LAPON CANYON GOLD PROJECT 
Globenewswire· 2025-10-14 12:00
Core Viewpoint - Walker River Resources Corp. has announced promising assay results from its ongoing reverse circulation drill program at the Lapon Canyon portion of the Lapon Gold Project, indicating significant gold mineralization and potential for further exploration [1][4][13]. Summary by Sections Drill Results - Drill hole LC-25-150 returned 3.35 g/t Au over 64.0 meters, including 8.01 g/t Au over 19.9 meters, demonstrating robust gold mineralization [4]. - Drill hole LC-25-156 returned 2.17 g/t Au over 86.9 meters, including 21.8 g/t Au over 4.6 meters [4]. - Other notable results include: - LC-25-146: 2.02 g/t Au over 57.9 meters - LC-25-154: 1.38 g/t Au over 68.6 meters, including 2.29 g/t Au over 15.2 meters - LC-25-152: 1.05 g/t Au over 45.7 meters [3][4]. Exploration Focus - The 2025 drill program at Lapon Canyon is focused on exploration and resource definition, with plans to infill the existing Hotspot deposit and explore extensions along strike and downdip [7]. - Drilling has confirmed that gold mineralization extends to the south and east of the Hotspot, indicating the presence of multiple bedrock units beyond the previously interpreted altered granite [9]. Geological Insights - The gold system is largely sub-horizontal to moderately south-dipping, with evidence of steeply dipping, high-grade shoots within broader mineralized zones [8]. - Recent drilling results suggest significant gold mineralization within diorite, monzonite, and granite, expanding the growth potential of the Lapon Canyon Project [9]. Project Overview - The Lapon Gold Project consists of 147 claims covering 2940 acres in Nevada's Walker Lane shear zone, with easy accessibility and proximity to infrastructure [19]. - The project includes various claims with historical mining areas, indicating potential for further exploration and discovery [20]. Future Plans - Ongoing work includes data compilation, interpretation, and resource modeling, with further drill results expected as exploration continues [13][14].