Bayhorse Silver: Drilling Deep for Silver, Copper, and Gold
Generado por agente de IATheodore Quinn
jueves, 16 de enero de 2025, 9:08 am ET1 min de lectura
BHST--
Bayhorse Silver Inc. (TSXV: BHS) (OTCQB: BHSIF) (FSE: 7KXN) is taking its exploration efforts to the next level at its Bayhorse Silver Mine in Oregon, USA. The Company has submitted 77 assay samples totaling 115 meters (381 feet) from the bottom of the first 206 meters of the current drillhole, BH24-01, for analysis. Additionally, Bayhorse Silver is planning downhole geophysical surveys to supplement the VTEM survey and reveal additional drill targets into the Bayhorse mineralization.
The assay samples will be analyzed for 35 elements plus gold, as historic gold values up to 10 g/t have been reported, and the company has sampled up to 1.71 g/t gold in the historic workings. The expected assay results could provide valuable insights into the mineralization and grade of the silver, copper, and gold present in the area, potentially impacting Bayhorse Silver's mining operations.
The downhole geophysical surveys will cover a vertical depth of 250-300 meters (825 -1000 feet), to an EW strike of up to 270 meters (890 feet). These surveys should discriminate between rocks that conduct electrical current and those that don't, helping identify potential mineralized zones. The downhole IP surveying tools can also measure the chargeability of a rock, which is its ability to hold a charge. Rocks with common but disconnected zones of sulfides have the largest chargeability responses, making them ideal targets for copper porphyry deposits.
The low-resistivity zone identified in the VTEM survey west of the Bayhorse Mine workings is significant because it could represent a potential porphyry copper deposit. This type of deposit is typically characterized by a large, low-resistivity zone caused by the presence of disseminated sulfides and other conductive minerals. The Bayhorse exploration model suggests that the silver/copper rich mineralization at the Bayhorse Silver Mine could have its source in underlying shallow granites that may be conductive porphyry copper bodies as reflected by the low-resistivity anomalies.
Bayhorse Silver's CEO, Graeme O'Neill, will be attending several industry events in Vancouver, BC, including the Minerals Investor Forum, the Vancouver Resource Investment Conference, and the Cordilleran Roundup, to discuss the Company's progress and plans for the Bayhorse Silver Mine.

In conclusion, Bayhorse Silver's ongoing drilling program and planned downhole geophysical surveys at the Bayhorse Silver Mine have the potential to uncover new mineralized zones and extend the known mineralization. The Company's exploration efforts could lead to an updated mineral resource estimate, improved mining methods, and enhanced processing and recovery techniques. As the assay results and geophysical surveys progress, investors should keep a close eye on Bayhorse Silver's developments to assess the potential impacts on the Company's mining operations and market perception.
TSVT--
Bayhorse Silver Inc. (TSXV: BHS) (OTCQB: BHSIF) (FSE: 7KXN) is taking its exploration efforts to the next level at its Bayhorse Silver Mine in Oregon, USA. The Company has submitted 77 assay samples totaling 115 meters (381 feet) from the bottom of the first 206 meters of the current drillhole, BH24-01, for analysis. Additionally, Bayhorse Silver is planning downhole geophysical surveys to supplement the VTEM survey and reveal additional drill targets into the Bayhorse mineralization.
The assay samples will be analyzed for 35 elements plus gold, as historic gold values up to 10 g/t have been reported, and the company has sampled up to 1.71 g/t gold in the historic workings. The expected assay results could provide valuable insights into the mineralization and grade of the silver, copper, and gold present in the area, potentially impacting Bayhorse Silver's mining operations.
The downhole geophysical surveys will cover a vertical depth of 250-300 meters (825 -1000 feet), to an EW strike of up to 270 meters (890 feet). These surveys should discriminate between rocks that conduct electrical current and those that don't, helping identify potential mineralized zones. The downhole IP surveying tools can also measure the chargeability of a rock, which is its ability to hold a charge. Rocks with common but disconnected zones of sulfides have the largest chargeability responses, making them ideal targets for copper porphyry deposits.
The low-resistivity zone identified in the VTEM survey west of the Bayhorse Mine workings is significant because it could represent a potential porphyry copper deposit. This type of deposit is typically characterized by a large, low-resistivity zone caused by the presence of disseminated sulfides and other conductive minerals. The Bayhorse exploration model suggests that the silver/copper rich mineralization at the Bayhorse Silver Mine could have its source in underlying shallow granites that may be conductive porphyry copper bodies as reflected by the low-resistivity anomalies.
Bayhorse Silver's CEO, Graeme O'Neill, will be attending several industry events in Vancouver, BC, including the Minerals Investor Forum, the Vancouver Resource Investment Conference, and the Cordilleran Roundup, to discuss the Company's progress and plans for the Bayhorse Silver Mine.

In conclusion, Bayhorse Silver's ongoing drilling program and planned downhole geophysical surveys at the Bayhorse Silver Mine have the potential to uncover new mineralized zones and extend the known mineralization. The Company's exploration efforts could lead to an updated mineral resource estimate, improved mining methods, and enhanced processing and recovery techniques. As the assay results and geophysical surveys progress, investors should keep a close eye on Bayhorse Silver's developments to assess the potential impacts on the Company's mining operations and market perception.
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