Argyle Resources Corp. based in Calgary, Alberta, announced the results of remote sensing studies focused on the St. Gabriel silica claim block. The studies utilized Long-Wave Infrared (LWIR) and Short-Wave Infrared (SWIR) analysis to map minerals, including opaline silica and quartz, on the claim block and surrounding areas. The mineral mapping outlined specific target areas for silica, with AI learning used to identify potential exploration targets using hyperspectral data. Gas mapping conducted as part of the study showed a significant correlation between hydrogen abundance and quartz deposits, making hydrogen a reliable indicator for identifying quartz-rich zones. The research further confirmed the presence of deep-sourced hydrogen on the claims, aligning with the identified quartz/silica target areas from the remote sensing mapping. In addition to mineral mapping and gas analysis, the study also utilized seismic imaging techniques to visualize near-vertical structures in the Earth's subsurface, confirming the presence of moderate to high deep hydrogen abundances closely related to the quartz/silica target areas. Overall, the remote sensing studies conducted by Argyle Resources Corp. provided detailed insights into mineral distribution, identified potential exploration targets for silica quartz and copper, and highlighted the significance of hydrogen abundance in locating quartz deposits.