Data displayed includes: a 100 m depth slice of the interpolated resistivity data from the 2024 IP survey; Cu and Mo-in-soil values from 2021-2023 (transparent) and 2024 (opaque); the outline (black lines) of the historical and 2024 chargeability anomalies (>15 mV/V) and interpretation of alteration zonation from 2022 geological mapping. The resistivity low (red and pink) coincides with the southern portion of the chargeability high and the mapped phyllic alteration zone. Anomalous Mo-in-soil values extend beyond the Au-Ag-Cu soil geochemical anomaly.
Data displayed includes: a 100 m depth slice of the interpolated resistivity data from the 2024 IP survey; Cu and Mo-in-soil values from 2021-2023 (transparent) and 2024 (opaque); the outline (black lines) of the historical and 2024 chargeability anomalies (>15 mV/V) and interpretation of alteration zonation from 2022 geological mapping. The resistivity low (red and pink) coincides with the southern portion of the chargeability high and the mapped phyllic alteration zone. Anomalous Mo-in-soil values extend beyond the Au-Ag-Cu soil geochemical anomaly.