A southwest-northeast section through the 3D inversion block model derived from the DIAS32 3D DCIP survey completed in 2019 showing chargeability anomalies in pink and the 3D wireframe of the high-resistivity silica-adularia alteration cap draped on top and covering the hilltop at Amsel. Three shallow RC holes completed in the alteration cap in 1981 all contained gold but missed the pyritic core of the epithermal quartz vein stockwork system as modeled by the IP survey. Grid-based soil and rock geochemistry by VR define integrated anomalies in gold, silver, molybdenum, arsenic and tungsten which reinforce the IP as the core target in the system.
A southwest-northeast section through the 3D inversion block model derived from the DIAS32 3D DCIP survey completed in 2019 showing chargeability anomalies in pink and the 3D wireframe of the high-resistivity silica-adularia alteration cap draped on top and covering the hilltop at Amsel. Three shallow RC holes completed in the alteration cap in 1981 all contained gold but missed the pyritic core of the epithermal quartz vein stockwork system as modeled by the IP survey. Grid-based soil and rock geochemistry by VR define integrated anomalies in gold, silver, molybdenum, arsenic and tungsten which reinforce the IP as the core target in the system.