IP yields 35 high-priority targets - moving on up
Drilling at East Keno in 2021 has confirmed the presence of significant structural zones with epithermal style mineralization with continuous structural zones exceeding 100 meters in thickness that correspond spatially with conductive anomalies in the IP geophysics.
Metallic Minerals’ drilling at East Keno has confirmed the presence of significant high-grade and bulk tonnage silver mineralization in this underexplored part of the Keno Hill silver district.
....the Company has advanced three targets to step-out drilling stage and several additional targets to drill-ready status. In addition, recent exploration has defined 12 new priority multi-kilometer-scale early-stage targets for reconnaissance drilling in the under-explored eastern and southern parts of the district where initial drilling has returned significant high-grade Keno-style mineralization as well as identified the potential for bulk-tonnage style silver mineralization.
In conjunction with the detailed geologic mapping program, Metallic Minerals completed the first-ever application of deep-sensing IP geophysics using Simcoe Geoscience’s Alpha IPTM system. This system has been used with great success on other Metallic Group projects and has the capability to image down to more than 800 meters depth from surface.
Five separate multi-kilometer IP profiles were collected over the discovery areas at East Keno, as well as other targets in the central part of the Keno district, covering significant soil and magnetic anomalies. The 2021 survey was successful in identifying major conductive features that are spatially associated with areas with kilometer-scale soil and magnetic anomalies and with newly mapped regional thrust faults. The surveys yielded 35 high-priority targets that will be investigated in the upcoming 2022 program. Additional review and interpretation of this data is underway and a detailed discussion of the IP survey results, including relevant structure images, is expected in a subsequent news release.