Induced polarization chargeability and electrical resistivity images showing subsurface features suggestive of a porphyry-style mineralizing system. A vertically oriented zone of elevated chargeability (A) coincides with a zone of reduced resistivity. (B) This combination of responses is commonly associated with rocks containing higher concentrations of sulphide minerals, which can both increase electrical conductivity and hold an electrical charge. This is a compelling drill target. A broader zone of elevated chargeability is also present at (C) and represents a priority target for follow-up exploration. Drill hole AZ25-004 was completed approximately 350m from the anomaly (A).
Induced polarization chargeability and electrical resistivity images showing subsurface features suggestive of a porphyry-style mineralizing system. A vertically oriented zone of elevated chargeability (A) coincides with a zone of reduced resistivity. (B) This combination of responses is commonly associated with rocks containing higher concentrations of sulphide minerals, which can both increase electrical conductivity and hold an electrical charge. This is a compelling drill target. A broader zone of elevated chargeability is also present at (C) and represents a priority target for follow-up exploration. Drill hole AZ25-004 was completed approximately 350m from the anomaly (A).