Highlights
Resolution Minerals (RML) identifies magnetic anomaly at Spur South project
Project located within porphyry-skarn corridor in New South Wales
Anomaly positioned near Ordovician-aged volcanic and sedimentary formations
Resolution Minerals (ASX:RML), listed on the ASX 200 operates within the mineral exploration sector with a focus on copper and gold prospects. The company has outlined new geophysical insights at its Spur South Project in New South Wales. The area has been identified as having attributes consistent with porphyry-skarn style mineral systems.
Magnetic Feature Extends Across Key Geological Contact
The Spur South project contains a defined magnetic anomaly that spans a significant distance along a faulted geological margin. This anomaly is aligned with the contact between the Fairbridge Volcanics and Millambri Formation, both of which are Ordovician in age. The location and geometry of the anomaly make it a focal point within the broader exploration framework.
Regional Geological Setting Supports Skarn Context
The broader area around Spur South lies within a corridor known for porphyry and skarn mineralisation. These systems are typically associated with intrusive activity and are known to host copper-gold mineralisation. The position of the anomaly within this regional setting contributes to ongoing geological assessments.
Surface Geology Does Not Explain Subsurface Feature
Surface mapping has not identified features that explain the underlying magnetic response. As a result, geophysical data are playing a central role in guiding exploration priorities. Subsurface interpretation continues to refine the understanding of the anomaly’s depth, structure, and composition.
Exploration Focus Expands in New South Wales
Resolution Minerals (ASX:RML) continues its exploration activity across the Spur South tenure, which includes ground assessments and integration of geophysical data. The NSW-based project remains one of the company’s targets within its broader Australian portfolio. This area adds regional diversity and aligns with broader exploration efforts in metallogenic provinces across the state.