Zonte Metals has uncovered a substantial gravity anomaly at its Nine Mile target within the Cross Hills Copper Project, revealing promising indications of potential copper mineralization in Newfoundland and Labrador. The discovery represents the company's fifth large-scale gravity anomaly, suggesting a potentially significant mineral exploration opportunity.
The newly identified gravity anomaly spans an impressive 3,700 meters in length and up to 3,100 meters in width, extending to a depth of 900 meters. Geological analysis indicates the anomaly is situated within a complex structural zone that could have facilitated mineralizing fluid pathways, enhancing its exploration potential.
Preliminary surface exploration has already identified copper in rock samples and soil anomalies above the target area. The anomaly's location near previously discovered copper-bearing drill holes at the K6 target further increases its geological significance. Two distinct target areas have been highlighted: a northern zone within a strong magnetic signature and a southern zone adjacent to existing copper-bearing drill sites.
The gravity survey, conducted with data collection at 200-meter centers, utilized advanced 3D inversion processing techniques to map the subsurface geological characteristics. By analyzing density ranges between 0.6-1.0 and 1.0-1.2 gm/cc, researchers were able to delineate the most promising exploration targets within the larger anomaly.
Zonte Metals' president and CEO, Terry Christopher, emphasized the strategic importance of this discovery, noting the anomaly's position at a flexure in the Cross Hills fault system. The structural complexity suggests potential pathways for mineral-rich fluids, making the site an attractive target for further exploration.
The company plans to conduct additional sampling and geological mapping in the newly defined target area, with exploration activities set to commence once snow conditions permit. This systematic approach demonstrates a methodical strategy for evaluating the site's mineral potential.
For mineral exploration companies, discoveries like this represent critical steps in identifying viable copper deposits. The extensive size and structural characteristics of the anomaly suggest significant potential for future mineral resource development, potentially contributing to the region's mining industry and broader economic opportunities.
