Terra North Resources Corp. has identified seven radiometric anomalies associated with uranium sources at the Charlot-Neely Lake project, located 20 km north of Uranium City, Saskatchewan. The results stem from an airborne geophysical survey launched in recent weeks and represent the first tangible outcome of a long-awaited exploration campaign in one of northern Canada’s most promising areas.
The survey covers 163.7 km² across 2,441 km of flight lines, flown at 75-metre line spacing in an east-west orientation. A 16-detector gamma spectrometry system — operated by Special Projects Inc. — has already flagged seven anomalies (U, Th) during the preliminary phase of north-south tie lines. The strongest anomaly is located north of Neely Lake, an area where historical records document surface mineralisation grading up to 0.8% U₃O₈. The main east-west lines, yet to be acquired, will deliver significantly higher resolution and complete the full radiometric dataset.
The site’s historical context is far from trivial. The project claims host around a dozen legacy radiometric anomalies, with rock chip values exceeding 6% U₃O₈ and readings of over 13,000 cps on surface outcrops. A 1936 drill hole — DDH-17 — had already intersected significant grades from surface. Terra North holds an option to acquire 100% of the project from Fulcrum Metals Canada Ltd., subject to the completion of certain earn-in requirements.
The corporate structure surrounding the project involves several parties. Terra Balcanica Resources Corp. (CSE: TERA) holds a 39.5% equity stake in Terra North. Global Energy Metals Corporation (TSXV: GEMC), meanwhile, holds a 0.5% NSR royalty over Terra North’s entire Saskatchewan uranium portfolio — a structure that allows it to participate in the potential upside of exploration without directly funding field operations. The detected anomalies are associated with conductors oriented in a NE-SW direction, a structural characteristic considered favourable for mineralisation.
The next step is already defined: Terra North will process and interpret the complete dataset as the basis for ground truthing and drill target definition. Saskatchewan’s Athabasca Basin ranks among the world’s most active uranium districts. The convergence of robust historical anomalies and new high-resolution airborne data builds a solid technical foundation for a drilling campaign that could, in the coming months, outline the true extent of mineralisation and the genuine commercial potential of the deposit.
