TinOne Resources Inc. announced that it has defined a new zone of anomalous lithium-in-soil at its 100%-owned, 9,600 hectare Aberfoyle Project located in the tier-one mining jurisdiction of Tasmania, Australia.  Reconnaissance-style soil sampling has been completed across the Aberfoyle project. Initial soil sampling was completed on a wide-spaced 200 x 400 m grid, with more detailed sampling on a 50 x 200 m grid across the Rex Hill area.

One infill east-west oriented soil line was completed at Dead Pig-Guinea Pig with samples taken at 100 m intervals, midway between two 400 m spaced lines. Results have now been received from all 657 samples collected and the new results, primarily from the eastern side of the project, build on previously released results. The soil geochemical data define multiple broad zones of lithium anomalism highlighted by: The newly defined Dalrymple area measures 2.6 by 1.2 km at the 220 ppm (0.047% Li2O) cutoff.

The broad zone of lithium anomalism is open to the south and northeast and is more coherent to the southeast, although additional sampling across the area is warranted to fully constrain the size of the anomaly. Only 13 rock samples have been collected across this broad soil anomaly (up to 0.06% Li2O), which were sampled primarily for tin mineralization. The prospective Devonian granites at Dalrymple are partially covered by relatively shallow (<80 m thick) Permian aged sediments.

The occurrence of highly anomalous lithium in soil immediately adjacent to the boundary between the lithium-bearing granite and the cover rocks indicates the potential for lithium anomalism to persist under cover at depths amenable to shallow drilling. The Dead Pig-Guinea Pig anomaly measures 2.3 by 0.8 km at the 220 ppm (0.047% Li20) cutoff. Rock samples collected from across the anomaly returned Li2O values of up to 2.0% (float) and 1.1% (outcrop) with 33 samples yielding values over 0.1% Li2O (465 ppm Li).

Rex Hill east area spans four 400 m spaced sample lines where the highest Li values (e.g., 416 ppm Li) are from the eastern ends of the lines. The emerging anomaly measures 1 km north to south and is open to the east. Follow-up geological mapping and rock sampling together with infill and expansion, tighter-spaced soil lines will be completed across the new soil anomalies to better define their footprints and develop vectors to higher-grade zones.

Detailed multi-element analysis of all soil geochemical data and integration with new geological and structural mapping and new rock geochemical data will be completed and the results are expected to define potential drill targets at Aberfoyle. Importantly, new insights from this work will also help guide future exploration programs across the Company's portfolio of highly prospective tin-tungsten-lithium projects in northeast Tasmania. The Company is also currently awaiting assay results from samples of historic drill core from Aberfoyle stored at the Mineral Resources Tasmania (MRT) drill core storage facility.

The drill core was logged and where micaceous alteration (potentially lithium-bearing) was observed, the core was sampled and submitted for full multi-element geochemical analyses.