Great Dirt Resources' soil sampling program update

Great Dirt Resources Limited (ASX: $GR8) has announced the extension and confirmation of several manganese (Mn) anomalies at the Doherty Manganese Project in New South Wales. The follow-up soil sampling program, comprising 888 samples, has revealed the expansion of the Doherty 1 Mn trend to a 3.5km long, NE striking manganese in soil anomaly, thickening from 200m to 500m, coincident with aerial geophysical targets TMM06, 07, and 11. The Junior 1, 2, and 3 Mn trends have also been confirmed to be 3.75km long and 50-200m wide, coinciding with aerial geophysical targets TMM01, 02, 03, 04, and TSM01 and 02.

Executive commentary on soil sampling results

The recent soil sampling program at the Doherty Manganese Project has yielded promising results, with the extension of manganese anomalies and confirmation of significant trends. The Junior 1, 2, and 3 Mn trends, as well as the Doherty 1 Mn trend, have shown substantial expansion, indicating the potential for further growth with ongoing sampling to the south, north, and west. The company remains committed to its exploration programs and is focused on ensuring compliance with all regulatory and environmental obligations while progressing towards drilling.

Summary of soil sampling program and future outlook

Great Dirt Resources' soil sampling program at the Doherty Manganese Project has successfully extended and confirmed significant manganese anomalies, indicating the potential for further growth in the identified trends. The company's commitment to ongoing sampling and exploration activities reflects its dedication to uncovering the full potential of the project. With the soil geochemistry set to be extended to the north and west, and infill sampling planned where required, Great Dirt Resources is poised to continue its efforts in delineating and defining the manganese trends. The company's focus on compliance with regulatory and environmental obligations, along with its exploration programs, underscores its dedication to responsible and sustainable exploration practices.