"Taranis Resources Unveils Intrusive Geochemical Zonation at Thor Project"

In the ever-evolving landscape of mineral exploration, Taranis Resources Inc. has made a significant stride with its recent findings at the Thor project. The company's comprehensive geochemical studies have revealed widescale geochemical zonation characteristic of an intrusive body over the I-1 target, providing a roadmap for future exploration and potentially unlocking new mineral deposits.

The identification of distinct alteration patterns, including sericitization, chloritization, carbonatization, and albitization, extends hundreds of meters around the intrusive body. These patterns, when combined with geophysical data, offer a more comprehensive understanding of the subsurface geology. For instance, the presence of a circular resistive body (I-1) beneath the epithermal deposit, as identified through geophysical surveys, is consistent with the geochemical patterns observed. This integration can help pinpoint areas with high potential for mineralization.

The geochemical data has identified two intrusive features, I-1 and I-2, with I-1 showing highly anomalous levels of boron, gold, zinc, arsenic, and tungsten. The geophysical surveys can help delineate the extent and depth of these intrusive bodies, allowing for more precise drilling targets. For example, the I-1 intrusive-related rocks are found below and east of the I-2 Intrusive in the bottom of drill holes Thor-246, 247, and 248, indicating a deeper target for exploration.

The upcoming geophysical survey programs planned for summer 2025, in conjunction with the geochemical data, can significantly enhance Taranis Resources' ability to target and drill into potentially mineralized areas. The integration of geochemical and geophysical data provides a more detailed and accurate understanding of the subsurface geology, leading to more effective targeting and drilling of potentially mineralized areas.

The company has removed land constraints around the eastern side of the Thor project area, which will allow for more extensive geophysical surveys and drilling programs. This expanded access can lead to the discovery of new geophysical anomalies and geochemical alteration zones, further enhancing the targeting of mineralized areas.

The geochemical indicators at the Thor project, including the presence of specific minerals and elements, are consistent with the presence of a deep mineralized intrusive body. These findings are similar to those seen in other known intrusive-related gold deposits, providing further evidence of the potential for mineralization at the Thor project.

In summary, the identification of widescale geochemical zonation at the I-1 target by Taranis Resources Inc. provides a roadmap for future exploration, guiding the company to focus on areas with the highest potential for mineralization, expanding the scope of the Thor project, and enhancing the geological understanding of the area. This strategic approach increases the company's potential for discovering new mineral deposits.