Foremost Clean Energy Advances Exploration on its Wolverine Uranium Property

Core Insights - Foremost Clean Energy Ltd. has initiated a radon geochemical survey at its Wolverine Uranium Property located in the Athabasca Basin, which is known for high-grade uranium deposits [1][2] - The survey aims to enhance understanding of the subsurface geology and identify priority drill targets, focusing on areas with known structural offsets of the sub-Athabasca unconformity [2][3] Company Overview - Foremost Clean Energy Ltd. is a North American uranium and lithium exploration company, holding an option to earn up to a 70% interest in 10 uranium properties covering over 330,000 acres in the Athabasca Basin [11] - The company is engaged in systematic exploration programs in collaboration with Denison Mines Corp. to make significant discoveries in uranium and lithium [11] Survey Details - The radon geochemical survey leverages the relationship between radon gas emissions and subsurface uranium presence, as radon is a decay product of uranium [3] - The survey grid is designed to cover two potential faults that may explain the unconformity offset observed on the property [3] Historical Context - Previous exploration at the Wolverine Property has identified uranium mineralization, including a notable drill hole that intersected 2,087 ppm U over 0.1 meters [5] - Historical drilling and geophysical surveys suggest a complex structural architecture, with unconformity depths ranging from 140 to 300 meters below the surface [5] Future Plans - Upon completion of the radon survey, the company plans to integrate the results with historical data to refine high-priority drill targets for future testing [6]