Baselode Announces Approval of Plan of Arrangement by Forum Shareholders, Updates on Merger

Core Viewpoint - Baselode Energy Corp. has announced the approval of a plan of arrangement by Forum Energy Metals shareholders, allowing Baselode to acquire all outstanding shares of Forum at a specified exchange ratio [1][2]. Group 1: Shareholder Approval - 97.57% of Forum shareholders voted in favor of the arrangement during the special meeting held on August 19, 2025 [2]. - The arrangement required at least two-thirds (66⅔%) approval from the votes cast by Forum shareholders present or represented by proxy [2]. Group 2: Next Steps - Forum will seek a final order from the Superior Court of British Columbia on August 22, 2025, to approve the arrangement [3]. - Completion of the arrangement is expected shortly after receiving the final order [3]. Group 3: Baselode's Future Plans - Baselode's Annual General and Special Meeting is scheduled for September 16, 2025, where it will seek shareholder approval to change its name to Geiger Energy Corporation [4]. - The company will also seek approval for a potential consolidation of its common shares on a basis of one post-consolidation share for every five outstanding pre-consolidation shares [4]. Group 4: Geiger Energy Metals - Geiger Energy Metals will focus on uranium exploration, particularly developing its 100%-owned Aberdeen and Hook projects located in Nunavut and Saskatchewan [5]. - Leadership will include Dr. Rebecca Hunter as CEO and Stephen Stewart as Chairman, with additional board appointments from Forum's current directors [6]. Group 5: Company Background - Forum Energy Metals is focused on discovering high-grade uranium deposits in the Athabasca Basin and Thelon Basin [7]. - Baselode controls approximately 226,128 hectares for exploration in the Athabasca Basin area, free of option agreements or underlying royalties [9]. Group 6: Exploration Focus - Baselode discovered the ACKIO uranium prospect, which measures over 375 meters along strike and is comprised of at least nine separate uranium pods [10]. - The exploration thesis emphasizes discovering near-surface, basement-hosted, high-grade uranium orebodies outside the Athabasca Basin, utilizing innovative geophysical methods [11].