News
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PRESS RELEASE
Taranis Updates Mineral Resource, Thor Indicated and Inferred Tonnes Grow by Respectively 78% and 41%
Taranis Resources Inc. provides an updated Mineral Resource Estimate for its 100%-owned Thor project in British Columbia, showing exploration upside and significant mineralization findings -
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PRESS RELEASE
Taranis Intersects 314.6 g/t AgEq over 7.19 m in Thunder Zone
Taranis Resources Inc. reports challenging drill hole Thor-238 in the Thunder Zone, uncovering conductive anomalies and mineralization, including silver and base metals. Analysis suggests a connection with high-grade mineralization. Quality control and silver equivalent calculation methods used -
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PRESS RELEASE
Canada Revenue Agency Reverses Decision, Allowing CEE-Eligibility for 10,000 tonne Bulk Sample at Thor
Taranis Resources Inc. announces the Canada Revenue Agency's reversal of its 2021 ruling disallowing Canadian Exploration Expenses treatment for certain expenditures related to the permitting of the 10,000 tonne exploration Bulk Sample. -
PRESS RELEASE
Taranis Update on Exploration Permitting Delays at Thor
Taranis Resources Inc. provides an update on the permitting work at Thor, located in British Columbia. The company has filed a petition for Judicial Review with the Supreme Court of British Columbia due to delays in the NoW permit application and is working to schedule the hearing. Taranis continues to engage with the Ministry of Energy, Mines and Low Carbon Innovation and has addressed concerns about the consultation process with the Sinixt Confederacy. The Thor Project aims to allow for deep drilling to prove or disprove a large intrusion-related deposit connected to known mineralized systems. For more information, visit the company's website. -
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PRESS RELEASE
Taranis Intersects 279.6 g/t AgEq over 2.86 m in Thunder Zone, and Gains Insight into Deeper Targets at Thor
Taranis Resources Inc. reports on the first of five drill holes in the Thunder Zone at Thor project. Drilling sought to understand breccia-type mineralization and its relation to an underlying conductive body. Delays precluded exploration of deeper targets
