LIFT Commences Comprehensive 2026 Environmental Baseline Data Collection at Yellowknife Lithium Project
VANCOUVER, British Columbia – Li-FT Power Ltd., trading under the symbols TSXV: LIFT, OTCQX: LIFFF, and Frankfurt: WS0, has officially launched its 2026 Environmental Baseline Data Collection Program. This initiative marks a significant advancement in the environmental studies being conducted at the company's Yellowknife Lithium Project, located in Canada's Northwest Territories.
Expanding Geographic Scope and Scientific Rigor
The 2026 program represents a strategic expansion of baseline data collection activities that have been ongoing at the project site. This year's efforts will specifically focus on the Big-Nite pegmatite cluster, broadening the geographic extent of environmental monitoring. The collected data will play a crucial role in supporting ongoing project planning and future permitting activities, including comprehensive Environmental Assessment processes required for project advancement.
This multi-year baseline study program is designed to establish a detailed understanding of current environmental, cultural, and socioeconomic conditions in the project area. The program will concentrate on regions immediately adjacent to known pegmatite dykes where future project infrastructure may be developed. Additionally, the study will include lakes and streams located both upstream and downstream of potential infrastructure sites, as well as areas that might be affected by atmospheric conditions from future project activities.
Comprehensive Environmental Monitoring Components
The 2026 Environmental Baseline Data Collection Program incorporates multiple scientific disciplines and approaches:
- Aquatics Program: This component includes bathymetry, hydrology, hydrogeology, and water quality surveys, along with comprehensive fish, fish habitat, and aquatic life assessments. The aquatic monitoring began on April 5th with under-ice water quality sampling, fish habitat surveys, and winter hydrological evaluations. These activities will continue on an approximately monthly basis through September or early October, concluding with the anticipated freeze-up period.
- Atmospherics Program: This segment focuses on establishing ambient conditions through air quality monitoring, noise and vibration measurements, light pollution assessment, and meteorological data collection. The atmospheric program will commence in late spring or early summer and continue year-round to provide comprehensive seasonal data.
- Terrestrial and Human Environment Components: The program also includes terrestrial ecosystem monitoring and human environment assessments, employing approaches that combine rigorous scientific methodology with Indigenous Knowledge systems.
Indigenous Collaboration and Community Engagement
LIFT has established strong partnerships with local Indigenous communities and regulatory authorities to develop and execute the baseline data collection programs. Community engagement sessions specifically focused on baseline data collection were conducted in both 2024 and 2025, with additional sessions planned for 2026 to ensure ongoing consultation and collaboration.
The program will be managed by Det'on Cho Environmental, a company owned by the Yellowknives Dene First Nation that prioritizes Indigenous employment and participation in environmental monitoring activities. This partnership reflects LIFT's commitment to meaningful Indigenous involvement throughout the project development process.
"Strong baseline data is fundamental to responsible project development," stated April Hayward, Chief Sustainability Officer of LIFT. "By combining rigorous science and Indigenous Knowledge, these studies help inform project design and impact assessment as we advance the Yellowknife Lithium Project."
The Yellowknife Lithium Project represents a significant development in Canada's critical minerals sector, with the 2026 Environmental Baseline Data Collection Program serving as a crucial step toward understanding and mitigating potential environmental impacts while supporting sustainable resource development in the region.
