Record Details

Title Harnessing Geothermal for Energy Sovereignty and Food Security in Northern Canada
Authors Nicolas D. Garroni, Olivia Moores, Megan Eyre, Kass Harbottle, Elizabeth Nelson, Angus James
Year 2026
Conference World Geothermal Congress
Keywords
Abstract In Canada, the Acho Dene Koe First Nation is leading a transformative geothermal project at Fort Liard, Northwest Territories, that addresses critical Food-Energy-Water (FEW) interdependencies in a remote community reliant on fossil fuels. Building on a successful first phase of subsurface assessment and community engagement, the project is now advancing toward drill targeting, environmental planning, and capacity-building to enable deep geothermal development.

Potential geothermal end uses under evaluation, such as district heating, geothermal-heated greenhouses, and eco-tourism, will support several United Nations Sustainable Development Goals (SDGs), including affordable and clean energy (SDG 7), economic opportunity (SDG 8), and climate action (SDG 13). The integration of geothermal-heated agriculture presents a path to year-round food production, strengthening local food security and aligning with zero hunger (SDG 2). Clean energy alternatives will also reduce emissions and particulate matter from fossil fuel combustion and wood smoke, improving air quality and supporting good health and well-being (SDG 3), particularly for Elders and youth.

By reducing reliance on imported fossil fuels, retaining energy revenues locally, and creating jobs in system operation, greenhouse management, and tourism, this Indigenous-led initiative fosters energy sovereignty and economic resilience. The project also strengthens local stewardship of land and water by eliminating risks associated with fuel transport and storage.

This initiative demonstrates how community-driven geothermal development can deliver integrated sustainability outcomes that build environmental, economic, and health resilience in remote and Indigenous communities.
Back to Results Download File