·ï»Ë²ÊƱƽ̨ researchers develop strategies to mitigate and adapt to environmental change. By integrating scientific, Indigenous and local knowledge, policy analysis and community engagement, we inform evidence-based decision-making, promote resilience, protect Indigenous rights, ensure wise resource management, and safeguard the well-being of ecosystems and communities.
Learn more in the ·ï»Ë²ÊƱƽ̨ Strategic Research Plan 2025-2030.
·ï»Ë²ÊƱƽ̨ researchers have worked for decades in Canada’s North, with a particular focus on the Northwest Territories, where we maintain a longstanding partnership with the territorial government and research facilities in Yellowknife.
The is a platform for change, using food systems as a lens to protect biodiversity, enhance community resilience in the face of climate change and improve food security.
Researchers at the (VERiS) strive to be catalysts toward cultures of sustainability and climate justice.
By analyzing the effects of environmental stressors, including climate change and industrial development, on ecosystems and communities, this work informs evidence-based decision-making, promoting resilience and sustainability in the face of a changing climate.
Studies focus on the impacts of climate change, habitat fragmentation and pollution, informing strategies to conserve biodiversity, protect Indigenous rights and promote sustainable resource management.
This research area recognizes that the most vulnerable members of society often experience the worst effects of global climate change and environmental degradation, and also have less means to adapt. By highlighting and addressing these disparities, researchers aim to develop knowledge, policies and practices that ensure a fair and equitable distribution of environmental benefits and burdens, ultimately promoting social equity and environmental sustainability for all communities.
Researchers focus on developing agricultural practices and food distribution networks that ensure food security and nutrition for all without compromising the economic, social and environmental resources needed for future generations.
Water science involves studying the physical, geochemical, biological and societal aspects of the hydrological cycle. Focusing on regions such as the Northwest Territories and the southern Great Lakes, researchers tackle critical issues including competition for water access and the sustainability of healthy aquatic ecosystems.
This research contributes to making cities and other forms of human settlements inclusive, safe, resilient and sustainable, including work on green infrastructure, developing low-carbon resilience, urban agriculture and the impacts of migration.
Research in this area investigates the sources, fate and effects of harmful substances on ecosystems and human health.
Collaboration with stakeholders and Indigenous communities focuses on sustainable resource extraction, protected and conserved area policy, planning and management, and policy analysis to balance conservation with development.
Through meaningful collaboration with communities, this research aims to empower Indigenous land stewardship practices by integrating Indigenous knowledge with modern climate policy.
By integrating sustainability into government and private decision-making processes, this field seeks to promote long-term economic viability while fostering a positive impact on the environment and society.
Sustainable chemistry is a scientific approach focused on designing and manufacturing chemical products that consider their entire lifecycle. This discipline aims to maximize the efficient use of natural resources while developing products and processes that minimize environmental impact and protect human health.
