Grants and Contributions

The funding received will be distributed to eligible students to help offset the high costs of conducting research in the north. This year a successful candidate for an additional award has been granted and so $2,500 from the grant will be allocated to the successful invidividual.

The funding received will be distributed to eligible students to help offset the high costs of conducting research in the north.

The funding received will be distributed to eligible students to help offset the high costs of conducting research in the north. This year a successful candidate for an additional award has been granted and so $2,500 from the grant will be allocated to the successful invidividual.

The funding received will be distributed to eligible students to help offset the high costs of conducting research in the north.

The primary goal of this project is to conduct a quantitative analysis of shoreline evolution and future trends while examining the processes driving changes along the coast of southern Victoria Island. This includes a particular focus on hydrodynamic factors such as waves, water levels, and storms, as well as the influence of local coastal permafrost conditions. This project also aims to build local capacity for coastal monitoring in the Arctic, providing communities with the necessary tools and knowledge to address the challenges posed by a changing coastline.

The Arctic is warming rapidly, leading to longer ice-free seasons and increased shipping traffic, which raises the risk of oil-based pollution, particularly from harmful polycyclic aromatic compounds (PACs). Ongoing research, in collaboration with Northern communities, focuses on monitoring PACs in wildlife and integrating this data with shipping risk maps to identify pollution trends and inform environmental response efforts.

Wildlife health is deeply tied to food security, culture, and ecosystem sustainability in the Canadian North, where climate change threatens key species like caribou and muskoxen. The Kutz Research Group’s long-standing community-based wildlife health surveillance program, now supported by post-doctoral researcher Dr. Olivia Hee, integrates Traditional Ecological Knowledge with science to monitor wildlife, inform management decisions, and build local capacity through training, data sharing, and expanded research efforts across the Arctic.

As climate change thaws Arctic permafrost, stored mercury may be released into northern ecosystems, posing risks to wildlife and food security due to its toxic effects. This research at Cape Bounty Arctic Watershed Observatory will study how mercury moves between air and ground, focusing on the formation of methylmercury, while engaging with local communities and students to share knowledge and ensure the research supports northern health and sustainability.

The Elder-Youth IQ Camp in Cambridge Bay, Nunavut, brings together Inuit Elders and at-risk youth for a land-based, intergenerational learning experience that blends traditional knowledge with scientific methods. Through mentorship, cultural practices, and citizen science, youth build skills, confidence, and environmental awareness while also creating educational media to amplify their voices. The program aims to strengthen community ties, support cultural identity, and serve as a model for similar initiatives across Canada.

This project supports the co-creation and finalization of Inuit Qaujimajatuqangit (IQ)-based ice travel safety tools—such as seasonal sea ice maps and terminology books—for Arctic Bay, Nunavut, in collaboration with SmartICE and the Tuvaliriji Community Management Committee. It also advances Inuit-led training, capacity-building, and intergenerational knowledge-sharing by equipping a local Coordinator with technical and cultural skills to support community resilience and climate adaptation. Final products will be launched in early 2026, enhancing both safety and cultural continuity.