This plan was developed to provide practical and operational wildland/urban risk mitigation strategies to reduce the threat of wildfire to the community of Aklavik.

This plan was developed to provide practical and operational wildland/urban risk mitigation strategies to reduce the threat of wildfire to the community of Sambaa K'e.

This plan was developed to provide practical and operational wildland/urban risk mitigation strategies to reduce the threat of wildfire to the community of Whatì.

This plan was developed to provide practical and operational wildland/urban risk mitigation strategies to reduce the threat of wildfire to the community of Wekweètì.

This plan was developed to provide practical and operational wildland/urban risk mitigation strategies to reduce the threat of wildfire to the community of Łutselkʼe.

This plan was developed to provide practical and operational wildland/urban risk mitigation strategies to reduce the threat of wildfire to the community of Gamèti.

This plan was developed to provide practical and operational wildland/urban risk mitigation strategies to reduce the threat of wildfire to the community of Behchokǫ.

This study analyzed three options for substituting fossil fuels with woody biomass in the NWT, to determine if they could significantly reduce greenhouse gas emissions.

Recent ground temperature and observational data for lithalsas are examined in the context of an inventory of thermokarst ponding between 1945 and 2005. In presentation format.

This paper investigates how future Yukon, NWT and Alaska biomes may change using clustering methodology, land cover classifications, and historical and projected climate data.

The 2023 Arctic Report Card provides an overview of the vital signs of the Arctic's land, ocean, and air, and relevant newsworthy reports on emerging issues in the Arctic.

Coastal wetlands, such as in the Beaufort Delta, are investigated for impacts from various anthropogenic factors such as climate change.

This study developed and applied a framework for assessing the vulnerability of pan-Canadian water resources to permafrost thaw.

Remote sensing is used to derive the annual minimum snow and ice extent over the Canadian Arctic landmass from 2000-2016.

Paleoecological techniques are used to investigate how Canadian High Arctic wetlands responded to a mid-twentieth century increase in growing degree days.

Exploring climate change risks to Canadian coastal communities.

A historical analysis of coastal erosion with the help of photo data.

This report summarizes the current ecological conditions of forested ecosystems in the NWT and identifies gaps in our understanding of northern forests and ecosystem processes.

This project developed a first approximation summary of the pre-industrial fire regime attributes of the western boreal forest of Canada using the best available knowledge.

This is a followup workshop to the 2015 gathering on forest fire research priorities. Here, results of several major projects are reviewed and next steps determined.