This study shows how permafrost thaw, wildfires, and added nutrients can increase CO₂ and methane emissions from northern peatlands, affecting carbon cycling.

Examines how climate warming and permafrost thaw drive long-term transitions from forested peatlands to wetlands and eventually to permafrost-free forests in northern Canada.

This research highlights how climate driven permafrost and thaw slumping is affecting the streams in the Peel Plateau, NWT.

This study analyzes changes in lake area across northwestern Canada (1985–2020) using satellite data, focusing on the influence of climate, wildfire, and permafrost.

This report assesses the vulnerability of Whatì’s groundwater drinking water supply, examining water quality, sources, and risks related to contamination and climate change.

This research helps us understand how climate change, permafrost thaw, and wildfire impact water systems to help predict future changes.

One of the seminal papers to quantify how permafrost thaw releases ancient carbon, influencing global climate.

A landmark study emphasizing the global implications of permafrost carbon release, permafrost degradation and thaw dynamics.

This 11 minute presentation from the NWT Association of Communities and Aboriginal Affairs will walk you through the basic information on permafrost in the NWT.

This document offers guidance to Indigenous communities in Canada on implementing climate monitoring projects, combining scientific methods with Indigenous Knowledge.