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

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

This study analyzed lake surface temperature trends and spatial distribution across 535 predominantly small to medium lakes across the North Slave Region.

Study examining how climate warming and permafrost thaw are changing hydrology, wetlands, and water flow patterns at Scotty Creek, 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.

A high-resolution modeling study using satellite and climate reanalysis data to assess long-term trends in lake ice conditions across the NWT.

This research analyzes long-term trends in solar radiation across the Northwest Territories from 1980-2023 and it's effects on lake ecosystems undergoing climate-induced changes.

This report presents data from ground and aerial surveys monitoring forest conditions and other environmental disturbances affecting forest ecosystems.

An academic research article analyzing how carbon pricing policies impact the economy of Canada's Northwest Territories under different climate change scenarios.

This research is a comprehensive review of the impacts of novel wildfire disturbances on land-cover and wildlife in boreal NWT.

This paper is about the Indigenous perspectives on fire management in North America.

This study explore the effect of an unprecedented summer storm on Arctic marine mammals in the Mackenzie Delta.

This research investigates thaw slump processes on Peninsula Point, using high-resolution topographic data from drone surveys in 2016, 2017 and 2018.

Two coastal sites near Tuktoyaktuk (Tuktuujaqrtuuq) were investigated over a one week and one year time interval, using high-resolution imagery from drones to identify coastal...

This study documents erosional processes, recession rates, volume losses, and sediment delivery of Tuktoyaktuk (Tuktuujaqrtuuq) Island since 1947 and projected into the future.

This study shows a correlation between global atmospheric teleconnections and winter temperature and precipitation from 1943 to 2011 in Yellowknife, NWT.

The study, based on an interviews with western scientists in a fresh water research facility, it examines the early stage to build relationships with local Indigenous communities.

This study used Landsat and RapidEye imagery to identify groundwater discharge zones in the Central Mackenzie Valley.

This study shows the impact of tall shrub removal practice on the permafrost management in NWT.