This study developed a long-term (1901–2100), 1-km resolution daily meteorological dataset (Met1km) for modeling and mapping permafrost at high spatial resolutions in Canada.

This report summarizes ongoing research projects and associated fieldwork occurring in the Arctic and supported by the Polar Continental Shelf Program, much of it climate change...

Using aerial imagery and ground survey data from Pullen Island, NWT, we observe increasing coastal erosion rates between 1947 to 2018.

This study furthers the geomorphological understanding of RTS processes along Arctic coasts, and demonstrates advancements in measurement practices for UAV-SfM data.

We studied dissolved methane dynamics within a small Mackenzie River Delta lake, autonomously and continuously collecting water samples for two years at various depths.

We present a database of western North American Holocene paleoclimate records from 184 terrestrial and marine sites, spanning at least 4000 of the last 12,000 years.

Research on how soil and air temperature is affected by snow.

This paper shows that climate-driven thaw of hilltop ice-wedge networks is rapidly transforming uplands across Banks Island in the Canadian Arctic Archipelago.

Multiple research activities were undertaken to investigate the geology, permafrost and gas hydrate conditions of the outer shelf and upper slope of the Beaufort Sea to assess...

This is research on the Ragged Range glaciers in NWT. Approximately 110 km² of glacier cover has been lost over the last 35 years.

This compendium addendum provides a summary of the most significant academic literature about climate change in the NWT, that has been published by Wilfrid Laurier University...

This compendium addendum provides a summary of the most significant academic literature about climate change in the NWT, that has been funded by the CIMP program.

This is an infographic that shows how new models depict ground ice in permafrost in Canada. The models use a new approach to calculate ground ice abundance in a geographic...

This chapter assesses observed and projected changes in temperature and precipitation for Canada, and it presents analyses of some recent extreme events and their causes.

This chapter looks at how we use data, technology, and models to monitor or predict the climate.

This paper documents the first comprehensive inventory of thermokarst and thaw-sensitive terrain indicators for a 2 million km2 region of northwestern Canada.

Active layer thickness data paired with Landsat data were used to quantify the impacts of changing permafrost conditions on vegetation productivity in the NWT.

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