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

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

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.

In this study we quantify thaw slump enlargement, investigate thermokarst impacts, and map the propagation of effects through hydrological networks draining permafrost terrain.

Boreal caribou and vegetation monitoring in areas of recent wildfire burn, in addition to Indigenous Knowledge, were used to determine impacts of wildfire on boreal caribou.

We collected water and bug samples at 36 sites in the Stony Creek watershed in the Gwich’in Settlement Area to test if thaw slumps affect macroinvertebrates in streams.

Ground temperatures were monitored to examine evidence of ground temperature warming and to assess the influence of various environmental factors on permafrost conditions.

Meteorological data used to determine trends and changes in autumn rainfall and winter air temperatures over a 37-year record, and streamflow was used to calculate the total...

ECCC has been working with community members to study the water quality of important wetland ecosystems in the Ts’ude Niline Tuyeta protected area.

This study investigated how quickly vegetation regrew following the 2014 fire season to learn the impacts of extreme fires on caribou habitat.

This project examined the effect of peatland permafrost thaw on water availability and quality in the Dehcho region.

Modelling was performed to forecast the consequences of oil/gas development, mining, transportation, fire, climate change, and permafrost on the Sahtú landscape.

This study looked at how increasing water temperatures and permafrost thaw will affect fish and what they eat, such as bugs (macroinvertebrates) and waterfleas (zooplankton).

Drone surveys were used to track the growth of thaw slumps in the Gwich’in, Sahtú and Inuvialuit Settlement regions and to calculate the amount of materials carried downslope.

To help understand the impact of changes to caribou habitat their decline, we analyzed satellite imagery to detect changes in vegetation in the Bathurst caribou herd range.

This research looked at the impact of forest fires and warming temperatures on small lakes and ponds in the NWT.

This project looked at how wildfire and permafrost thaw are impacting the recovery of vegetation important to boreal caribou in southern NWT.

This study examined the impacts of forest fires on the recovery of boreal caribou habitat.

The NWT Thermokarst Mapping Collective project developed a methodology to generate NWT-wide thermokarst and permafrost feature inventory maps.

We combined Gwich’in and scientific knowledge to map łuk dagaii (broad whitefish, Coregonus nasus) habitat in the Peel River Watershed at risk of being affected by thaw slumping.