This open report contains site descriptions, metadata, and climate summaries, including summary figures and tables, for seven climate research stations in the North Slave Region.

We present a unique thirteen-year record (2003–16) of the physiochemical properties of two High Arctic lakes and show that water quality has significantly changed.

This is a full and comprehensive report on adaption required in the Bering Chukchi-Beaufort Region in a changing climate.

This report provides a summary of field activities, and air temperature, ground-thermal and active-layer data acquired in 2017 are provided in graphical and tabular format.

Here we use a global data set of permafrost temperature time series to evaluate temperature change across permafrost regions since 2007.

New modelling incorporating paleogeography is presented in this paper to depict the distribution of three ground ice types (relict ice, segregated ice, and wedge ice) in...

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.

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.

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.

This study documents the rapid restructuring of algal community composition ca 2000 CE that is consistent with recent climate change impacts in the region.

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.