This study examines the formation of 93 Arctic airmass events in northwestern Canada, and propose a novel three-stages mechanism of extremely shallow, surface formations.

This study explores the impacts of climate change and vegetation shifts on hydrology in an Arctic headwater basin in northwestern Canada, using atmospheric and hydrological models.

This study presents a new method for deriving surface temperature from satellite microwave data to improve measurement frequency over arctic Canada and Alaska.

This study evaluates the ability of CMIP5 models to simulate current and future permafrost by directly using soil temperature and climate-driven estimators.