200-year Ice Jam Flood Hazard Map – Climate Change Scenario 2040-2065 for the Fort Good Hope (Rádeyı̨lı̨ Kǫ́).

100-year Ice Jam Flood Hazard Map – Climate Change Scenario 2040-2065 for the Fort Good Hope (Rádeyı̨lı̨ Kǫ́).

100-Year Ice Jam Flood Hazard Maps for Fort Good Hope (Rádęyį̨lį̨ Kóę́).

200-Year Ice Jam Hazard Maps for Fort Good Hope (Rádęyį̨lį̨ Kóę́).

May 2021 Ice Jam Flood Inundation Maps for Fort Good Hope (Rádęyį̨lį̨ Kóę́)

These reports summarizes the results for the new flood study for Fort Good Hope (Rádęyį̨lį̨ Kóę́).

This project addresses an important knowledge gap on the distribution of thaw-sensitive permafrost terrain across the NWT.

This is an 100-Year Flood Inundation Map (Climate Change 2040-2065) for Fort Good Hope (Rádęyį̨lį̨ Kóę́).

The Knowledge Agenda: Northern Research for Northern Priorities 2025 outlines the research priorities of the Government of the Northwest Territories (GNWT).

This first NWT Climate Change Risks and Opportunities Assessment, published in October 2024, aims to provide a shared understanding of the most pressing climate change risks for...

This resource provides long-term water quality monitoring data that can help identify climate-driven environmental changes in northern freshwater systems.

The report is to provide an update on the state of the conservation network in the Northwest Territories (NWT) .

This annual report presents long-term trends in air quality over fifteen years from 2008 to 2022 and monitoring results spanning over three years from 2020 to 2022.

This report is an outlook for anticipated 2025 spring water levels in the Northwest Territories (NWT).

This report assesses the vulnerability of Whatì’s groundwater drinking water supply, examining water quality, sources, and risks related to contamination and climate change.

This report provides enhanced results for water quality monitoring at Slave River Fort Smith in 2024.

This discussion paper explores approaches for adapting wildlife conservation and management in the Northwest Territories (NWT) in response to climate change.

Annual Report on Climate Change 2023-2024.

By combining Traditional, local, and scientific knowledge sources, we document new and increasing cyanobacteria blooms over time in Great Slave Lake.

This research helps us understand how climate change, permafrost thaw, and wildfire impact water systems to help predict future changes.