Government of the Northwest Territories (GNWT) water quality data for the Slave River near Fort Smith and the Hay River near the NWT/Alberta border in July, August and September 2020, compared to historical maximum values (1982-2019). Long-term monitoring helps us understand how water quality is changing over time and provide context for current water quality data.
The Bathurst Caribou Management Plan is a living document released for the purposes of guiding and supporting wildlife management decision-making processes in support of recovery of the Bathurst caribou herd.
En anglais seulement, le résumé français en langage clair peut être trouver ici.
Publication date:
December 2020
Resource Category:
Conservation planning, Hunting, trapping and harvesting, Monitoring, Research and data, Wildlife and nature
The Bilateral Management Committee for the Alberta-Northwest Territories Bilateral Water Management Agreement accepts this report as advice to inform the development of a framework toward meaningful inclusion of traditional knowledge in decision making related to bilateral water management.
An aide for developers drafting WMMPs to highlight sections of the Northwest Territories Wildlife Act and Species at Risk (NWT) Act that most commonly apply to development activities.
Publication date:
September 2020
Resource Category:
Education and outreach, Monitoring, Wildlife and nature
Government of the Northwest Territories (GNWT) water quality data for the Hay River near the NWT/Alberta border in July 2020, compared to historical GNWT (2011-2019) and Environment and Climate Change Canada (1988-2019) water quality data. Long-term monitoring helps us understand how water quality is changing over time and provide context for current water quality data.
Government of the Northwest Territories (GNWT) water quality data for the Slave River in July 2020, compared to historical GNWT (1982-2019, at Fort Smith) and Environment and Climate Change Canada (1960-2019, at Fitzgerald) water quality data. Long-term monitoring helps us understand how water quality is changing over time and provide context for current water quality data.