Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı
Sahtú Renewable Resources Board


  • 1995-ongoing Willow Lake Duck Banding

    Since 1995, the United States Fish and Wildlife Service (USFWS) has collaborated with the Tulita Renewable Resources Council (TRRC) and the Government of the Northwest Territories’ Department of Environment and Natural Resources (ENR) and more recently with the Sahtu Renewable Resources Board (SRRB) to band ducks within the Sahtu. The project was initially established at Loche Lake and Loche River northeast of Tulita in 1995 however, based on local traditional knowledge, in 1996 the banding station was moved to the nearby and larger Willow Lake where it has since remained. The station is operated by a waterfowl biologist from the USFWS, and two banding assistants hired from the Tulita Community.

    The annual goal of the project is to band 2,000 mallards, 1,500 northern pintail, and all incidentally captured ducks (up to 1,000 per species) from 01 August – 01 September, which is the opening day of the duck-hunting season in the NWT. Banded birds harvested in the US, Canada, and Mexico report the band number to the National Bird Banding Laboratory in the US or Bird Banding Office in Canada (1-800-327-BAND). This information is used by wildlife managers to monitor the health of waterfowl populations and to set annual waterfowl hunting regulations in the US and Canada. Since inception the project has banded over 23,000 ducks at Willow Lake.

    Team Members


    Wildlife Fund - Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı

    Total Budget


  • 2000-ongoing Arctic Salmon

    Pacific salmon are harvested in the Sahtu. These adult salmon are swimming up the Mackenzie River from the Arctic Ocean and are getting caught in subsistence nets set in late August to freeze-up in the Mackenzie River and also in Great Bear Lake. Although there is a historical record of Chum Salmon (also called dog salmon) harvest in the Sahtu, other species of salmon are now appearing, and the years when there are many salmon harvested are becoming more frequent.

    Due to these reports of changes to subsistence harvest patterns and the increase in Pacific salmon, Fisheries and Oceans Canada set up the Pacific Salmon Collection Program, which provides gift card rewards in exchange for subsistence harvested salmon. This program has been in place since 2000, and was expanded in 2011 to make it more convenient to trade in salmon. Many ENR offices, RRCs and the SRRB can now accept salmon and hand out gift card rewards.

    Karen Dunmall, a PhD candidate at the University of Manitoba, is working in collaboration with Fisheries and Oceans Canada and communities throughout the Canadian Arctic to study these salmon and identify what these changes in salmon abundance and distribution might indicate about the arctic ecosystem and how the presence of salmon may affect native fish species in the Mackenzie River and tributaries.  All salmon used for this research are obtained from the subsistence fisheries throughout the Canadian Arctic.

    For more information about the salmon research project in the Canadian Arctic, please visit www.arcticsalmon.ca or www.facebook.com/arcticsalmon. Karen posts on Facebook with progress updates, research findings, newspaper or radio interviews, where and when salmon are harvested in the Canadian Arctic, and what the research project is doing with the salmon that are traded in.

    Funding for this project is generously provided by Fisheries and Oceans Canada, the University of Manitoba, Aboriginal Affairs and Northern Development Canada through the Northwest Territories Cumulative Impact Monitoring Program, Fisheries Joint Management Committee, Gwich’in Renewable Resources Board, Gwich’in Land Use Planning Board, the Sahtu Renewable Resources Board and an NSERC Canada Graduate Scholarship to Karen.

    Team Members


    Wildlife fund - Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı and University of Manitoba

    Total Budget


  • 2000-ongoing Great Bear Lake Fisheries

    The road to ecosystem redemption: Comparative study of degraded and pristine giant lakes of North America using Ecopath

    This project is focused on comparison of ecosystem health of pristine and degraded giant lakes of Canada and was partially funded by Aboriginal Affairs and Northern Development under NWT Cumulative Impact Monitoring Program (CIMP). Ecosystem health is comparatively a new approach in environmental management and refers to the condition and functioning of an ecosystem in comparison to the normal conditions and functions. The project also supports one of the objectives in the “Waterheart” Great Bear Lake Management Plan to develop an ecosystem model of the lake. This research is developing simple and robust ecosystem models that managers can use to explore the whole system management strategies for fisheries and to determine the risk of degradation of ecosystem health. The project also incorporates the traditional knowledge to deepen the understanding of cumulative impacts caused by the present and foreseeable future fishing and other anthropogenic activities and climate change. Under this project, a workshop was held in 2012 at Déline and traditional knowledge regarding temporal change in fish community, subsistence fisheries, climate change and community approach towards a healthy ecosystem was gathered through interviews and discussions during the workshop under proper partnership with the community. As hypothesized, the pristine GBL ecosystem looks more developed, stable and in better health as compared to few other great lakes of Canada. 

    Lake Trout in the Great Bear Lake

    Dr. Kimberly Howland and her research group has been conducting research on lake trout in Great Bear Lake on an annual basis since 2000. The emphasis has been on sampling lake trout among the different arms of the lake to better understand their size and age structure, growth, maturity and relative abundance for the purpose of assessing the status of harvested stocks. An additional component of the lake trout project has involved examining the presence of different forms of lake trout present in the lake and how they contribute to the biodiversity and functioning of the Great Bear Lake aquatic ecosystem. This is being accomplished through ongoing research that includes measuring different attributes of the shape of the trout from pictures taken in the field, gathering Traditional Ecological Knowledge of lake trout types through interviews with Délı̨nę community members, examining the diet and looking at the chemical properties of muscle tissue that provide us with an idea on long-term feeding habits, and looking at movements through archival tagging.

    The lake trout project was expanded in 2008 to include more comprehensive annual sampling for cisco in different depths.  Similar to the trout, the body shape of the cisco captured from shallow and deep habitats is being examined to determine if there are different forms of cisco as seen in many other deep north American lakes left behind after the last glaciation. The data collected so far has yielded a valuable time-series of information on the biology of lake trout in the lake and has confirmed the presence of multiple forms of lake trout and cisco that appear to have different ecological characteristics and roles in the Great Bear Lake food web.

     Although research on these key fish species is important, we recognize that they do not live in isolation, but are part of a larger ecosystem. We have begun to build on this species-specific research by expanding the scope of our research for the lake. In 2012 we initiated a multi-year ecosystem study which maintains the lake trout and cisco assessment research, but has greater spatial coverage of different habitats, and includes the whole fish community together with water quality, primary productivity and invertebrate production which are essential for supporting fish populations. This expansion of the research will improve our understanding of the lake and how fish productivity is maintained. The large lake monitoring protocols we have developed and the baseline data collected through this study will form an important basis for tracking and understanding the cumulative effects of climate change, fishing and other anthropogenic (human induced) drivers on the Great Bear Lake ecosystem and its fisheries.

    TheDélı̨nę Renewable Resources Council has been instrumental in coordinating hiring of technicians, renting of suitable boats for conducting the research, selection of suitable base camp locations, helping with logistics for remote camps, the collection of samples from community based monitoring sites, and dissemination of information about the research. 

    Team Members

    • Kimberly Howland, DFO
    • Délı̨nę Renewable Resources Council (DRRC)
    • Délı̨nę Lands and Finance Corporation
    • Natural Resources Délı̨nę
    • Field technicians who have participated in the project over the years (Jane Baptiste, Doug Baton, Isodore Betsidea, John Betsidea, Morris Betsidea, Moise Beyonnie, Gloria Gaudette, Bruce Kenny, Darren Kenny, Greg Kenny, Hughie Kenny, Jonas Kenny, Morris Lennie, George Menacho, Bobby Modeste, Morris Modeste, Nathan Modeste, Isreal Neyelle, Lyle Neyelle, Clyde Takazo, Lucy Ann Takazo, Allison Tatti, Gerald Tutcho, Archie Vital, Freddie Vital, Cameron Yukon, Cyre Yukon, Tyrone Yukon, Charity Yukon, Barbara Yukon, Chris Yukon)


    Sahtú Renewable Resources Board, the Polar Continental Shelf Program, the NWT Cumulative Impacts monitoring Program, Canadian Circumpolar Institute, Natural Sciences and Engineering Research Council and Fisheries and Oceans Canada.

    Total Budget


  • 2012-2015 Water Health Monitoring

    Baseline understanding of the aquatic health in the area of heavy oil and gas exploration in the Sahtu 

    In 2012, the Cumulative Impact Monitoring Program (CIMP) with various academic, government and community partners, including the Sahtu Renewable Resources Board, proposed a five year project to study the aquatic health in the area where intensive oil and gas exploration is taking place.  Although there are many proposed and active developments west of the Mackenzie River, between Tulita and Norman Wells, there currently is very little information on the health of aquatic systems in the area.

    A baseline water quality and stream health assessment program was designed with input from academics, communities (Tulita and Norman Wells) and regulators (SLWB).  Undisturbed and disturbed streams (i.e., streams located downstream from winter roads, all weather roads, well pads, seismic lines, camps, quarries, drilling activities) are being sampled for water quality as well as benthic macroinvertebrate abundance and diversity to determine baseline conditions throughout the watersheds and streams of key interest.  

    Team Members

    • Krista Chin
    • Norman Wells Renewable Resouces Council
    • Tulita Renewable Resources Council


    Cumulative Impact Monitoring Program (CIMP, NWT) 

    Total Budget


  • 2013-ongoing Sahtú Mercury Research Synthesis

    The long-range atmospheric transport of mercury and subsequent deposition in Arctic environments is an ongoing global concern. In November 2013, after years of negotiations, a legally binding international treaty, the Minamata Accord, to reduce harmful emissions of mercury was signed by more than 140 nations.

    In the NWT, and in particular in the Sahtú Region, community concern about the potential negative impacts of mercury contamination in fish, public health advisories for local lakes (e.g., Kelly Lake), and associated human health risks remains a priority. As a result, the proposed research will help Sahtú communities to better understand the relevance and findings of mercury studies that have been undertaken. The need for a compilation, analysis and synthesis of research on mercury in the Sahtú, and reporting back to front-line workers and community representatives, became apparent at the Tulı́t’a Research Results Workshop in November 2013, when numerous concerns were raised.

    The proposed project will accomplish the following: 1) desktop review and synthesis of mercury research data for the Sahtú region, 2) compare research findings with guidelines and advisories to determine where concerns may exist, and 3) summarise findings of Sahtú mercury research and identify any gaps (research and communications).

    Working through the ɁehdzoGot’ı̨nę Gots’ę́ Nákedı and the Sahtú Environmental Research and Monitoring Working Group, the proposed research project will emphasize the synthesis of existing data for the priority contaminant mercury. The work will be a desktop study, with guidance and feedback provided by the Sahtú Environmental Research and Monitoring Working Group. Work will be carried out between July and October 2014, with reporting and a community summary of findings to be prepared by mid-December 2014.


    Northern Contaminants Program, AANDC



  • 2014-2015 Elders Gathering

    The purpose of this gathering was to engage in dialogue with elders about wildlife management, research and monitoring.

    Team Members

    Jeff Walker, ENR

    Michael Neyelle, Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı


    Environment and Natural Resources, GNWT

    Total Budget

    $ 5,830

  • 2014-2016 Monitoring Framework

    This project will involve literature review and collaborative research with RRCs and industry. The Guidelines will be developed to complement existing BEAHR  (Building Environmental Aboriginal Human Resources) Occupational Standards and course curriculum for training monitors, as well as the NWT Experiential Science curriculum for high schools, and the NWT Cumulative Impact Monitoring Program’s Pathways guide for community-based research. The intended audience will be RRCs and community members, high school students, adult education students, as well as industry and researchers. This project is prioritized for timely completion so that it can be applied in the context of monitoring for the 2014-2015 winter exploration season in the shale oil play.

    The Framework will be structured as a plain language strategic planning document. The structure of the document will be adapted based on inputs from various stakeholders, but may include sections on the following topics:

    • What is environmental monitoring?
    • Why is environmental monitoring important in the Sahtú Region?
    • What are the priority questions that monitoring can address?
    • How can monitoring make a difference in decision-making?
    • How do harvesters monitor the land, water, and wildlife?
    • How do scientists monitor the land, water, and wildlife?
    • What skills and knowledge are needed to do monitoring that addresses priority questions?
    • What are the obstacles to getting the skilled community monitors that we need in the Sahtú Region?
    • What can be done to build a team of professional monitors?
    • How can the team be supported over the long term?

    Team Members

    • Shelagh Montgomery
    • Deborah Simmons, Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı
    • Joe Hanlon, Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı


    Wildlife Fund - Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı, AANDC (Aboriginal Affairs and Nothern Development Canada)

    Total Budget


  • 2014-2017 Winter Track Surveys

    Communities, government and industry have all expressed interest in monitoring the cumulative impacts of oil and gas exploration activity and other natural factors on wildlife within the Sahtu region. The Cumulative Impacts Monitoring Program (CIMP) has provided funding to start a collaborative wildlife monitoring program entitled "Multi-species monitoring using winter wildlife track surveys in the Sahtu Settlement Region" that uses surveys of wildlife tracks in the snow to measure changes in abundance and distribution of species such as boreal woodland caribou, moose, wolves and other furbearers. The territorial government, Sahtu Renewable Resources Board, Renewable Resource Councils and industry (ConocoPhillips, Husky and Explor) will be partners on this project. Wildlife monitors from communities would be hired to conduct surveys by snow mobile along trails and seismic lines. Each time a wildlife track is seen crossing the trail a photo of the track and a location (GPS point) would be recorded. This will provide a map of where wildlife tracks are seen on the land. By repeating the surveys along the same trails and seismic lines over many years we can measure whether wildlife abundance and distribution is changing and if there is a link to the amount of industrial activity, forest fires and other human activity in different areas. This will help wildlife and land managers to understand the combined impacts of industrial development and natural disturbances and help to guide decisions about land use and wildlife harvesting.

    Team Members

    • James Hodson, Environment and Natural Resources, GNWT (This email address is being protected from spambots. You need JavaScript enabled to view it.; Phone: 867-920-3114; Fax: 867-873-0293)
    • Wendy Wright


     Cumulative Impacts Monitoring Program (CIMP)

    Total Budget




  • Bat Monitoring and Education

    This project involves confirming observations of bats in the area of Norman Wells by using a bat sensor, and educational activities to enhance awareness of bats as a species scheduled for forthcoming assessment under the Species At Risk Act.  A bat booklet and final report will be produced.  The final report and data will be made available for the forthcoming bat assessments to be completed in 2016.  Bats were recently found in this area, previously unknown to scientists as bat habitat.

    Team Members


    Government of the Northwest Territories - Species At Risk

    Total Budget


  • Bosworth Creek

    Between 2007 and 2010, a monitoring project of Bosworth Creek was sponsored by the Ɂehdzo Got’ı̨nę Gotsę́ Nákedı, with funding from the NWT Cumulative Impact Monitoring Program (CIMP) along with other partners. As part of this project, students at Mackenzie Mountain School were engaged to monitor aquatic ecosystem health. Sampling and analysis of bird populations, soil and water chemistry, fisheries, fish habitat, benthic invertebrates, amphibians, and creek habitat were conducted. Community monitors and researchers were trained, and Mackenzie Mountain School students learned a wide range of scientific applications. The Ɂehdzo Got’ı̨nę Gotsę́ Nákedı developed capacity to monitor impacts and account for natural and man-made changes to watersheds. This information was considered in the Mackenzie Gas Project cumulative effects hearings.


    Bosworth Creek originates at Hodgson (Jackfish) Lake (65° 18’N 126 41’W), Tulita District, Sahtu Settlement Area and parallels the base of Discovery Ridge before changing course and joining the Mackenzie River within the municipal boundaries of the Town of Norman Wells. The creek exhibits a variety of habitats along its course and has played an important role in local history. Natural flow was impeded with the construction of a weir in 1960 approximately 250 metres from its convergence with the Mackenzie River. The pond created behind this weir supplied both the oil refinery for their steam plant and the Town of Norman Wells with drinking water. The town abandoned this water source in 1991 and closure of the refinery in 1996 prompted channel flow reclamation as recommended by the Government of the Northwest Territories (GNWT). The weir was removed and natural flow restored in 2005 under Imperial Oil Resources NWT Limited’s (IORL) Reclamation and Restoration Plan.


    The weir site at the lower Bosworth Creek bridge within the IORL lease property


    The weir site at the lower Bosworth Creekbridge between 1960 – 2005


    The current site following removal of the weir in 2005

    The Bosworth Creek Monitoring Project was developed following questions raised by local residents regarding the absence of whitefish and other aquatic species. The general question was “Now that the barrier has been removed, will these animals re-inhabit the stream on their own or should they be re-introduced?” The SahtuRenewable Resources Board (SRRB) contacted the Department of Fisheries and Oceans (DFO) and discussed possible avenues of mitigation. It was concluded that re-stocking the creek was unnecessary due to the weir’s removal and that natural introductions should occur following stream reorganization.

    The recent restoration of Bosworth Creek presents a unique opportunity for local youth and residents to monitor aquatic ecosystem health. This monitoring project enables students and others to learn about local fish, invertebrates, hydrodynamics, sedimentology, streambed morphology, sampling techniques, data collection and evaluation. Students from Mackenzie Mountain School learn a wide range of scientific applications and report their findings to the scientific community through public presentations, science fair projects and publications. 

    Project Summaries:

    pdf Bosworth Creek Ice Study: Implications for the Northern Ecosystems (2.33 MB)

    pdf Bosworth Creek Ice Study: Implications for the Northern Ecosystems Poster (1005 KB)

    pdf Bosworth Creek: Literature Review (255 KB)

    pdf Bosworth Creek: Water Quality Data (2.80 MB)

    pdf Bosworth Creek History Project (2.94 MB)

    pdf 2006-2007 Bosworth Creek Monitoring Project (2.40 MB)

    pdf 2007-2008 Bosworth Creek Monitoring Project (1.13 MB)

    pdf  2008-2009 Bosworth Creek Monitoring Project (40 KB)

    pdf 2009-2010 Bosworth Creek Monitoring Project (45 KB)

  • Cumulative Effects Workshop

    The Sahtú Wildlife Cumulative Effects Monitoring Workshop took place over 2.5 days on September 2-4, 2014 in the K’ásho Got’ı̨ne Community Hall, Fort Good Hope. The workshop was an opportunity to continue a discussion of options for the development of collaborative cumulative effects monitoring programs to address the current and potential future increase in development on wildlife and wildlife habitat in the Sahtú.

    The purpose of the workshop was to:  Develop a prioritized list of wildlife monitoring questions; and build consensus on preferred methods used to address each question.

    Team Members

    James Hodson

    Joe Hanlon, Ɂehdzo Got’ı̨nę Gots’ę́ Nákedı


    Environment and Natural Resources, GNWT

    Total Budget