Aquifer Mapping of the Hay River and Kakisa/Cameron Hills Transboundary Region in Alberta & Northwest Territories

Régions: Dehcho Region, South Slave Region

étiquettes: physical sciences, hydrology, groundwater, water monitoring, hydrogeology

chercheur principal: Palombi, Dan (2)
Nᵒ de permis: 17209
Organisation: Alberta Energy Regulator - Alberta Geological Survey
Année(s) de permis: 2024 2023
Délivré: févr. 15, 2023
Équipe de projet: Dan Utting, Annie Levassuer, Robin Staples, Catherine Graydon, Michael Palmer, Brian Smerdon, Jeanette Klassen

Objectif(s): To contribute towards gathering information, data, and knowledge in support of delineating and classifying transboundary groundwater resources for the region.

Description du projet: This licence has been issued for the scientific research application No.5382. There is limited knowledge of groundwater resources in the Alberta-Northwest Territories transboundary basins. Hydrogeological information to delineate transboundary groundwater is scarce and aquifers in this area have not been fully defined and mapped. The primary and long-term goal of the research project is to contribute towards gathering information, data, and knowledge in support of delineating and classifying transboundary groundwater resources for the region. Previous research from the Alberta Geological Survey, identified the state of subsurface knowledge to support aquifer mapping across the Alberta-Northwest Territories border. This research project was based on recommendations from that report and will focus on conducting a geological and hydrogeological evaluation of the Hay River and the Kakisa/Cameron Hills regions for both Alberta and NWT, along with infilling data gaps for the Peace/Slave and Buffalo River basins for future aquifer mapping and classification. This study will impart geoscience methods commonly used in geological and hydrogeological evaluations. To assess potential groundwater and surface water interaction, the research team will collect new environmental isotope data from rivers and groundwater wells to estimate relative groundwater age and circulation pathways in surficial materials and near-surface bedrock aquifers. The development of geological and hydrogeological conceptual models will illustrate the general geometry and potential extent of aquifers within surficial materials and bedrock formations. Estimating and mapping groundwater quality and flow, using groundwater levels, springs data, and satellite imagery, will allow for inferring potential recharge and discharge locations that enhance knowledge of the regional groundwater flow system. Conceptual model development also allows for identifying the best potential areas for new data acquisition to achieve improved delineation of transboundary aquifers. The research team is responsible to provide members of the Bilateral Water Management Committee (BMC), along with technical teams in Alberta and Northwest Territories, project updates on a quarterly basis. Members of BMC include senior and executive level government representatives. In addition, the BMC has a member from the Northwest Territories Métis Nation that represents the NWT Water Strategy Indigenous Steering Committee. The BMC will provide the research team the main mode of formal communication to NWT stakeholders and community organizations. The research team is also intending on contributing and participating in the Indigenous Community Based Monitoring Program in both provinces to support information sharing and knowledge translation. Early in 2023, there is a planning meeting to discuss the development of a community-based monitoring project with all Alberta and NWT Indigenous communities. This form of meeting will enable us to interact and communicate with stakeholders, partners, and community organizations. The fieldwork for this study will be conducted from February 16, 2023 to December 31, 2023.