WaterSHED Monitoring Program
The WaterSHED Monitoring Program is a unique partnership between Alberta Environment and Parks, EPCOR, North Saskatchewan Watershed Alliance and the City of Edmonton.
By combining and coordinating resources, including technical expertise, operational support and funding, we’ve created the North Saskatchewan River’s most comprehensive river monitoring program. It encompasses 19 new or upgraded monitoring stations from the headwaters of the North Saskatchewan River to the Saskatchewan Border.
This program will improve data collection both upstream and downstream of Edmonton, allowing all partners to make informed decisions for protecting and preserving water in the North Saskatchewan River.
The North Saskatchewan River is the source of drinking water for more than 65 communities (including Edmonton) in the capital region. The WaterSHED monitoring project is funded by a 4-year (2018-2021) $4 million commitment from EPCOR and in-kind support from Alberta Environment and Parks, North Saskatchewan Watershed Alliance and the City of Edmonton.
- Create the North Saskatchewan River’s most extensive river monitoring program in terms of length of study, geographical area and breadth of water quality parameters and indicators of ecological health.
- Fill knowledge gaps about the North Saskatchewan Watershed. This information will be used by all key stakeholders to help protect Edmonton’s source water and maintain or improve water quality and aquatic ecosystem health in the North Saskatchewan River and its tributaries by better informing land use planning, and river and watershed management.
- Generate real-time data from a network of monitoring stations to be used to help anticipate, identify, and respond to changes in water quality.
- Develop and improve water quality and quantity models for the NSR. These models will help decision-makers predict how water quality and quantity will change under various scenarios involving change in climate, population, land use, wildfire frequency, flow, and effluent discharges.