Manitoba Prairie Lakes: Mass balance budget for nutrient management at Pelican Lake, Manitoba
This study documents the variance and relative importance of different nutrient sources and internal lake processes for a Prairie lake (Pelican Lake, Manitoba).
While the water quality of many prairie lakes is monitored and the extent of the eutrophication—and associated negative consequences—generally understood, information on the specific nutrient sources and in-lake processes is often insufficient to identify specific management options.
This study sought to conduct a water and nutrient mass balance, identifying the variance and relative importance of different nutrient sources and internal lake processes for a lake that could be used as a general model for other prairie lakes. As with many other shallow prairie lakes, the eutrophication of Pelican Lake has become increasingly pronounced over recent years.
Participating experts
You might also be interested in
Manitoba Prairie Lakes: In-lake remediation treatment summary
This is a summary of a comprehensive research study (Manitoba Prairie Lakes: Eutrophication and In-Lake Remediation Treatments Literature Review) in which IISD examines in-lake remediation treatments.
Manitoba Prairie Lakes: Eutrophication and in-lake remediation treatments Literature Review
Eutrophication—the enrichment of ecosystems with chemical nutrients—has deteriorated water quality in many of Manitoba’s lakes.
Stories of Resilience: Water
Across the Canadian Prairies, water carries memory, identity, responsibility, and life. Yet the voices of those most deeply connected to it are often absent from climate and water policy discussions.
Why the Future of Fresh Water Depends on How We Tell Its Story
When it comes to protecting fresh water like Lake Winnipeg, translating science into a compelling narrative is as important as the research itself.