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| Binational Great Lakes Strategy | |
|---|---|
| Name | Binational Great Lakes Strategy |
| Caption | Map of the Great Lakes basin |
| Established | 21st century |
| Region | Great Lakes |
| Partners | United States; Canada |
Binational Great Lakes Strategy
The Binational Great Lakes Strategy is a coordinated framework developed by agencies and institutions in Canada and the United States to protect and restore the Great Lakes basin. The Strategy aligns priorities among federal entities such as the United States Environmental Protection Agency, Environment and Climate Change Canada, state and provincial bodies including the Michigan Department of Environment, Great Lakes, and Energy and the Ontario Ministry of the Environment, Conservation and Parks, and international instruments like the Great Lakes Water Quality Agreement. It integrates science from research organizations such as the Great Lakes Commission, the International Joint Commission, and academic centers at University of Michigan, University of Toronto, and McMaster University.
The Strategy builds on historical accords including the Boundary Waters Treaty of 1909 and the 1972 Great Lakes Water Quality Agreement to address transboundary challenges across the Lake Superior, Lake Michigan, Lake Huron, Lake Erie, and Lake Ontario systems. It articulates objectives to reduce point-source and nonpoint-source pollution guided by evidence from the U.S. Clean Water Act implementation, the Canada Water Act policy frameworks, and research from the Great Lakes Observing System. Objectives also include controlling invasive species as identified in reports by the Aquatic Nuisance Species Task Force and enhancing resilience to climate change impacts documented by the Intergovernmental Panel on Climate Change and regional climate assessments from the Midwestern Regional Climate Center.
Governance under the Strategy uses a multi-level structure linking bilateral mechanisms such as the International Joint Commission with trilateral and multilateral partners including the Great Lakes-St. Lawrence Governors and Premiers and the Great Lakes Fishery Commission. Coordination occurs among federal agencies—Environment and Climate Change Canada and the United States Environmental Protection Agency—and provincial and state actors like the New York State Department of Environmental Conservation, the Ohio Environmental Protection Agency, and the Manitoba Conservation Department. Partnerships extend to Indigenous authorities exemplified by engagements with the Anishinabek Nation, Mississaugas of the Credit First Nation, and other First Nations, Métis, and tribal governments referenced in rulings such as Grassy Narrows First Nation v. Canada-type consultations. Private sector and NGO partners include The Nature Conservancy, World Wildlife Fund Canada, and regional conservation bodies such as the National Wildlife Federation.
Priority areas combine pollution reduction, habitat restoration, invasive species control, and sustainable water management. Strategic actions emphasize nutrient load reduction strategies influenced by the Great Lakes Water Quality Agreement (2012) Annexes and modelling from the Great Lakes Environmental Research Laboratory. For habitat restoration, initiatives draw on methodologies from the Great Lakes Restoration Initiative and projects coordinated with the U.S. Fish and Wildlife Service and Parks Canada. Invasive species strategies reference the Great Lakes Fishery Commission's lamprey control programs and ballast water regulations informed by the International Maritime Organization and the Ballast Water Management Convention. Water withdrawals and diversions are addressed in relation to precedent cases like the Chicago River diversion and provincial statutes such as the Ontario Water Resources Act.
Implementation leverages funding from bilateral appropriations by the United States Congress and federal budgets of Canada, supplemented by targeted programs like the Great Lakes Restoration Initiative and provincial funding streams from entities such as the Michigan Strategic Fund. Private philanthropy from organizations like the Great Lakes Protection Fund and grants administered by the National Oceanic and Atmospheric Administration and the Natural Resources Canada support specific projects. Financial mechanisms include cost-sharing agreements, intergovernmental memoranda exemplified by agreements under the Great Lakes-St. Lawrence River Basin Sustainable Water Resources Agreement, and innovative financing instruments deployed by the World Bank and multilateral development finance institutions in some remediation cases.
Monitoring protocols rely on coordinated datasets from the Great Lakes Observing System, the U.S. Geological Survey, and provincial networks such as the Ontario Ministry of Natural Resources and Forestry monitoring programs. Evaluation uses indicators aligned with the Great Lakes Water Quality Agreement ecosystem objectives and metrics developed in collaboration with academic partners at University of Wisconsin–Madison and McGill University. Reporting cycles are synchronized with international review periods of the International Joint Commission and federal reporting requirements to bodies such as the U.S. Environmental Protection Agency. Adaptive management incorporates science-policy interfaces like the Science Advisory Board models and peer-reviewed synthesis appearing in journals such as Journal of Great Lakes Research.
Stakeholder engagement engages municipal governments including the City of Chicago and the City of Toronto, industrial stakeholders such as American Electric Power, and agricultural organizations like the American Farm Bureau Federation and the Ontario Federation of Agriculture. Outreach uses educational collaborations with institutions such as the Shedd Aquarium, the Royal Ontario Museum, and citizen science networks coordinated by Ontario Stewardship Rangers-type programs. Public consultations follow precedents set in hearings by the International Joint Commission and stakeholder forums modeled on the Great Lakes Commission’s advisory committees.
Key challenges include reducing legacy contaminants identified in inventories like the Toxics Release Inventory and addressing hypoxia in Lake Erie linked to agricultural runoff documented by the Harmful Algal Bloom Research and Response Strategy. Climate-driven changes to ice cover and precipitation patterns documented by the National Climate Assessment create uncertainty for water levels and infrastructure managed by authorities such as the St. Lawrence Seaway Management Corporation. Future directions emphasize strengthening Indigenous co-management consistent with jurisprudence from the Supreme Court of Canada and the U.S. Supreme Court on water rights, scaling nature-based solutions promoted by the International Union for Conservation of Nature, and improving cross-border legal instruments building on the Great Lakes Water Quality Agreement (2012). Enhanced data integration across platforms such as the Great Lakes Observing System and expanded financing through mechanisms like blue bonds are proposed to accelerate implementation.