Building Bridges for Water Science
Collaboration drives discovery. Our partnership network spans academic institutions, government agencies, environmental organizations, and indigenous communities — all united by a shared commitment to protecting and understanding the Great Lakes ecosystem. Through strategic alliances, we amplify research impact and foster innovation that transcends traditional boundaries.
University Partners
Academic excellence flourishes through collaboration. Our university partnerships create pathways for groundbreaking research, student exchange programs, and shared expertise that benefits the entire Great Lakes scientific community.
University of Toronto
Leading water chemistry research initiatives. Joint studies on microplastic contamination have yielded 47 peer-reviewed publications since 2019.
Northwestern University
Cross-border collaboration focusing on invasive species management. Our shared research vessel operates 180 days annually across Lake Michigan.
University of Michigan
Data modeling partnerships that predict algal bloom patterns with 94.2% accuracy. Student internship programs place 85+ undergraduates yearly.
What makes these partnerships thrive? It's the willingness to share resources, expertise, and — perhaps most importantly — data. The University of Guelph's aquatic toxicology lab processes over 2,400 samples annually from our monitoring stations. Meanwhile, McMaster University's engineering students design innovative sensor technologies that we field-test across all five lakes.
Graduate student exchanges have become particularly fruitful. Last year, 32 PhD candidates split their research time between institutions, bringing fresh perspectives to long-standing challenges. One such collaboration — between York University and the University of Wisconsin-Madison — resulted in a breakthrough algae treatment method that reduces phosphorus levels by 73% without harming native fish populations.
Government Agencies
Policy and science intersect in powerful ways when government agencies join our research efforts. These partnerships ensure that scientific findings translate into actionable environmental protection measures.
Environment and Climate Change Canada remains our primary federal partner, providing both funding and regulatory guidance for water quality monitoring programs. Their laboratory in Burlington processes nearly 18,000 samples yearly — samples we collect through coordinated fieldwork across the lakes. The U.S. Environmental Protection Agency contributes expertise in contaminant analysis, particularly for emerging pollutants like pharmaceuticals and personal care products.
State-level partnerships prove equally valuable. The Ontario Ministry of the Environment has co-funded 23 research projects since 2020, while the Michigan Department of Environment, Great Lakes, and Energy provides critical baseline data that informs our long-term studies. These relationships aren't just transactional — they're transformative.
Regulatory Alignment
Research findings directly influence water quality standards. Our phosphorus studies led to updated regulations in three states and two provinces within 18 months of publication.
Emergency Response
When environmental crises strike, coordinated response matters. Our partnership network mobilized 48 hours after the 2023 Sarnia chemical spill, providing real-time water quality assessments.
Environmental Organizations
Grassroots passion meets scientific rigor when environmental organizations join our mission. These partnerships bring community engagement, advocacy expertise, and on-the-ground knowledge that enriches our research programs.
The Great Lakes Environmental Research Network (a coalition of 47 organizations) coordinates citizen science initiatives that feed data directly into our monitoring systems. Volunteers collected over 12,000 water samples in 2023 alone — samples that would have cost $340,000 if gathered by professional staff.
Lake Erie Foundation
Algal bloom monitoring programs reach 184 shoreline locations through volunteer networks.
Great Lakes Fishery Trust
Fish population studies spanning 15 years provide crucial ecosystem health indicators.
Alliance for the Great Lakes
Policy advocacy amplifies research findings in legislative processes across eight states.
Freshwater Future
Community outreach programs have engaged 23,000+ residents in water protection efforts.
What's remarkable about these partnerships is the speed of knowledge transfer. When our research identifies emerging threats — like the spread of viral hemorrhagic septicemia in fish populations — environmental partners can mobilize public awareness campaigns within days. The Ontario Federation of Anglers and Hunters reached 45,000 fishing enthusiasts with early warning information in just 72 hours during the 2022 outbreak.
Indigenous Communities
Traditional knowledge meets modern science in partnerships that honor indigenous wisdom while advancing water protection. These collaborations — built on respect, reciprocity, and shared stewardship — enrich our understanding of Great Lakes ecosystems.
The Anishinaabe people have observed Great Lakes water conditions for over 1,000 years. Their traditional ecological knowledge complements our scientific methods, revealing patterns invisible to contemporary instruments. Elder Margaret Skinaway from the Chippewas of Nawash Unceded First Nation has guided our research on wild rice habitat restoration since 2018.
Cultural Protocols
All research activities follow traditional protocols for water interaction. Ceremonies and offerings ensure respectful engagement with these sacred waters, as taught by knowledge keepers from 14 First Nations communities.
Data Sovereignty
Indigenous partners maintain ownership of traditional knowledge shared in joint research. Formal agreements protect cultural information while enabling collaborative scientific advancement.
The Grand Traverse Band of Ottawa and Chippewa Indians operates three water quality monitoring stations on Grand Traverse Bay. Their data — spanning temperature, turbidity, and fish populations — extends our monitoring network into culturally significant areas we couldn't access otherwise. This partnership has revealed concerning trends in walleye spawning success, prompting joint conservation efforts.
Youth engagement programs prove particularly powerful. The Little Traverse Bay Bands of Odawa Indians partners with us on student research projects that combine traditional plant medicines with water purification science. Last summer, 28 indigenous students worked alongside our researchers, studying how cattail roots and wild bergamot can filter agricultural runoff — knowledge their ancestors used for centuries.
International Networks
Water knows no borders — and neither should water science. Our international partnerships connect Great Lakes research with global freshwater studies, sharing methodologies and insights that benefit aquatic ecosystems worldwide.
The International Association of Great Lakes Research connects our work with similar freshwater systems across five continents. Researchers studying Lake Baikal's endemic species inform our approaches to Great Lakes biodiversity protection. Meanwhile, our invasive species management strategies have been adapted for use in European alpine lakes and African rift valley systems.
Climate change partnerships prove especially crucial. The Global Lake Ecological Observatory Network (GLEON) includes our automated monitoring stations in a worldwide dataset of over 7,000 lakes. This collaboration revealed that Great Lakes surface temperatures are warming 2.3 times faster than the global average — a finding that reshaped our research priorities overnight.
European Centre for Environment and Human Health
Microplastic research collaborations span Atlantic and Great Lakes regions, comparing contamination patterns and mitigation strategies.
Lake Biwa Environmental Research Institute
Ancient lake ecosystem studies inform Great Lakes paleoecology research. Sediment core analysis techniques developed in Japan now guide our historical reconstruction projects.
Australian Rivers Institute
Drought impact studies provide insights for Great Lakes water level management during extreme weather events.
Funding Sources
Ambitious research requires substantial support. Our diverse funding portfolio ensures research independence while maintaining long-term project sustainability across multiple economic cycles.
Federal funding provides our research foundation — but it's the combination of sources that enables innovation. The Natural Sciences and Engineering Research Council of Canada contributed $2.4 million in 2023, while the National Science Foundation provided an additional $1.8 million USD for joint projects.
Government Grants
Federal and provincial agencies provide 67% of our annual research funding through competitive grant programs.
Private Foundations
Environmental foundations contribute 23% of funding, focusing on community engagement and applied research projects.
Corporate Partners
Industry collaborations provide 8% of funding while ensuring research remains independent and scientifically rigorous.
International Bodies
Global research networks and binational commissions contribute 2% through specialized program funding.
The Great Lakes Fishery Commission has funded our fish habitat restoration work since 2015 — a partnership that's restored spawning grounds for 12 native species. Meanwhile, the Molson Foundation's three-year commitment to citizen science programs enables community monitoring networks that would be impossible through government funding alone.
Corporate partnerships require careful navigation. We maintain strict independence while leveraging industry expertise and resources. Dow Chemical's remediation technology testing agreement provides $180,000 annually — but all research results remain public, and study designs undergo independent peer review before implementation.
Join Our Partnership Network
Collaboration multiplies impact. Whether you represent an academic institution, government agency, environmental organization, or community group — there's a place for your expertise in our expanding network.
Partnership Opportunities
- Research collaborations and data sharing agreements
- Student exchange and training programs
- Community outreach and education initiatives
- Equipment sharing and facility access
- Joint funding applications and grant proposals
- Policy development and advocacy efforts
Partnership Benefits
- Access to Great Lakes datasets and research findings
- Collaboration with leading freshwater scientists
- Enhanced research capacity and resource sharing
- Increased publication and funding opportunities
- Network connections across multiple disciplines
- Policy influence and real-world impact