When Catherine Febria wades into a headwater stream in southwestern Ontario, she is studying far more than water quality. She is examining the point where land, water, and people meet — and that approach has now earned one of Canada’s highest academic honours. Febria, an ecologist at the University of Windsor, has been elected to the Royal Society of Canada’s (RSC) College of New Scholars, Artists and Scientists, a national recognition reserved for emerging researchers who demonstrate exceptional achievement early in their careers.
The distinction places her among an influential community of independent scholars, researchers, and creative thinkers who provide intellectual leadership for the betterment of Canadian society and the world. For students, early-career researchers, and community members who care about the future of freshwater ecosystems, her story delivers a clear message: rigorous science rooted in local waters can shape national conversations and drive measurable change.
Interested in following a similar path? Explore the University of Windsor’s Faculty of Science to see how its research programs prepare the next generation of freshwater scientists.
A Career Built From the Smallest Streams Up
Febria’s research begins in places many people overlook: the small streams, springs, and wetlands that feed larger rivers and lakes. From microbes and mushrooms to entire watersheds across the Great Lakes Basin, she uses science to understand and restore freshwater ecosystems while building lasting relationships with the communities that depend on them.
At the University of Windsor, she established the Healthy Headwaters Lab, a research group dedicated to keeping waterways healthy from the smallest tributaries to the largest bodies of water. She also serves as a Tier 2 Canada Research Chair in Freshwater Restoration Ecology and conducts research at the Great Lakes Institute for Environmental Research (GLIER), one of the country’s leading centres for environmental science.
Her scope of work extends well beyond Ontario. Febria engages with the United Nations through the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES), contributing local insight to global biodiversity conversations. That dual focus — practical restoration on the ground and policy engagement internationally — is a defining feature of her career and a key reason this national recognition carries weight.
What Election to the Royal Society of Canada’s College Means
The Royal Society of Canada is the nation’s pre-eminent body of independent scholars, researchers, and artists. Its College of New Scholars, Artists and Scientists recognizes members who have demonstrated a high level of achievement at an early stage in their careers. Election is competitive and signals that a researcher’s work is considered significant not only within their discipline but across Canadian society.
For Febria, the honour validates work that stretches from local watersheds to national and global forums. She describes the recognition as “incredibly humbling,” particularly because her lab’s mission is anchored in local watersheds and community-centred research approaches.
The appointment also creates opportunity. As a College member, Febria will contribute to national conversations on issues of public interest and connect with researchers and communities across Canada — connections she expects will strengthen the network of people working toward healthier freshwater ecosystems.
Why Scientists Monitor Freshwater Ecosystems From Headwaters to the Great Lakes
Canada holds a significant share of the world’s freshwater, and the Great Lakes alone supply drinking water to millions of people. Protecting that resource depends on the ability to monitor freshwater ecosystems accurately and consistently — a task that begins in small streams.
Measuring Health at the Source
Headwater streams are sensitive indicators of broader watershed health. Researchers assess these systems by measuring water quality, sampling invertebrates, and tracking the plants, fungi, and microbes that form the foundation of aquatic food webs. When these smallest systems degrade, the effects ripple downstream into rivers, lakes, and eventually the Great Lakes themselves.
Febria’s lab treats monitoring as more than data collection. Each measurement opens a conversation with landowners, farmers, municipalities, and Indigenous communities about how people care for land and water through local actions and global policies. The science is meant to be practical, but also impactful.
From Local Data to Global Policy
Work that begins in a Windsor-area stream can inform decisions at the United Nations. Through her involvement with IPBES, Febria helps translate on-the-ground ecological findings into evidence that shapes international biodiversity assessments. The lesson for aspiring scientists is straightforward: local fieldwork matters globally, but only when it is done well. “If we’re not doing research well locally, it won’t be meaningful nationally or globally,” she says.
Want to understand how restoration ecology works in practice? Explore the Healthy Headwaters Lab’s published projects to see how community-centred research produces measurable results.
Science Rooted in Community: A New Model for Research Excellence
One of the most significant aspects of Febria’s national recognition is what it says about how science is practiced, not just what it discovers. In the Healthy Headwaters Lab, she emphasizes inclusive, diverse, and equitable research processes while advancing reconciliation efforts with Indigenous Peoples, Lands, and Waters.
Research That Answers Community Questions
Febria argues that scientific research should address the questions communities are actually asking and grappling with. That philosophy reshapes every stage of a project — from choosing research questions to interpreting results. Instead of studying a watershed and leaving, her team builds relationships that allow science to support long-term stewardship.
Shanthi Johnson, vice-president of research and innovation at the University of Windsor, points to this as the broader significance of the achievement. Research grounded in community, she notes, can have far-reaching impact while bringing people together to solve complex freshwater ecosystem priorities — and Febria’s election to the College is a wonderful national recognition of that significance.
Reconciliation and Freshwater Stewardship
Freshwater restoration in Canada cannot be separated from reconciliation with Indigenous Peoples. Febria’s lab treats this as central rather than peripheral: conversations about land and water stewardship, ecosystem restoration, and reconciliation flow through the science itself. For students considering this field, it signals that the next generation of freshwater scientists will need strong ethical grounding and collaborative skills alongside technical training.
Lessons for Aspiring Freshwater Scientists in Canada
Febria’s path offers practical guidance for students and early-career researchers who want their work to matter.
Start Local, Then Scale
Credibility built through careful local work is the foundation of national and global influence. Learn a watershed deeply — its hydrology, its species, its people — before attempting broad claims. Field skills in water sampling, invertebrate identification, and ecological monitoring remain fundamental, and universities across Canada, including the University of Windsor, offer programs that build them.
Treat Community Relationships as Core Science
The most effective restoration ecologists work with communities, not simply near them. Building trust takes time, humility, and consistency, but it produces research questions that matter and findings that actually get used.
Engage Beyond Academia
Febria’s involvement with IPBES demonstrates the value of contributing scientific evidence to policy conversations. Early-career researchers can begin by participating in local conservation authorities, watershed groups, or science-policy workshops long before their work reaches international platforms.
Have questions about building a career in freshwater restoration ecology? Write to us in the comments below and share where you are in your journey.
Protecting Swimmable, Fishable, Drinkable Water: A Shared Responsibility
When it comes to improving water quality in the Great Lakes, Febria emphasizes that science also points to individual relationships and shared responsibility. Protecting swimmable, fishable, and drinkable water for future generations depends on individual people living in cities and alongside farm fields — all doing their part.
That message reframes who counts as a steward of freshwater ecosystems. Farmers adjusting field practices, homeowners reducing runoff, municipal planners protecting wetlands, and volunteers monitoring local creeks all contribute. University research provides the evidence and tools, but the daily work of restoration belongs to everyone who lives beside the water.
It is also an outlook grounded in optimism. Febria sees a shared vision for restored freshwater ecosystems and healthy, resilient communities — a vision this national recognition reinforces by showing that science done well can encourage collective and transformative action toward freshwater and planetary sustainability.
What This Recognition Means for the University of Windsor and the Region
For the University of Windsor, having a faculty member elected to the RSC’s College strengthens the institution’s research profile and highlights the calibre of its environmental science programs. For southwestern Ontario, it shines a national light on the ecosystems, biodiversity, and communities of the region — and on the headwater streams that quietly sustain them.
Febria says she is glad to be part of a community with a collective spirit and responsibility, one where university scholars can be part of the solution. Her hope is that the College membership connects her lab with other scholars, communities of practice, and organizations working toward similar goals across Canada and beyond.
Considering graduate studies in freshwater science or environmental research? Schedule a campus visit or explore the University of Windsor’s research programs to find a supervisor and lab that match your goals.
A Collective Vision for Restored Freshwater Ecosystems
Catherine Febria’s national recognition is ultimately a story about where excellent science starts: in small streams, in honest conversations with communities, and in the belief that research should serve the people and places it studies. Her work demonstrates that efforts to monitor and restore freshwater ecosystems are not purely technical exercises — they are shared civic projects that stretch from headwater creeks in Windsor to policy tables at the United Nations.
For Canada, a country defined by its rivers and lakes, that model of science matters. It shows that protecting freshwater for future generations requires credible research, genuine partnership, and the willingness of individuals, institutions, and communities to act together.
If this story resonates with you, share it with an aspiring scientist in your network, subscribe for more coverage of Canadian freshwater research, and explore our related articles on freshwater ecosystems and careers in environmental science. The health of Canada’s waters — and the next generation of scientists who will protect them — depends on people paying attention today.
