Project
Understanding global change in freshwater ecosystems via the functional biogeography of aquatic plantsMy research is mainly focused on examining the linkages between aquatic plant traits and their physical environment, and determining how changing environmental conditions may alter the functionality of freshwater ecosystems at various spatial and temporal scales.
Keywords
aquatic ecology, functional biogeography, aquatic plants, global changePublications
1- Water chemistry and periphyton biomass in the Rideau River: Have conditions changed after 24 years?Trottier, Lindsay, John Chételat, Chantal Vis, Paul B. Hamilton, Frances R. Pick, Jesse C. Vermaire
2022 Journal of Limnology
2- Historical, contemporary, and future perspectives on a coupled social–ecological system in a changing world: Canada’s historic Rideau Canal
Bergman, Jordanna N., Christine Beaudoin, Isha Mistry, Audrey Turcotte, Chantal Vis, Valerie Minelga, Kate Neigel, Hsien-Yung Lin, Joseph R. Bennett, Nathan Young, Colin Rennie, Lindsay L. Trottier, Alice E.I. Abrams, Patrick Beaupre, Danny Glassman, Gabriel Blouin-Demers, Dany Garant, Lisa Donaldson, Jesse C. Vermaire, John P. Smol, Steven J. Cooke
2021 Environmental Reviews
3- Recreational fisheries activities and management in national parks: A global perspective
Alic, Emina, Lindsay L. Trottier, William M. Twardek, Lindsay L. Bennett, Sarah Chisholm, Philippe Tremblay, Erik Tuononen, Joseph R. Bennett, Shannon D. Bower, Robert J. Lennox, Andy J. Danylchuk, Steven J. Cooke
2021 Journal for Nature Conservation
