Origin, structure and conservation of biodiversity

Biodiversity encompasses biological variation at the level of genes, species and ecosystems. It represents a global challenge, mainly because of the pressure exerted by the human population, which is responsible for unprecedented species extinction rates. Our studies aim to understand the origin of biodiversity as well as its evolution across space and time, in order to ensure its conservation

Jacques Brisson
Plant population ecology. Competition for space. Integrated plant management. Invasive species. Aquatic macrophytes for wastewater treatment.
Jacques Brodeur
Plant-insect-natural ennemies interaction, biological control and urban ecology.
Anne Bruneau
Molecular systematics of legumes and the Rosa genus. Evolution of reproductive systems, pollination, polyploidy and hybridization in flowering plants.
Alain Cuerrier
Ethnobiology, ethnozoology and ethnobotany. Folk classification. Medicinal plants of the First Nations of Canada. Antidiabetic and potentially antioxidant plants. Traditional knowledge of Inuits in Nunavik and Crees in Quebec.
Colin Favret
Insect systematics and biodiversity. Cybertaxonomy. Aphid taxonomy, phylogenetics, and speciation. Biodiversity informatics.
Simon Joly
Evolution of reproductive systems, speciation, hybridization, plant genetics, and polyploidy.
Daniel Kierzkowski
Plant development, organ patterning, live imaging of organogenesis, organ growth tracking, plant morphodynamics.
Étienne Laliberté
Plant functional ecology. Community and ecosystem ecology. Plant-soil interactions.
Étienne Léveillé-Bourret
Plant systematics. Phylogenetics. Genomics. Phylogeography. Biogeography. Floristics.
Stéphanie Pellerin
Wetland Ecology; Ecosystem Dynamics; Historical Ecology; Paleoecology; Rare Plant Conservation; Plant-Herbivore Interactions .


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