Liste des Présentations (disponibles en anglais) |
Effects of flow variation on fish assemblage structure and microhabitat use. (G. Grossman*, University of Georgia) |
Strategies for making a regional assessment of the impacts of dams. (J. Schmidt*, Utah State University) |
NSERC HydroNet Potential Sites (D. Boisclair*, Université de Montréal)
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Productive Capacity of Fish Habitats (D. Boisclair*, Université de Montréal)
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NSERC HydroNet: SNG Site Selection process (M. Lapointe*, McGill University) |
NSERC HydroNet : Productive Capacity of Fish Habitats . (D. Boisclair*, Université de Montréal) |
Chemical drivers of the productive capacity of fish habitats (J. Rasmussen*, University of Lethbridge) |
Flow regime of natural versus regulated rivers, and Long-term physical transformation of regulated rivers (M. Lapointe*, McGill University) |
Effects of dams on the thermal regime of rivers. (A. Saint-Hilaire* and al., INRS-ETE) |
Winter stressors for fish in rivers, and Egg survival in response to river regulation (R. Cunjak*, University of New Brunswick – Canadian Rivers Institute) |
Thermal regime in regulated rivers and effects on fish growth (M. Power*, University of Waterloo) |
Effect of biodiversity on fish production and trophic structure (J. Rasmussen*, University of Lethbridge) |
Hydroacoustic mapping of fish in the pelagic zone of reservoirs (G. Rose, Memorial University of Newfoundland) |
Modeling of fish productive capacity in lakes and reservoirs (D. Boisclair*, Université de Montréal) |
Imagery of littoral physical characteristics in lakes and reservoirs (N. Bergeron* and al.,INRS-ETE) |
Hydraulic/biological evaluation of upstream sturgeon passage (S. Cooke* and al., Carleton University) |
Hydraulic modeling of physical conditions in reservoirs, and Study of fish behaviour and thermal requirements in reservoirs
(S. Cooke* and al., Carleton University) |
Presentation of the Center of Expertise on Hydropower Impacts on Fish and Fish Habitat (CHIF) projects (K. Smokorowski*, DFO-CHIF) |
NSERC HydroNet conceptual models (D. Boisclair*, Université de Montréal) |