Spatial ecology of North Atlantic shark populations North Atlantic marine ecosystems have experienced severe disruption at higher trophic positions, including large declines in several shark species. In addition, stock assessments for management and conservation purposes are rarely available for shark species, due to a low quantity and quality of data. For example, unreported bycatch and…
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Spatial ecology of North Atlantic shark populations North Atlantic marine ecosystems have experienced severe disruption at higher trophic positions, including large declines in several shark species. In addition, stock assessments for management and conservation purposes are rarely available for shark species, due to a low quantity and quality of data. For example, unreported bycatch and…
Details
Spatial ecology of North Atlantic shark populations North Atlantic marine ecosystems have experienced severe disruption at higher trophic positions, including large declines in several shark species. In addition, stock assessments for management and conservation purposes are rarely available for shark species, due to a low quantity and quality of data. For example, unreported bycatch and…
Details
Spatial ecology of North Atlantic shark populations North Atlantic marine ecosystems have experienced severe disruption at higher trophic positions, including large declines in several shark species. In addition, stock assessments for management and conservation purposes are rarely available for shark species, due to a low quantity and quality of data. For example, unreported bycatch and…
Details
Spatial ecology of North Atlantic shark populations North Atlantic marine ecosystems have experienced severe disruption at higher trophic positions, including large declines in several shark species. In addition, stock assessments for management and conservation purposes are rarely available for shark species, due to a low quantity and quality of data. For example, unreported bycatch and…
Details
Spatial ecology of North Atlantic shark populations North Atlantic marine ecosystems have experienced severe disruption at higher trophic positions, including large declines in several shark species. In addition, stock assessments for management and conservation purposes are rarely available for shark species, due to a low quantity and quality of data. For example, unreported bycatch and…
Details
Engineering a population balance model for long-term fish stock prediction My PhD project aims to develop and implement an age-structured, spatially explicit model to predict the long-term development of fish stocks. The model tries to combine the merits both of individual based models and classical population dynamics models, which treat entire fish stocks as their…
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Engineering a population balance model for long-term fish stock prediction My PhD project aims to develop and implement an age-structured, spatially explicit model to predict the long-term development of fish stocks. The model tries to combine the merits both of individual based models and classical population dynamics models, which treat entire fish stocks as their…
Details
Acoustic tracking of juvenile blue sharks (Prionace glauca) in Nova Scotia waters from receivers positioned near N.S. offshore oil and gas platforms In 2013, the Deep Panuke E&T and R&D Fund supported Dalhousie University’s Ocean Tracking Network proposal to conduct acoustic telemetry work in the Deep Panuke offshore oil and gas development region of Canada’s…
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