Gail Davoren
Associate Professor
Biology
Canada
Biography
My research program focuses on elucidating the biology and behaviour of important forage fish species in marine ecosystems and how this shapes the biology of top predators, primarily marine birds and whales. Forage species lie at the core of complex marine food webs, providing essential linkages among trophic levels. Investigations at regional scales often reveal areas where high abundances of organisms persistently overlap during certain periods of the year, referred to as ‘biological hotspots’. There are many examples where the formation of these hotspots is driven by high-density aggregations of forage fish. Owing to the concentration of predator-prey interactions at hotspots, energy flow through marine food webs, a key ecosystem process, is maximized within these areas. This research will increase our ability to maintain the long-term productivity of this northern marine ecosystem to sustain fisheries yields and conserve marine biodiversity.
Research Interest
Biodiversity, Ecology and Environment, biological hotspots, habitat selection, life history strategies, marine bird and fish interactions, marine conservation biology, predator-prey interactions, species interactions, food web interactions, foraging ecology
Publications
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Maxner E, Halden NM, Roth JD, Davoren GK (2016) Intrinsic factors influence the timing of arrival of capelin (Mallotus villosus) to spawning grounds in coastal Newfoundland. Fish Res 179: 202-212
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Crook K, Davoren GK (2016) Influence of spawning capelin (Mallotus villosus) on the density and distribution of green sea urchins (Strongylocentrotus droebachiensis) on the northeast Newfoundland coast. Mar Ecol Prog Ser 549:125-135
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Crook K, Maxner E, Davoren GK (2017) Temperature-based spawning habitat selection by capelin (Mallotus villosus) in Newfoundland. ICES J Mar Sci