A bioenergetic model for estimating the food requirements of Steller sea lions Eumetopias jubatus in Alaska, USA

By A. Winship, Andrew W. Trites, D. Rosen. 2002

180 citations recorded by the source corpus.

Subfields: Ecology, Global and Planetary Change, Oceanography

View Paper: https://www.semanticscholar.org/paper/0d1ff0b9233b72ea38a836f386f2e030a6493ec7

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Citations in the corpus

The effects of prey availability on pup mortality and the timing of birth of South American sea lions (Otaria flavescens) in Peru (2004, background): “Although the cost of producing a full-term foetus is probably small (see Winship, Trites & Rosen, 2002 ), the cost of caring for a pup is not.”
The decline of Steller sea lions Eumetopias jubatus in Alaska : a review of the nutritional stress hypothesis (2003, background): “Either possibility would detrimentally affect juvenile sea lions more than mature individuals, because of their higher relative energy requirements (Winship et al., 2002) and relative inexperience at foraging (Merrick & Loughlin, 1997).”
Competition for the fish – fish extraction from the Baltic Sea by humans, aquatic mammals, and birds (2018, unknown): “The mean daily consumption of seals thus only gives a coarse picture, where the weight consumed 5 also is influenced by the fat contents of the prey e.g. Winship et al. (2002).”
Seasonal availability of abundant, energy-rich prey influences the abundance and diet of a marine predator, the Steller sea lion Eumetopias jubatus (2006, methodology): “Available prey energy was compared to estimates of individual sea lion energy demands per day (Sigler et al. 2004), which were derived from consumption estimates and bioenergetic models for Steller sea lions (Winship et al. 2002).”
Behavioural drivers of the ecological roles and importance of marine mammals (2015, background): “…primarily from bioenergetic models that can be used to estimate food requirements and potential biomass removal rates of prey (e.g. Furness 1984, Winship et al. 2002, Smout et al. 2014) and ecosystem models that predict the broader ecosystem consequences of marine mammal removals (Libralato et…”
Estimated field metabolic rates and prey requirements of resident killer whales (2011, background): “This is because energy intake required for growth in immature captive killer whales (Kriete 1995) and free-ranging Steller sea lions (Winship et al. 2002) is negligible relative to total energy intake.”
Mass-dependent energetics and survival in Harbour Seal pups (2005, background): “Heat loss to the environment has often been treated as part of the field metabolic rate and averaged over age classes in energetic models (e.g. Winship, Trites & Rosen 2002 ).”
Causes and consequences of winter mortality in fishes (2007, background): “the metabolic requirements of endothermic avian and mammalian predators, they may represent a substantial, but unevaluated, risk to some overwintering fishes (Winship et al., 2002).”