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Jonathan W. Moore

Researcher at Simon Fraser University

Publications -  124
Citations -  7303

Jonathan W. Moore is an academic researcher from Simon Fraser University. The author has contributed to research in topics: Population & Oncorhynchus. The author has an hindex of 33, co-authored 116 publications receiving 6019 citations. Previous affiliations of Jonathan W. Moore include National Marine Fisheries Service & University of California, Santa Cruz.

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A Bioenergetics Approach to Assessing Potential Impacts of Avian Predation on Juvenile Steelhead during Freshwater Rearing

TL;DR: The density of avian predators varied spatially and temporally but was greatest in the estuary regardless of season and decreased with increasing distance from theEstimating the potential predation on juvenile steelhead by mergansers and kingfishers in the Scott Creek estuary using a bioenergetics model.
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Linking anglers, fish, and management in a catch-and-release steelhead trout fishery

TL;DR: In this article, the authors examine the linkages between fish and anglers and propose that understanding these linkages helps to support effective fisheries management, which is important for any fishery management.
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Risks of mining to salmonid-bearing watersheds.

TL;DR: In this article , the authors present a synthesis of relevant aspects of mining operations, describes the ecology of salmonid-bearing watersheds in northwestern North America and compiles the impacts of metal and coal extraction on salmonids and their habitat.
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Salmon egg subsidies and interference competition among stream fishes

TL;DR: Higher densities of spawning salmon in streams may provide sufficient prey resources in the form of eggs to temporarily decrease interference competition among stream fishes.
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Integrating prey dynamics, diet, and biophysical factors across an estuary seascape for four fish species

TL;DR: D diets were highly variable, even within a species, but 1 or 2 prey composed most diet contents per species, while certain prey groups were correlated with biophysical factors and calanoid copepod abundance was positively correlated with salinity.