Climate Change and Marine Top Predators

281.3K

views

86

authors

15

articles

Climate Change and Marine Top Predators

281.3K

views

86

authors

15

articles

Editorial

02 December 2015

Editorial: Climate Change and Marine Top Predators

Morten Frederiksen

and

Tore Haug

4,095 views

2 citations

Editors

2

Morten Frederiksen

Aarhus University

Norwegian Institute of Marine Research (IMR)

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Marine ecosystems are critically affected by current and future climate change. Expert reviews from the Intergovernmental Panel on Climate Change (IPCC) show that climate change will induce temperature changes and associated adjustments in ocean circulation, ice coverage and sea level. Such changes will affect life-history parameters of marine top predators (mammals, birds, large pelagic fish) via changes in habitat features (e.g. ice cover) and availability of food resources (bottom–up effects), or will alter the role that predators play in marine ecosystems (top-down effects). This collection of papers will include case studies showing how environmental change has affected life-history strategies among large marine predators, or how environmental change may affect the role that these species play as top-level predators in marine ecosystems.

Marine ecosystems are critically affected by current and future climate change. Expert reviews from the Intergovernmental Panel on Climate Change (IPCC) show that climate change will induce temperature changes and associated adjustments in ocean circulation, ice coverage and sea level. Such changes will affect life-history parameters of marine top predators (mammals, birds, large pelagic fish) via changes in habitat features (e.g. ice cover) and availability of food resources (bottom–up effects), or will alter the role that predators play in marine ecosystems (top-down effects). This collection of papers will include case studies showing how environmental change has affected life-history strategies among large marine predators, or how environmental change may affect the role that these species play as top-level predators in marine ecosystems.

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Editors

Morten Frederiksen

Aarhus University

Norwegian Institute of Marine Research (IMR)

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Frontiers in Ecology and Evolution

Interdisciplinary Climate Studies

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Frontiers in Environmental Science

Interdisciplinary Climate Studies

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Frontiers in Earth Science

Interdisciplinary Climate Studies

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