Future Oceans Under Multiple Stressors: from Global Change to Anthropogenic Impact

206.4K

views

138

authors

21

articles

Future Oceans Under Multiple Stressors: from Global Change to Anthropogenic Impact

206.4K

views

138

authors

21

articles

Editorial

04 November 2020

Editorial: Future Oceans Under Multiple Stressors: From Global Change to Anthropogenic Impact

Erik Olsen

,

Isaac C. Kaplan

,

Cecilie Hansen

,

Elizabeth Fulton

, 2 more and

Saskia A. Otto

2,120 views

3 citations

Editors

7

Norwegian Institute of Marine Research (IMR)

Isaac C. Kaplan

Northwest Fisheries Science Center, National Oceanic and Atmospheric Administration (NOAA)

Cecilie Hansen Eide

Norwegian Institute of Marine Research (IMR)

Elizabeth A Fulton

Commonwealth Scientific and Industrial Research Organisation (CSIRO)

Michael J. Fogarty

National Marine Fisheries Service (NOAA)

Bedford Institute of Oceanography (BIO)

Saskia Anna Otto

University of Hamburg

Impact

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About

Impending climate change and increased pressure from human activities such as extraction of minerals, petroleum development, pollution, terrestrial runoff, fisheries, shipping and renewable energy development are expected to have serious impacts on the structure and functioning of the Earth’s marine ecosystems. Analyzing these effects alone or cumulatively in the medium-term future (0-50 years) is of paramount importance to provide a solid scientific basis for management decisions affecting the majority of humanity that inhabits or is dependent on the oceans and coastal areas.

The current Research Topic aims to explore future scenarios for our oceans and coastal areas. Contributions exploring multiple pressures or multiple aspects of the same stressor are encouraged. Contributions exploring case studies comparing various ecosystems are especially sought after to illuminate responses and trends that are common across ecosystems and distinguish from those that are specific for each ecosystem.

Quantitative and qualitative modelling studies that explore future scenarios have been shown to be particularly useful, and further developments of such models, notably those including the human dimension (e.g. economic and social issues), are encouraged.

We welcome original manuscripts suitable as research articles, reviews, mini-reviews or policy and practice reviews according to Frontiers’ categories for articles (https://www.frontiersin.org/journals/marine-science#article-types).

Impending climate change and increased pressure from human activities such as extraction of minerals, petroleum development, pollution, terrestrial runoff, fisheries, shipping and renewable energy development are expected to have serious impacts on the structure and functioning of the Earth’s marine ecosystems. Analyzing these effects alone or cumulatively in the medium-term future (0-50 years) is of paramount importance to provide a solid scientific basis for management decisions affecting the majority of humanity that inhabits or is dependent on the oceans and coastal areas.

The current Research Topic aims to explore future scenarios for our oceans and coastal areas. Contributions exploring multiple pressures or multiple aspects of the same stressor are encouraged. Contributions exploring case studies comparing various ecosystems are especially sought after to illuminate responses and trends that are common across ecosystems and distinguish from those that are specific for each ecosystem.

Quantitative and qualitative modelling studies that explore future scenarios have been shown to be particularly useful, and further developments of such models, notably those including the human dimension (e.g. economic and social issues), are encouraged.

We welcome original manuscripts suitable as research articles, reviews, mini-reviews or policy and practice reviews according to Frontiers’ categories for articles (https://www.frontiersin.org/journals/marine-science#article-types).

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Editors

Norwegian Institute of Marine Research (IMR)

Isaac C. Kaplan

Northwest Fisheries Science Center, National Oceanic and Atmospheric Administration (NOAA)

Cecilie Hansen Eide

Norwegian Institute of Marine Research (IMR)

Elizabeth A Fulton

Commonwealth Scientific and Industrial Research Organisation (CSIRO)

Michael J. Fogarty

National Marine Fisheries Service (NOAA)

Bedford Institute of Oceanography (BIO)

Saskia Anna Otto

University of Hamburg

Impact

206,443 Total views

169,712 Article views

32,635 Article downloads

4,096 Topic views

Published In

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Frontiers in Marine Science

Global Change and the Future Ocean

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