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Continental margins: linking ecosystems

Continental margins: linking ecosystems
Continental margins: linking ecosystems
Impacts of Global, Local and Human Forcings on Biogeochemical Cycles and Ecosystems, IMBER/LOICZ Continental Margins Open Science Conference; Shanghai, China, 17–21 September 2007; More than 100 scientists from 25 countries came together to address global, regional, local, and human pressures interactively affecting continental margin biogeochemical cycles, marine food webs, and society. Continental margins cover only 12% of the global ocean area yet account for more than 30% of global oceanic primary production. In addition, continental margins are the most intensely used regions of the world's ocean for natural commodities, including productive fisheries and mineral and petroleum resources. The land adjacent to continental margins hosts about 50% of the world's population, which will bear many direct impacts of global change on coastal margins. Understanding both natural and human-influenced alterations of biogeochemical cycles and ecosystems on continental margins and the processes (including feedbacks) that threaten sustainability of these systems is therefore of global interest.
0096-3941
p64
Kelly-Gerreyn, Boris
b37234a9-b8b5-4a52-b08e-2c053185dbe5
Rabalais, Nancy
0485ee53-195a-43e0-b18f-29a908fe43dc
Middelburg, Jack
abdca8a9-843f-4940-afe1-81c4df84b913
Roy, Sylvie
4a70f2ca-9d61-4425-bcfd-1e051a66d4f1
Liu, Kon-Kee
2b094c60-27bc-465d-befb-890cec3f63e7
Thomas, Helmut
ac285c8f-a4ba-44e6-9c77-f705d030395c
Zhang, Jing
d6afba24-5cbe-4ff1-967f-486e75419b99
Kelly-Gerreyn, Boris
b37234a9-b8b5-4a52-b08e-2c053185dbe5
Rabalais, Nancy
0485ee53-195a-43e0-b18f-29a908fe43dc
Middelburg, Jack
abdca8a9-843f-4940-afe1-81c4df84b913
Roy, Sylvie
4a70f2ca-9d61-4425-bcfd-1e051a66d4f1
Liu, Kon-Kee
2b094c60-27bc-465d-befb-890cec3f63e7
Thomas, Helmut
ac285c8f-a4ba-44e6-9c77-f705d030395c
Zhang, Jing
d6afba24-5cbe-4ff1-967f-486e75419b99

Kelly-Gerreyn, Boris, Rabalais, Nancy, Middelburg, Jack, Roy, Sylvie, Liu, Kon-Kee, Thomas, Helmut and Zhang, Jing (2008) Continental margins: linking ecosystems. EOS: Transactions American Geophysical Union, 89 (7), p64. (doi:10.1029/2008EO070006).

Record type: Article

Abstract

Impacts of Global, Local and Human Forcings on Biogeochemical Cycles and Ecosystems, IMBER/LOICZ Continental Margins Open Science Conference; Shanghai, China, 17–21 September 2007; More than 100 scientists from 25 countries came together to address global, regional, local, and human pressures interactively affecting continental margin biogeochemical cycles, marine food webs, and society. Continental margins cover only 12% of the global ocean area yet account for more than 30% of global oceanic primary production. In addition, continental margins are the most intensely used regions of the world's ocean for natural commodities, including productive fisheries and mineral and petroleum resources. The land adjacent to continental margins hosts about 50% of the world's population, which will bear many direct impacts of global change on coastal margins. Understanding both natural and human-influenced alterations of biogeochemical cycles and ecosystems on continental margins and the processes (including feedbacks) that threaten sustainability of these systems is therefore of global interest.

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Published date: March 2008

Identifiers

Local EPrints ID: 63295
URI: http://eprints.soton.ac.uk/id/eprint/63295
ISSN: 0096-3941
PURE UUID: daf521c0-b45e-4ec7-8749-ec600b429ed7

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Date deposited: 29 Sep 2008
Last modified: 15 Mar 2024 11:37

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Contributors

Author: Boris Kelly-Gerreyn
Author: Nancy Rabalais
Author: Jack Middelburg
Author: Sylvie Roy
Author: Kon-Kee Liu
Author: Helmut Thomas
Author: Jing Zhang

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