The South China Sea: analyzing fisheries catch data in an ecosystem context

The South China Sea is an important fishing area with an annual harvest of some 5 million tonnes, or 10% of the catches jointly taken by the developing nations of the world. Details are given of a model of the area describing fisheries catches and biological interactions. The area, viewed as a large marine ecosystem, was divided into 10 subsystems; each subsystem was then linked with adjacent subsystems by predatory links, and detritus flows. An analysis was then made of catch statistics for each of the subsystems. It is believed that if all systems could be harvested at around the highest efficiency, an additional 5-6 million tonnes could be taken annually from the South China Sea; however, more refined analyses are needed to further investigate these possibilities. If linked with careful studies of the economic and human aspects of fishing, such analyses will provide guidelines for integrated fisheries management advice.

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Bibliographic Details
Main Authors: Christensen, V., Pauly, D.
Format: article biblioteca
Language:English
Published: 1991
Subjects:Fisheries, Marine fisheries, Fish catch statistics, Ecosystems, Marine ecology, Modelling, South China Sea,
Online Access:http://hdl.handle.net/1834/25737
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spelling dig-aquadocs-1834-257372021-07-02T02:34:24Z The South China Sea: analyzing fisheries catch data in an ecosystem context Christensen, V. Pauly, D. Fisheries Marine fisheries Fish catch statistics Ecosystems Marine ecology Modelling South China Sea The South China Sea is an important fishing area with an annual harvest of some 5 million tonnes, or 10% of the catches jointly taken by the developing nations of the world. Details are given of a model of the area describing fisheries catches and biological interactions. The area, viewed as a large marine ecosystem, was divided into 10 subsystems; each subsystem was then linked with adjacent subsystems by predatory links, and detritus flows. An analysis was then made of catch statistics for each of the subsystems. It is believed that if all systems could be harvested at around the highest efficiency, an additional 5-6 million tonnes could be taken annually from the South China Sea; however, more refined analyses are needed to further investigate these possibilities. If linked with careful studies of the economic and human aspects of fishing, such analyses will provide guidelines for integrated fisheries management advice. 2021-06-24T16:21:52Z 2021-06-24T16:21:52Z 1991 article 0116-290X http://hdl.handle.net/1834/25737 en http://www.worldfishcenter.org/Naga/na_1361.pdf application/pdf application/pdf 7-9 http://aquaticcommons.org/id/eprint/9125 115 2012-11-27 07:03:48 9125 WorldFish Center
institution UNESCO
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-aquadocs
tag biblioteca
region Europa del Oeste
libraryname Repositorio AQUADOCS
language English
topic Fisheries
Marine fisheries
Fish catch statistics
Ecosystems
Marine ecology
Modelling
South China Sea
Fisheries
Marine fisheries
Fish catch statistics
Ecosystems
Marine ecology
Modelling
South China Sea
spellingShingle Fisheries
Marine fisheries
Fish catch statistics
Ecosystems
Marine ecology
Modelling
South China Sea
Fisheries
Marine fisheries
Fish catch statistics
Ecosystems
Marine ecology
Modelling
South China Sea
Christensen, V.
Pauly, D.
The South China Sea: analyzing fisheries catch data in an ecosystem context
description The South China Sea is an important fishing area with an annual harvest of some 5 million tonnes, or 10% of the catches jointly taken by the developing nations of the world. Details are given of a model of the area describing fisheries catches and biological interactions. The area, viewed as a large marine ecosystem, was divided into 10 subsystems; each subsystem was then linked with adjacent subsystems by predatory links, and detritus flows. An analysis was then made of catch statistics for each of the subsystems. It is believed that if all systems could be harvested at around the highest efficiency, an additional 5-6 million tonnes could be taken annually from the South China Sea; however, more refined analyses are needed to further investigate these possibilities. If linked with careful studies of the economic and human aspects of fishing, such analyses will provide guidelines for integrated fisheries management advice.
format article
topic_facet Fisheries
Marine fisheries
Fish catch statistics
Ecosystems
Marine ecology
Modelling
South China Sea
author Christensen, V.
Pauly, D.
author_facet Christensen, V.
Pauly, D.
author_sort Christensen, V.
title The South China Sea: analyzing fisheries catch data in an ecosystem context
title_short The South China Sea: analyzing fisheries catch data in an ecosystem context
title_full The South China Sea: analyzing fisheries catch data in an ecosystem context
title_fullStr The South China Sea: analyzing fisheries catch data in an ecosystem context
title_full_unstemmed The South China Sea: analyzing fisheries catch data in an ecosystem context
title_sort south china sea: analyzing fisheries catch data in an ecosystem context
publishDate 1991
url http://hdl.handle.net/1834/25737
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