Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM example

All innovation in agriculture constitutes a significant and complex ecological disturbance, even if limited to a single and simple action. Indeed, whatever the nature and objective of the action, a large number of ecological processes are affected and numerous discontinuities may occur within the ag...

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Main Authors: Messéan Antoine, Angevin Frédérique, Colbach Nathalie, Meynard Jean-Marc
Format: Article
Language:English
Published: EDP Sciences 2003-05-01
Series:Oléagineux, Corps gras, Lipides
Subjects:
Online Access:http://dx.doi.org/10.1051/ocl.2003.0195
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author Messéan Antoine
Angevin Frédérique
Colbach Nathalie
Meynard Jean-Marc
author_facet Messéan Antoine
Angevin Frédérique
Colbach Nathalie
Meynard Jean-Marc
author_sort Messéan Antoine
collection DOAJ
description All innovation in agriculture constitutes a significant and complex ecological disturbance, even if limited to a single and simple action. Indeed, whatever the nature and objective of the action, a large number of ecological processes are affected and numerous discontinuities may occur within the agro-ecosystem, in both time and space. As the GMO example illustrates, it is not sufficient to focus on direct effect of innovation, it is necessary to forecast mid- and long-term impacts of innovation with respect to the environment. Modelling phenomena appear then to be a key element to achieve this goal.
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spelling doaj.art-f525f80077b44c20b2f46cd1ee31ff992022-12-21T22:44:37ZengEDP SciencesOléagineux, Corps gras, Lipides1258-82101950-697X2003-05-0110319519710.1051/ocl.2003.0195ocl2003103p195Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM exampleMesséan AntoineAngevin FrédériqueColbach NathalieMeynard Jean-MarcAll innovation in agriculture constitutes a significant and complex ecological disturbance, even if limited to a single and simple action. Indeed, whatever the nature and objective of the action, a large number of ecological processes are affected and numerous discontinuities may occur within the agro-ecosystem, in both time and space. As the GMO example illustrates, it is not sufficient to focus on direct effect of innovation, it is necessary to forecast mid- and long-term impacts of innovation with respect to the environment. Modelling phenomena appear then to be a key element to achieve this goal.http://dx.doi.org/10.1051/ocl.2003.0195Innovationecological impactcost benefits balanceGM plantsco-existencegene flow models
spellingShingle Messéan Antoine
Angevin Frédérique
Colbach Nathalie
Meynard Jean-Marc
Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM example
Oléagineux, Corps gras, Lipides
Innovation
ecological impact
cost benefits balance
GM plants
co-existence
gene flow models
title Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM example
title_full Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM example
title_fullStr Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM example
title_full_unstemmed Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM example
title_short Assessing the indirect and long-term ecological impacts of innovation in agriculture is a real challenge: the GM example
title_sort assessing the indirect and long term ecological impacts of innovation in agriculture is a real challenge the gm example
topic Innovation
ecological impact
cost benefits balance
GM plants
co-existence
gene flow models
url http://dx.doi.org/10.1051/ocl.2003.0195
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