Research & Development
Projet
Towards an improvement in the representation of fisheries in the ecosystem approach using social, economic and cultural basis
The quantification of cumulative impacts between offshore wind farms (OWF) development and fisheries relies on numerical models based on schematic representation of fisheries dynamics. A critical limitation lies in the simplicity of this representation which do not consider (or oversimplify) cultural and socio-economic dimensions in fishers’ behavior. These simplifications, in turn, pose two significant challenges. On one hand, the inaccurate representation of fishers’ responses to the deployment of offshore wind farms introduces significant uncertainty into ecosystem models and compromises the accuracy of simulations. On the other hand, the lack of stakeholder participation in the development of the models reduces confidence in their forecasts. Involving both the fishing sector and OWF developers in co-constructing models and scenarios is thus crucial to gain realism and foster a higher trust on the capacities of such tools.
• A methodology for the multi-criteria definition of a set of fleets with contrasted characteristics in two façades: Eastern English Channel and Gulf of Lion
• Socio-economic and cultural analysis of these fleets
• Fishing-style analysis, based on an integration of quantitative and qualitative methods
• Analysis of cultural and socio-economic vulnerability of the selected fleets to the deployment of offshore wind
• Co-construction of scenarios for the cohabitation between fishers and the deployment of offshore wind
• Development of a fleet-specific dynamic model including environmental, economic, social, and cultural factors gathered in WP2 and WP3 to better represent fishing activities in the Eastern English Channel
• Development of a flexible module to integrate fleet dynamics into different food-web or ecosystem models
• Quantitative translation of the scenarios built in WP3 in the Eastern English Channel for ecosystem modelling
• Simulation of the multiple scenarios with cumulative impacts (OWF reef and reserve effects, climate change…)
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This project is led by France Energies Marines
This project receives French State funding managed by the French National Research Agency under the France 2030 investment plan. It is also supported by the Sud Provence Alpes Côte d’Azur, Bretagne and Occitanie regions.
This project has been certified by the maritime clusters Pôle Mer Bretagne Atlantique and Pôle Mer Méditerranée.
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