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The correlation between spatial distribution of fisheries and resources – integrated spatial and bio-economic fisheries management evaluation (MSPTOOLS)
To achieve the goals of the EU Common Fishery Policy (EU CFP) of ecological and economic sustainable fishery and to meet the demands for protection of sensitive habitats under the EU Marine Strategy Framework Directive (EU MSFD), as well as to meet the demands from other marine sectors on occupation of specific sea areas for other uses under the EU Marine Spatial Planning Directive (EU MSPD), it is necessary to establish adequate management strategy evaluation (MSE) tools to evaluate the impacts of the different uses of the sea in a multi-disciplinary and multi-sectoral context. Such tools are needed to evaluate scenarios of different management strategies in order to inform managers and stakeholders about the impacts and relative performance of different management options in achieving the policy objectives. This demands implementation of MSE tools which encompass the dynamic variability in distribution and abundance of fish resources with high resolution in time and space. Also, this demands integration of bio-economic MSE tools which can evaluate fishing patterns and fisher’s decision making, i.e. human behaviour, in allocating their fishing effort with high resolution in time and space. Consequently, these tools must be highly spatial explicit and enable small scale time specific resolution in order to efficiently and realistically evaluating the integrated biological and economic effects of spatial management, and contribute to improving spatial management strategies also taking into account the footpring of the marine capture sector including energy use and efficiency to catch the available fishery resources. The MSPTOOLS project provides new and improved quantitative methods for evaluating stock abundances and distributions with high resolution in time and space by integrating different types of quantitative information as well as by linking biological and bio-economic models and evaluation tools. This has involved development of better tools, methods and integrated models to describe the resources, the ...
The correlation between spatial distribution of fisheries and resources – integrated spatial and bio-economic fisheries management evaluation (MSPTOOLS)
To achieve the goals of the EU Common Fishery Policy (EU CFP) of ecological and economic sustainable fishery and to meet the demands for protection of sensitive habitats under the EU Marine Strategy Framework Directive (EU MSFD), as well as to meet the demands from other marine sectors on occupation of specific sea areas for other uses under the EU Marine Spatial Planning Directive (EU MSPD), it is necessary to establish adequate management strategy evaluation (MSE) tools to evaluate the impacts of the different uses of the sea in a multi-disciplinary and multi-sectoral context. Such tools are needed to evaluate scenarios of different management strategies in order to inform managers and stakeholders about the impacts and relative performance of different management options in achieving the policy objectives. This demands implementation of MSE tools which encompass the dynamic variability in distribution and abundance of fish resources with high resolution in time and space. Also, this demands integration of bio-economic MSE tools which can evaluate fishing patterns and fisher’s decision making, i.e. human behaviour, in allocating their fishing effort with high resolution in time and space. Consequently, these tools must be highly spatial explicit and enable small scale time specific resolution in order to efficiently and realistically evaluating the integrated biological and economic effects of spatial management, and contribute to improving spatial management strategies also taking into account the footpring of the marine capture sector including energy use and efficiency to catch the available fishery resources. The MSPTOOLS project provides new and improved quantitative methods for evaluating stock abundances and distributions with high resolution in time and space by integrating different types of quantitative information as well as by linking biological and bio-economic models and evaluation tools. This has involved development of better tools, methods and integrated models to describe the resources, the ...
The correlation between spatial distribution of fisheries and resources – integrated spatial and bio-economic fisheries management evaluation (MSPTOOLS)
Nielsen, J. Rasmus (Autor:in) / Rufener, Marie-Christine (Autor:in) / Kristensen, Kasper (Autor:in) / Bastardie, Francois (Autor:in)
01.01.2019
Nielsen , J R , Rufener , M-C , Kristensen , K & Bastardie , F 2019 , The correlation between spatial distribution of fisheries and resources – integrated spatial and bio-economic fisheries management evaluation (MSPTOOLS) . DTU Aqua-rapport , no. 355-2019 , DTU Aqua .
Buch
Elektronische Ressource
Englisch
DDC:
710
| DOAJ | 2022
| BASE | 2017