Companion modeling for multi-level water management
In natural resources governance, it is now largely accepted that scales are social and political constructs that are constantly evolving. Such a conceptualization of resources governance based on fluid cross-scale interactions raises therefore the question of how to integrate socio-economic and ecosystem dynamics in a coherent framework for adaptive management and decision making process. We propose to use a participatory and simulation approach based on social and biophysical simulation to improve the understanding of the interaction dynamics of the complex environmental and social system of catchment management in Africa. The models developped include both a simplified representation of relevant ecosystem dynamics and of social interactions with the resources. By facilitating interactions between different levels of stakeholders and policy-makers, we want to strengthen the collective decision-making process of stakeholders dealing with risk and uncertainty. The approach will be tested both in the Volta and Limpopo basins with emphasis on the multilevel interactions to manage the water resources between different users and stakeholders. A comparative analysis in both basins will allow for understanding the role of small scale infrastructure management in semi arid system resilience. The challenges will be to account for the management of small scale infrastructure within the territorial management unit of the resources. It is expected that the approach will contribute to the building and/or consolidation of the related discussion/consultation bodies through social and transformative learning. (Texte intégral)
| Main Authors: | , , , , , , |
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| Format: | conference_item biblioteca |
| Language: | eng |
| Published: |
s.n.
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| Subjects: | P10 - Ressources en eau et leur gestion, |
| Online Access: | http://agritrop.cirad.fr/562241/ http://agritrop.cirad.fr/562241/1/document_562241.pdf |
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| Summary: | In natural resources governance, it is now largely accepted that scales are social and political constructs that are constantly evolving. Such a conceptualization of resources governance based on fluid cross-scale interactions raises therefore the question of how to integrate socio-economic and ecosystem dynamics in a coherent framework for adaptive management and decision making process. We propose to use a participatory and simulation approach based on social and biophysical simulation to improve the understanding of the interaction dynamics of the complex environmental and social system of catchment management in Africa. The models developped include both a simplified representation of relevant ecosystem dynamics and of social interactions with the resources. By facilitating interactions between different levels of stakeholders and policy-makers, we want to strengthen the collective decision-making process of stakeholders dealing with risk and uncertainty. The approach will be tested both in the Volta and Limpopo basins with emphasis on the multilevel interactions to manage the water resources between different users and stakeholders. A comparative analysis in both basins will allow for understanding the role of small scale infrastructure management in semi arid system resilience. The challenges will be to account for the management of small scale infrastructure within the territorial management unit of the resources. It is expected that the approach will contribute to the building and/or consolidation of the related discussion/consultation bodies through social and transformative learning. (Texte intégral) |
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