This paper proposes a framework to link social, economic, and biophysical dynamics using multi-agent simulation to explore scenarios of collaboration for forest plantation management. The modeling is based on decision theories. The purpose of this modeling is to produce shared knowledge about dyn...
Guizol, P.
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Purnomo, H.
,
[Modeling multi-stakeholder forest management: the case of forest plantations in Sabah]
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Modeling multi-stakeholder forest management: the case of forest plantations in Sabah
Good forest governance lets all relevant stakeholders participate in the decision-making processes. Illegal logging and forest degradation are currently increasing, and logging bans are ineffective in reducing forest degradation. At the same time interest in forest plantations and concern about p...
Purnomo, H.
,
Guizol, P.
,
[Governing forest plantation to reduce poverty and improve forest landscape: a multiagent simulation approach]
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Governing forest plantation to reduce poverty and improve forest landscape: a multiagent simulation approach
The interactions between natural forest dynamics have to be taken into account when managing the use of forest resources. Simulation models were developed to improve the understanding of this complex system of interactions. Models of multi agent systems are effective tools for studying the dynami...
Bousquet, Francois
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Le Page, C.
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Antona, M.
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Guizol, P.
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[Ecological scales and use rights: the use of multiagent systems]
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Ecological scales and use rights: the use of multiagent systems
Purnomo, H.
,
Guizol, P.
,
[Simulating forest plantation co-management with a multi-agent system]
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Simulating forest plantation co-management with a multi-agent system