Chaboud Christian. (1998). A simulation bio-economic model applications for fishery management introducing uncertainty. In :
Roch Jean (ed.), Nurhakim S. (ed.), Widodo J. (ed.), Poernomo A. (ed.). Sosekima : proceedings of socio-economics, innovation and management of the Java sea pelagic fisheries. Jakarta : CRIFI, p. 365-376. Sosekima : Socio-Economics, Innovation and Management of the Java Sea Pelagic Fisheries : Seminar, Bandungen (IDN), 1995/12/04-05.
Titre du document
A simulation bio-economic model applications for fishery management introducing uncertainty
Année de publication
1998
Type de document
Colloque
Auteurs
Chaboud Christian
In
Roch Jean (ed.), Nurhakim S. (ed.), Widodo J. (ed.), Poernomo A. (ed.) Sosekima : proceedings of socio-economics, innovation and management of the Java sea pelagic fisheries
Source
Jakarta : CRIFI, 1998,
p. 365-376
Colloque
Sosekima : Socio-Economics, Innovation and Management of the Java Sea Pelagic Fisheries : Seminar, Bandungen (IDN), 1995/12/04-05
Simulation bio-economic models are powerful tools to understand the impact of exogenous factors, natural or economic, on fisheries dynamics and to help decision making in fisheries management. We have developed a model with three components (resource, fleet and management) which is especially oriented to analyse the impact of different management policies, in deterministic or stochastic decisions. This model is particularly adapted to explore bias situations (economic or biological). A friendly PC software has been developed and will be presented. Simulations can be easily run for fishery dynamics analysis and management policy evaluation, in relation with different sets of hypothesis. (Résumé d'auteur)
Plan de classement
Appliquées à la pêche [040INFSTA01]
Descripteurs
PECHE ; GESTION DES PECHES ; MODELISATION ; AIDE A LA DECISION ; MODELE BIOECONOMIQUE ; GESTION DU RISQUE
