Agent-Based Modelling of Complex Marine and Terrestrial Ecological Systems
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/ agro-system / animal community / artisanal fishery / Atlantic ocean (intertropical) / behaviour (fish) / behaviour (fishermen) / biological invasion / collective behaviour / complex system / dynamical system / EAF (Ecosystem Approach to Fisheries) / Ecology (fisheries) / Ecology (marine) / Ecology (quantitative) / Ecology (terrestrial) / ecosystem (aquatic) / ecosystem (marine) / ecosystem (tropical pelagic) / ecosystem dynamics / ecosystem processes / environment / fisheries management / Fisheries science (fr: Halieutique) / fishermen community / Guinea rep. / information system / integrative approach / landscape / model (agent-based) / model (end-to-end) / MODELLING / modelling (complex system) / modelling (epidemics) / modelling (integrated) / modelling (interdisciplinary) / multi-scale (functional) / multi-scale (spatial) / multi-scale (temporal and functional) / MULTIDISCIPLINARY / Myomorpha (mice, rats,etc.) / non linear dynamics / open source / pelagic fish / population dynamics / quality assurance (ISO 9001 standard) / Sahel / SDG 04 (Sust. Devel. Goal - Education) / SDG 14 (Sust. Devel. Goal - Oceans) / SDG 15 (Sust. Devel. Goal - Terrestrial ecosystems) / Senegal / simulation / socio-ecological scenario / software engineering / systemic approach / Systems science / training (fr: formation) / UMR CBGP (Biol. Manag. Pop.) / Web portal devel. / West Africa /
Competencies in black are unique of J. Le Fur 's profile in the current state of the database- Software CI: Centre d'Informations (CI) application page. - DOI: Le Fur, Mboup & Sall (2017) A Simulation Model for Integrating Multidisciplinary Knowledge in Natural Sciences.
Last update : 2018-07-30
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