CSS5-IRD :  LE FUR, Jean / Agent-Based Modelling of Complex Marine and Terrestrial Ecological Systems

Agent-Based Modelling of Complex Marine and Terrestrial Ecological Systems
Conception and development of information systems dedicated to formalization of knowledge


Competencies of LE FUR, Jean, PhD scientist
UMR CBGP   Center for Biology and Management of Populations

agro-systemanimal communityaquatic ecosystemartisanal fisheryAtlantic oceanbehaviour (fish)behaviour (fishermen) /  Centre d'Informations (software) /  collective behaviourcomplex systemdevelopment (software)dynamical systemEAF (Ecosystem Approach to Fisheries)Ecology (fisheries)Ecology (marine)Ecology (quantitative)Ecology (terrestrial)ecosystem (marine)ecosystem dynamicsecosystem processesenvironmentfisheries managementFisheries science (fr: Halieutique)fishermen communityGuinea rep.information systemintegrative approach /  invasive species /  landscape /  model (agent-based) /  model (end-to-end)MODELLINGmodelling (integrated)modelling (interdisciplinary)multi-scale (spatial)multi-scale (temporal and functional)MULTIDISCIPLINARY /  Myomorpha (mice, rats,etc.) /  non linear dynamicsopen sourcepelagic fishpopulation dynamicsSahelSDG 14 (Sust. Devel. Goal - Oceans)SDG 15 (Sust. Devel. Goal - Terrestrial ecosystems)Senegalsimulationsocio-ecological scenariosSystems sciencetraining (fr: formation)tropical pelagic ecosystem /  UMR CBGP (Biol. Manag. Pop.) /  Web portal devel.West Africa /

Competencies in black are unique to J. Le Fur's profile in the current state of the database

- Software: centre d'informations (CI) application page.
- DOI: Le Fur, Mboup & Sall (2017) A Simulation Model for Integrating Multidisciplinary Knowledge in Natural Sciences.
Research gate access   Known production set   email contact   Institution   software   article  

CSS5 related headings:
     Concept
     Field Location
     Institution
     Method or approach
     Model
     Natural Item
     Natural Process
     Science or discipline
     SDG (Sust. Dev. Goal) Theme
     Software
     Taxon
     Technique
     Tool
    

Navigation suggestion: Quantifying Connectivity and Resilience of Marine Networks Under Climate Change ( 13 )  
/ updated 2018-07-30 / id: 13

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