CSS5-IRD :  LETT, Christophe / Quantifying Connectivity and Resilience of Marine Networks Under Climate Change

Quantifying Connectivity and Resilience of Marine Networks Under Climate Change
Individual based models of recruitment and larval stages passive dispersal

Competencies of LETT, Christophe, senior scientist
UMR MARBEC   MARine Biodiversity, Exploitation and Conservation

aquatic ecosystemAtlantic ocean /  Benguela ecosystem /  Biology (marine) /  cellular automaton /  Chileclimate change impactscollective behaviourcomplex system /  connectivity /  deterministic approach /  differential equation /  dispersal (larval) /  dynamical systemEAF (Ecosystem Approach to Fisheries)Ecology (marine)Ecology (quantitative)ecosystem (marine)ecosystem dynamicsecosystem processesenvironment /  epidemic spread /  EpidemiologyFAD (Fish Aggregating Device)forecastingforest dynamics /  Humboldt ecosystem /  Ichthyop (software)Indian oceanlagoonmarine protected area (MPA) /  model (bio-physical) /  model (individual-based) /  model coupling /  model DEB (Dynamic Energy Budget) /  MODELLINGmodelling (integrated)modelling (mathematical)MULTIDISCIPLINARYNew Caledonianon linear dynamicsOceanography (biological)open sourcepelagic fishesPeruplankton /  plankton (ichtyo) /  population dynamicsSDG 14 (Sust. Devel. Goal - Oceans)simulationsoftware developmentSouth Africaspatial dynamics /  UMI UMMISCO (Math. Comput. Model. Complex Syst.) /  UMR MARBEC (MARine Biodiversity, Exploitation and Conservation) /

Competencies in black are unique of C. Lett's profile in the current state of the database

Software: Ichthyop larval dispersal model
Book: Modélisation mathématique en écologie (Cours et exercices corrigés)
Personal home page   Known production set   ORCID access   email contact   Institution   software   book(s)   Google scholar access  

CSS5 related headings:
     Field Location
     Method and approach
     Natural Item
     Natural Process
     Science and discipline
     SDG (Sust. Dev. Goal) Theme

Navigation suggestion: Agent-Based Modelling of Complex Marine and Terrestrial Ecological Systems ( 7 )  
/ updated 2019-01-09 / id: 24

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