CSS5-IRD :  BARRIER, Nicolas / Improving computational efficiency of multi-level, multi-scale marine environment models

Improving computational efficiency of multi-level, multi-scale marine environment models
oceanography, hydrodynamics, ecology, trophic chain

Competencies of  BARRIER, Nicolas , PhD engineer
UMR MARBEC   MARine Biodiversity, Exploitation and Conservation

APECOSM (Apex Predators ECOSystem Model)Atlantic oceanatmospherebiodiversity (marine)Biology (marine) /  biomass (ocean) /  climate change impactsClimatology (hydro)computer science /  Currentology /  development (software architecture) /  discretization /  dispersal (larval)Ecology (fisheries)Ecology (marine)ecosystem (marine)ecosystem (tropical pelagic)ecosystem dynamicsecosystem processesfisheries resourceFisheries science (fr: Halieutique)fishesglobal oceanhigh performance computing /  hydrography /  Ichthyop (software)indicator (environmental)Information Technology (IT) /  interpolation /  Lagrangian mechanics /  Mathematics /  MATLAB (software) /  Mediterranean seaMeteorology (hydro)model (agent-based)model (bio-physical) /  model (bioenergetics) /  model (biogeochemical) /  model (climate) /  model (end-to-end)model (individual-based) /  model (land vegetation) /  model (numerical) /  model (predator-prey) /  model couplingmodel DEB (Dynamic Energy Budget)MODELLINGmodelling (calibration) /  modelling (ecological) /  modelling (integrated)modelling (interdisciplinary)modelling (multi-scale)natural resource managementNorth Atlantic Oceanocean circulationOceanographyOceanography (biological)Oceanography (physical) /  Osmose (model) /  parallel and distributed computingplanktonplankton (ichtyo)plankton (phyto)plankton (zoo) /  program optimization /  Python (programming language) /  R (programming language)SDG 13 (Sust. Devel. Goal - Climate)SDG 14 (Sust. Devel. Goal - Oceans)seamountsimulationsoftware engineeringtraining (fr: formation)UMR MARBEC (MAR. Biodiv. Exploit. Conserv.) /

Competencies in black are unique of N. Barrier 's profile in the current state of the database

- software PyPAGO: Python Physical Analysis of Gridded Ocean
- software Osmose: Object-oriented simulator of marine ecosystems
- software Ichthyop: A Lagrangian tool for simulating ichthyoplankton dynamics
- software APECOSM (to come): Apex Predators ECOsystem Model
- GitHub : the software repository of Marbec unit
Personal home page   Research gate access   Known production set   ORCID access   email contact   Institution   software PyPAGO   software Osmose   software Ichthyop   GitHub  



Last update : 2020-11-17

Navigation suggestion: Spatial Dynamics Modelling of Natural Drivers for Socio-Ecosystems Management and Multidisciplinary Studies ( 17 )  

CSS5 related headings

     Field Location
     Method or approach
     Natural Item
     Natural Process
     Science or discipline
     SDG (Sust. Dev. Goal) Theme

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