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Multi-Coupled Modelling of Oceanic Circulation within the Air-Sea-Earth Continuum and Consequences on the Matter Cycle
Focus on oceanic convection, chaotic variability applied to semi-enclosed sea and regional marine systems

Institut de Recherche pour le Développement

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CSS5-IRD :  HERRMANN, Marine / Multi-Coupled Modelling of Oceanic Circulation within the Air-Sea-Earth Continuum and Consequences on the Matter Cycle Competencies of  HERRMANN, Marine , senior scientist
UMR LEGOS   Laboratory for Space Geophysics and Oceanography Studies

citations Google scholar   citations IRD   citations ResearchGate   Personal home page   UMR LEGOS   web-link Cordex-SEA   web-link LMI Lotus   web-link Moose   web-link Sirocco   web-link WCRP-CMIP   _get in touch  
The current research is entitled :"Functioning, variability and influence of ocean dynamics within
                                   the regional climate system: a multi-coupled approach"

web-links:
* LMI Lotus : joint international laboratory in Hanoï Univ. on land-ocean-atmosphere coupled systems
* Moose: integrated observation network for long term monitoring and research on  Mediterranean marine ecosystems
* Cordex-SEA: South-East Asian component of the Regional Climate Downscaling Experiment (CORDEX)
* WCRP-CMIP : Coupled Model Intercomparison Project of the World Climate Reseach Program (WCRP)
* Sirocco : joint service engaged in providing codes, methods and tools for coastal oceans simulation research.
Below: competencies in black when any are unique to M. Herrmann's profile in the current state of the database

applied chaosatmosphereBiogeochemistrybiomass (ocean)carbon cyclechlorophyllclimate change impactsclimatic forcingClimatology (hydro)coastal processesdata (satellite)deltadeterministic approachdifferential equationdownscaling (modelling)dynamical systemecosystem (tropical pelagic)estuaryextreme eventintegrative approachmathematics (applied) /  matter cycle /  Mediterranean seamodel (bio-physical)model (biogeochemical)model (mathematical)model (numerical)model couplingMODELLINGmodelling (chaos)modelling (hydrodynamics)modelling (integrated)modelling (interdisciplinary)modelling (mathematical)modelling (multi-scale)modelling (physics)multi-model coupling (MMC)multi-scale (spatial)MULTIDISCIPLINARYocean circulationoceanic convectionOceanographyOceanography (physical)planktonplankton (phyto)remote sensingresearch cruisesatellite productSDG 04 (Sust. Devel. Goal - Education)SDG 13 (Sust. Devel. Goal - Climate)SDG 14 (Sust. Devel. Goal - Oceans)SDG 15 (Sust. Devel. Goal - Terrestrial ecosystems) /  semi-enclosed sea /  simulationSouth-East Asiasustainability sciencetraining (fr: formation)UMR LEGOS (Space Geophys. Oceanogr. Studies Lab.)upwellingVietnamwater cyclewatershed (fr: bassin versant) /

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Last update : 2022-08-22  (id: 65 )

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