Fine Scale Numerical Models of Loop Current Eddies and Related Upper Ocean Dynamics Multidisciplinary forecast of tropical ocean hazards: Sargassum proliferation, oil pollution spread, river plumes fate
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- LEGOS-DYNOTROP: team dedicated to tropical oceans dynamics (variability, processes, hazards, interfaces)
- FORESEA: project dedicated to understanding and forecasting Sargassum blooms

The current project is entitled: "Sargassum put to the test by climate and anthropogenic pressures"

/  Amazon river /  Atlantic ocean /  Atlantic ocean (intertropical) /  Biogeochemistry /  chlorophyll /  coastal processes /  deterministic approach /  differential equation /  downscaling (modelling) /  dynamical system /  environment (marine) /  forecasting /  Geophysics /  gulf of Guinea /  gulf of Mexico /  impact assesment (environment) /  inter-tropical (region) /  loop current eddy /  Mexico /  model (biogeochemical) /  model (numerical) /  model (operational) /  model (spatially explicit) /  MODELLING /  modelling (hydrodynamics) /  modelling (multi-scale) /  modelling (physics) /  modelling (predictive) /  multi-scale (spatial) /  MULTIDISCIPLINARY /  natural hazard /  nutrient /  ocean circulation /  oceanic convection /  Oceanography /  Oceanography (physical) /  parallel and distributed computing /  plume (fluid dynamics) /  risk (environmental) /  risk assessment /  Sargassum (seaweed) /  SDG 14 (Sust. Devel. Goal - Oceans) /  tide /  training (fr: formation) /  UMR LEGOS (Space Geophys. Oceanogr. Studies Lab.) /  upwelling /

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