Project Title and Description
Modelling of circulation and marine ecosystems of the Mediterranean Sea
Institution(s) Name and Adress
Unité de Mécanique (UME)
Ecole Nationale Supérieure de Techniques Avancées (ENSTA)
Chemin de la Hunière
91761 Palaiseau Cedex
in collaboration with Mercator, CNRM et IPSL (LOCEAN, LMD, LSCE) and many partners
Ecole Nationale Supérieure de Techniques Avancées (ENSTA)
Chemin de la Hunière
91761 Palaiseau Cedex
in collaboration with Mercator, CNRM et IPSL (LOCEAN, LMD, LSCE) and many partners
Participants (name, phone, email)
Karine BERANGER, Jonathan BEUVIER (ENSTA)
Charles DELTEL (LOCEAN)
Yann DRILLET, Romain BOURDALLE-BADIE (Mercator)
Jean-Claude DUTAY (LSCE)
Samuel SOMOT, Florence SEVAULT (CNRM)
Mélika BAKLOUTI, Frederic DIAZ (LOPB)
Cindy LEBEAUPIN-BROSSIER, Philippe DROBRINSKI (LMD)
Charles DELTEL (LOCEAN)
Yann DRILLET, Romain BOURDALLE-BADIE (Mercator)
Jean-Claude DUTAY (LSCE)
Samuel SOMOT, Florence SEVAULT (CNRM)
Mélika BAKLOUTI, Frederic DIAZ (LOPB)
Cindy LEBEAUPIN-BROSSIER, Philippe DROBRINSKI (LMD)
Plateform (type, IP adress)
NEC-SX8 at IDRIS
End date (if known)
Configuration(s) used
Mediterranean configuration at 1/12° on ORCA grid, and also OPA-MED8 and OPA-MED16
Other (web page, other info)
Modelisation with/without assimilation of the circulation at basin scale, at regional scale, and coupling with biogeochimical models (NEMO-MED12)
Project 'Modélisation de la circulation générale et de façade de la Mer Méditerranée' submitted (GMMC, LEFE, EC2CO).
Coupling Ocean-Atmosphere at regional scale (WRF/NEMO-MED12) and Eco3M biogeochimical model
Project MORCE-MED (GIS)
In the context of programs like HyMex, MerMex.
Project 'Modélisation de la circulation générale et de façade de la Mer Méditerranée' submitted (GMMC, LEFE, EC2CO).
Coupling Ocean-Atmosphere at regional scale (WRF/NEMO-MED12) and Eco3M biogeochimical model
Project MORCE-MED (GIS)
In the context of programs like HyMex, MerMex.
Keywords (visible in "Tag Cloud", comma separated)
MED12, basin circulation, thermohaline circulation, high resolution modelling, deep water formation, atmospheric forcing., Mediterranean, mesoscale