10.5281/zenodo.7415343
https://zenodo.org/records/7415343
oai:zenodo.org:7415343
Francis Auclair
Francis Auclair
UPS
Rachid Benshila
Rachid Benshila
CNRS
Lucie Bordois
Lucie Bordois
SHOM
Martial Boutet
Martial Boutet
CNRS
Maurice Brémond
Maurice Brémond
Inria
Matthieu Caillaud
Matthieu Caillaud
Ifremer
Gildas Cambon
Gildas Cambon
IRD
Xavier Capet
Xavier Capet
CNRS
Laurent Debreu
Laurent Debreu
Inria
Nicolas Ducousso
Nicolas Ducousso
Ifremer
François Dufois
François Dufois
Ifremer
Franck Dumas
Franck Dumas
Shom
Christian Ethé
Christian Ethé
CNRS
Jonathan Gula
Jonathan Gula
UBO
Christophe Hourdin
Christophe Hourdin
CNRD
Serena Illig
Serena Illig
IRD
Swen Jullien
Swen Jullien
Ifremer
Matthieu Le Corre
Matthieu Le Corre
Shom
Solène Le Gac
Solène Le Gac
Ifremer
Sylvie Le Gentil
Sylvie Le Gentil
Ifremer
Florian Lemarié
Florian Lemarié
Inria
Patrick Marchesiello
Patrick Marchesiello
IRD
Camille Mazoyer
Camille Mazoyer
IRD
Guillaume Morvan
Guillaume Morvan
IRD
Cyril Nguyen
Cyril Nguyen
CNRS
Pierrick Penven
Pierrick Penven
Renaud Person
Renaud Person
IRD
Joris Pianezze
Joris Pianezze
CNRS
Stéphane Pous
Stéphane Pous
MNHN
Lionel Renault
Lionel Renault
IRD
Laurent Roblou
Laurent Roblou
CNRS
Andres Sepulveda
Andres Sepulveda
UDEC
Sebastien Theetten
Sebastien Theetten
Ifremer
Coastal and Regional Ocean COmmunity model
Zenodo
2022
Ocean Modeling
2022-11-28
10.5281/zenodo.7415055
1.3
Creative Commons Attribution 4.0 International
CROCO is a new oceanic modeling system built upon ROMS_AGRIF and the non-hydrostatic kernel of SNH (under testing), gradually including algorithms from MARS3D (sediments) and HYCOM (vertical coordinates). An important objective for CROCO is to resolve very fine scales (especially in the coastal area), and their interactions with larger scales. It is the oceanic component of a complex coupled system including various components, e.g., atmosphere, surface waves, marine sediments, biogeochemistry and ecosystems.