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Coastal and Regional Ocean COmmunity model

Francis Auclair; Rachid Benshila; Lucie Bordois; Martial Boutet; Maurice Brémond; Matthieu Caillaud; Gildas Cambon; Xavier Capet; Laurent Debreu; Nicolas Ducousso; François Dufois; Franck Dumas; Christian Ethé; Jonathan Gula; Christophe Hourdin; Serena Illig; Swen Jullien; Matthieu Le Corre; Solène Le Gac; Sylvie Le Gentil; Florian Lemarié; Patrick Marchesiello; Camille Mazoyer; Guillaume Morvan; Cyril Nguyen; Pierrick Penven; Renaud Person; Joris Pianezze; Stéphane Pous; Lionel Renault; Laurent Roblou; Andres Sepulveda; Sebastien Theetten

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.

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croco-v1.0.tar.gz
md5:92beee7b3c074e9c095d30c6c6c4bd83
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croco-v1.1.tar.gz
md5:ba6345c95e4d6e2434cda2d41742c657
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