The different actions of the ERG teams have been supported by:

French local government ‘Région’ and national research programs :
* PNEC Baie du Mont Saint Michel: trophic capacity of the Bay
* PRIR MODELMAB: Studying and modelling the energetic cost of the brown ring disease in the manila clam
* MACARBI: Environmental monitoring in Antarctic based on the study of carbonated shells of bivalves
* Velyger: Explaining the variability in the recruitementof the Pacific oyster Crassostrea gigas
 * ANR SoleBeMol
* ANR COSTAS
* ANR COMANCHE

European programs:
* Van Gogh Dutch-French collaboration: "Dynamic energy budgets in bivalves" DEBIB (2004-05)
* French-Norwegian collaborations: AURORA bi-lateral project "Modelling mussels in aquaculture" MOMA (2008-09); Blue mussel bioenergetics in aquaculture as modelled with DEB theory" BlueDEB project (2008-2010) and Norwegian research project CANO "Carrying capacity in Norwegian aquaculture" (2006-2010); GATE "Growth performance and detoxification of mussels cultured in a fjord enhanced by forced upwelling of nutrient rich deeper water"  (2010-2012)
* FishACE: Fisheries-induced adaptative changes in exploited stocks (FP6)
* CLIOTOP "CLimate Impacts on Oceanic TOp Predators", in GLOBEC

Connections were established between AquaDEB and the Research group IMOPHYS (Molecular and Physiological Integration of the reactions to chemical contaminants in coastal environment) made up of the French scientific organisms: IFREMER, CNRS, INRA, and Brest, Le Havre, and Bordeaux universities. The main objective of IMOPHYS was to set up models of the bio-storage of chemical contaminants and the consequences for growth, reproduction and fitness.