The laboratory is organized into three scientific groups:
Ecophysiology and physical chemistry of plant-atmosphere interactions (Eco&Phy)
- Understanding and modelling agroecosystems functioning in interaction with biotic (pathogens, macrofauna, multispecies associations) and abiotic (low nitrogen levels, water, heat and oxidative stresses) factors;
- Identification of the ecophysiological processes involved in the resilience of crops and their associated functional traits;
- Quantification and prediction of biosphere-atmosphere exchanges of greenhouse gases, pollutants and particles, and the fate of nitrogen and pesticides from field to European scales beyond that of individual plots;
- Integrated evaluation of food and energy crops systems, taking into account production, costs and environmental impacts.
- Optimization of the valorization of organic residues in agriculture;
- Analysis of the fate, dispersion and environmental impact of pesticides and of other organic contaminants in agroecosystems;
- Study of the dynamics of organic matter in soils and the mechanisms of carbon storage at diverse levels of spatial organization;
- Consideration of the ecosystem services supplied by soils in multi-criteria assessment of cropping systems.
- Characterization of exposure to contaminants, through studies of the dynamics of interactions between micropollutants and organisms in the soil, at different biological scales;
- Understanding and modelling of the role of landscape elements on this exposure;
- Studies of the long-term effects of low doses and mixtures of contaminants on soil organisms;
- Development and validation of indicators of soil functioning and of the health of soil organisms (biomarkers, bioindicators).
- Analysis of the contribution of ecotoxicology to the multicriteria evaluation of agroecosystem soils and the services they supply.