My research in the field of macroecology (the large-scale study of the relationships between biodiversity and the environment) focuses on two main areas:
In both cases, the aim is to use statistical modelling to link biological data (occurrences, species richness, and the functional and phylogenetic diversity of communities) with environmental gradients, in order to better understand the effects of global changes (climate change, agricultural practices, land use) on biodiversity at a large scale and to be able to provide management recommendations for the field. I work with all types of organisms, in collaboration with taxonomic experts, although recently my analyses have focused on plant and insect communities. To better understand these large-scale effects, I draw on a combination of ecological theory, simulations (virtual ecology) and analyses of large datasets.
Keywords: biodiversity, ecology, agroecology, modelling, agriculture, global change.