As an international multidisciplinary research and teaching centre and a centre of excellence in terms of human and technical resources, CEREGE covers almost the entire field of environmental geosciences.
By joining forces with other major national and international research structures and with industrial and technological players, CEREGE is now a centre of excellence in the field of geosciences.
CEREGE provides the academic and industrial scientific community with a range of high-tech resources.
CEREGE's teaching covers the entire spectrum of training in Earth and environmental sciences, from undergraduate to doctoral level.
Through the dissemination of its scientific communication, CEREGE aims to establish a permanent dialogue between science, research and the general public, especially the younger generation.
My research focuses on the characterisation of flow in karstic carbonate rocks, using a naturalistic approach (field geology and geomorphology) and a quantitative approach (temporal and spatial evolution of the physico-chemical properties of groundwater, numerical modelling). This work requires the acquisition of data and observations in situ, at surface outcrops or by speleological explorations in the endokarst. The data is then interpreted to characterise the hydrodynamic functioning of the aquifers. Finally, numerical modelling of the flow and transport processes is used to deconvolute the signals and validate the conceptual models previously established. The methodologies developed are applied to examples from around the Mediterranean, particularly in the carbonate Lower Provence (coastal and continental zones).
Le Beausset unit (13 ,83), Port-Miou Bestouan (Cassis), Dardennes (83), Almyros d'Héraklion (Crete), Kéfalonia (Greece), Huveaune and Sainte-Baume (13 ,83), Grotte Cosquer (Marseille)