
Understand and constraint the couplings between tectonics, surface processes, and terrestrial & marine paleo-environments.
Leaders: Valérie CHAVAGNAC and Sébastien CARRETIER
- Surface expression of lithospheric deformation at geological timescales.
- Evolution of relief through erosion, weathering, and sedimentation, linked to climate and tectonics.
- Transfer of sediments to sea basins over geological timescales.
- Feedbacks between relief dynamics, climate and ocean evolution, paleo-environments, and Earth’s paleo-biodiversity.
- Europe
- Central Andes
- Africa
- New Zealand
- Mediterranean zone
- Atlantic Ocean (ridge and basins)
- Gulf of Suez
- Nepal
- Taiwan
- Field geology and mapping.
- Sedimentary facies and depositional environments.
- Taxonomic, morphological, and ecological quantification of paleo-biodiversity.
- Dating of geological formations using OSL, cosmogenic isotopes, and paleontology.
- 4D reconstruction of sedimentary basins from seismic sections.
- Geochemistry and isotopic analysis of geological materials.
- Instrumentation for extreme underwater environments.
- Tracing erosion-transport processes over geological timescales (OSL, cosmogenic, radiogenic, and stable isotopes).
- 3D digitization (relief, shores, coastal cliffs, caves, fossils).
- Source-to-sink approaches over geological timescales.
- Paleogeographic syntheses of continental domains.
- Experimental modeling of relief and tectonics.
- Numerical modeling of relief, weathering, and coupling between the surface envelopes of the ‘Earth System’.
