Evolution of the Earth and the Planets (ETP)

Research within the ETP theme focuses on the evolution and quantification of volcanic and planetary landscapes. More specifically, we study:
1. current and recent planetary geological processes (permafrost, recent flow, cratering rates),
2. the evolution of volcanoes (genesis, growth, destabilization, weathering, erosion), their interactions with the climate, associated hazards, and cryovolcanism
3. the ancient Martian environment and associated erosion processes (Tharsis, outflow, tsunamis),
4. These studies are based on space-based remote sensing data (imagery, spectroradiometry) and field data coupled with morphometric, geochronological, and geochemical analysis, as well as methodological and instrumental developments (isotopic dating, crater density chronology, numerical modeling, artificial intelligence, laboratory experiments in hydraulic flumes, cold chamber, etc.).

The theme coordinators are Frédéric Schmidt and Anthony Hildenbrand.

The themes

Mars and the outer planets

Related projects:

Mars Express: HRSC, OMEGA, and PFS
ExoMars TGO and Rosalind Franklin

 

Dating and methodological developments

Related projects:

Mars Express: HRSC, OMEGA, and PFS
ExoMars TGO and Rosalind Franklin
Máni
PDSSP

Current Global Processes and Their Impacts

Related projects:

Mars Express: HRSC, OMEGA, and PFS
ExoMars TGO and Rosalind Franklin
BepiColombo BELA and JUICE GALA
Permafrost
Máni
PDSSP

Current and past volcanic activity

Related projects:

Mars Express: HRSC, OMEGA, and PFS
ExoMars TGO and Rosalind Franklin
BepiColombo BELA and JUICE GALA
Permafrost
Máni
PDSSP