Thesis topics 2025

ITES

’IRON’ from the ground as a source of energy
Subject submitted by: WELTER Richard - Details and application

Architecture of the Lower Buntsandstein, basement-sediment interval: an outcrop, core and well-log approach
Subject submitted by: BOZETTI Guilherme - Details and application

Integrated Geodetic and Seismic Analysis of Enhanced Geothermal Systems
Subject submitted by: SCHMITTBUHL Jean - Details and application

Depositional and post-depositional processes of the Great Oolite (Jurassic, Upper Rhine Graben): paleo-environments, geodynamic significance, and implications for reservoir properties
Subject submitted by: SCHUSTER Mathieu - Details and application

Forest Hydric Functioning and Modelling
Subject submitted by: BELFORT Benjamin - Details and application

The Bay of Biscay: birth and death of a spreading ridge
Subject submitted by: MARQUIS Guy - Details and application

Multi-modal self-supervised models applied to massive terrain motion products for landslide inventory at regional scales
Subject submitted by: MALET Jean-Philippe - Details and application

Planetary response to Gravitational Waves: applications to the Earth and the Moon
Subject submitted by: ROSAT Séverine - Details and application

Tomography and monitoring of the Astrolabe glacier in Terre Adélie
Subject submitted by: MAGGI Alessia - Details and application

LIVE

Development of a tool for evaluating territorial organization models fostering people adaptation to global change and aid decision-making in terms of mobility
Subject submitted by: BLOND Nadege - Details and application

Ecophysiology and impact of the quagga mussel in Lake Geneva
Subject submitted by: BEISEL Jean-Nicolas - Details and application

Evaluation of Cultural Ecosystem Services (CES) and Regulating Ecosystem Services (RES) provided by Green and Blue Infrastructure (GBI) in French Urban Metropolises
Subject submitted by: ZINGRAFF-HAMED Aude - Details and application

A geochemical approach to the geoarchaeology of Ostia and Pompeii
Subject submitted by: ERTLEN Damien - Details and application

RADAR : Riverbed Anthropogenic Debris Analysis and Remediation
Subject submitted by: RIXHON Gilles - Details and application