Transdisciplinary research

Project title: Acceleration of Slow-moving Landslides by EarthquakEs and Precipitation (ASLEEP) Project leader(s): LACROIX Pascal Team(s) involved: Geophysics of seismic and landslide risks team - Tectonics, Reliefs & Basins team - Seismic cycle and transient deformations team Amount: 5000 euros
**Description of the project
"This project aims to study the mechanisms of gravity deformation under seismic and rainfall stress. The approach consists in the restitution by satellite imagery (...)

– Project title: Analysis and modelling of the evolution of permeability in a hydrothermal system
– Project leader(s): VANDEMEULEBROUCK Jean - MALVOISIN Benjamin
– Team(s) involved: Volcanic geophysics & geothermics - Mineralogy
– Amount: 8650 euros **Description of the project
"This federative project aims to study the alteration phenomena that take place in hydro- or geothermal systems. The approach is twofold, mineralogical and magnetic properties analysis of the samples and (...)

– Project title: Elemental and isotopic tracing of Roman lead (ores, sediments and archaeological artefacts from the ancient city of Vienne - Isère).
– Project leader(s): GOURLAN Alexandra
– Team(s) involved: Geochemistry - Seismic cycle and transient deformations
– Amount: 3600 euros
**Description of the project
"The city of Vienne (France) experienced during the Roman occupation the development of important water installations under lead piping and the manufacture of numerous objects made (...)

– Project title: Chemical and physical characterization of the fossil remains of the main carbonate bio-producer in the Cretaceous oceans
– Project leader(s): FERNANDEZ-MARTINEZ Alejandro - GIRAUD Fabienne
– Team(s) involved: Geochemistry - Tectonics, Reliefs & Basins
– Amount: 5000 euros **Description of the project
"This research project involves the Geochemistry (A. Fernandez-Martinez) and the TRB (F. Giraud) teams and is part of the transverse axis "Continental surfaces: physical and (...)

Project title: Climatic forcings in the desertic Andes Project leader(s): LITTY Camille - AUDIN Laurence Team(s) involved: Seismic CYCLE and transient deformations - Tectonics, Reliefs & Basins Amount: 7900 euros
**Description of the project
"This project contributes to the environment of a post doc and is part of the transversal axis "Continental surfaces, physical and chemical forcings". Its objective is to study climatic forcing on the erosion of the Andes. In Peru, the region of (...)

Project title: RESOLVE-HAR Project leader(s): BIEVRE Grégory Team(s) involved: Waves & structures - Geophysics of seismic and landslide risks - Seismic cycle and transient deformations Amount: 5300 euros
**Description of the project
"The aim of this project is to monitor the Harmalière landslide (Trièves) in the frameof the RESOLVE project. Two arrays of 100 autonomous seismic sensors (nodes) will be deployed for 15 days each. The scientific objectives are to provide a 3D image of the (...)

Project title: Monitoring of spatio-temporal variations in the landslide of the Argentière glacier by a GPS network Monitoring of spatio-temporal variations in the landslide of the Argentière glacier by a high-frequency GPS network deployed as part of the ANR SAUSSURE high-frequency project Project leader(s): WALPERSDORF Andrea Team(s) involved: Seismic CYCLE and transient deformations - Fault mechanics - Waves & structures Amount: 3600 euros
**Description of the project
"In the frame (...)

Project title: Rupture Processes, Seismic Cycle and Island Building in Indonesia Project leader(s): CHLIEH Mohamed Team(s) involved: Seismic CYCLE and transient deformations - Tectonics, Reliefs & Basins Amount: 3000 euros
**Description of the project
"We propose to study large earthquakes and crustal deformation in Indonesia at different spatial and temporal time scales to better understand the physical links between: 1) Successive large earthquakes in the same fault segment 2) (...)

Project title: Aseismic deformation on the Himalayan deformation front Project leader(s): HUYGHE Pascale Team(s) involved: Tectonics, Reliefs & Basins - Geophysics of seismic and landslide risks - Seismic CYCLE and transient deformations Amount: 3000 euros
**Description of the project
" The purpose of this project is to study the aseismic deformation in front of the Himalayan front. To do so, an M2 student will work at the level of 2 seismic gap zones. On the one hand on the (...)

– Project title: Setting up of an analog modeling laboratory in Chambéry
– Project leader(s): MARTINOD Joseph - PINEL Virginie
– Team(s) involved: Tectonics, Reliefs & Basins - Volcanic geophysics & geothermics
– Amount: 11000 euros **Description of the project
"The objective of this project is to set up an analogue modelling laboratory on the ISTerre-Savoie site. The new-setup will first be dedicated to two projects :
1- the study of the propagation of magmatic intrusions (...)