Projects
On going projects :
– WALL : Evolution of the Volcanic Environment in Western Rwanda with Climate Change : Impact on Health and Mitigation” (Grant ID : GCRW-CL001) (projet NCST)
– E-Doors : Environmental Dynamics of the vOlcanic regiOn of western Rwanda : An integrated study (IRD JEAI & UNESCO funding)
– MagmaTrack : Modélisation en temps quasi-réel des données géodésiques satellitaires et de terrain pour la surveillance opérationnelle des volcans.
(Projet CNES : 2022)
– Laboratoire de modélisation analogique à Chambéry : projet financé par le BQR d’ISTerre, porté par Joseph Martinod et moi-même.
Analog experiment : injection of air inside gelatin : 6 mL of air is injected inside a tank of gelatin (rigidity E=1005Pa). Experiment performed by S. Furst and V. Pinel at ISTerre, Chambéry.
Analog experiment : injection of oil inside gelatin in an heteregeneous stress field : 30 mL of silicon oil (M1000, viscosity=0.97Pas) is injected inside a tank of gelatin (rigidity E=584Pa), when the crack tip reaches the depth of 8.1 cm below the surface, a load (m=110g, L*l=6*14cm) is applied at the surface. The ascending crack is defected towards the load due to the heterogeneous stress field induced by the load applied at the surface. Experiment performed by S. Furst, S. Mac Gowan and V. Pinel at ISTerre, Chambéry.
Analog experiment : injection of air inside gelatin, recorded with accelerometers network : 6 mL of air is injected inside a tank of gelatin (rigidity E=1390 Pa). Experiment performed by S. Furst, Jean Vandemeulebrouck, Paul Tasgouria and V. Pinel at ISTerre, Chambéry.
Past projects :
– MagmaPropagator : An operational forecasting tool for location and time of volcanic eruptions due to off-conduit magma propagation. Projet franco-allemand ANR-DFG (ANR-18-CE92-0037)
– VOLUME« Volcanoes : Understanding subsurface mass movement » , 2005-2009.
– EFIDIR : Extraction et Fusion de l’Information pour la mesure des Déplacements en Imagerie Radar, projet ANR-07-MDCO-004-05, 2008-2011.
– DOMERAPI : Dynamique d’un volcan d’arc à domes de lave, le Merapi (Indonésie) : du réservoir magmatique aux processus éruptifs, projet ANR, 2013-2017.
– MEDSUV : MEDiterranean SUpersite Volcanoes, financé par l’Union Européeenne (FP7 ENV.2012.6.4-2)
– Etude du potentiel des données radar polarisées pour la classification des dépôts volcaniques (Appel d’offre interne 2013, Projet CNES:TOSCA 2015 et 2016).
– AssimSAR : Assimilation des données SAR acquises en contexte volcanique
(Projet CNES:TOSCA 2018)
Projects with Space Agencies
– Tandem-X (DLR) OTHER 6947 : « Study of dome growth and summit topographic changes at andesitic strato-volcanoes ».
– Tandem-X (DLR) XTI_GEOL7375 : « Tracking of dome growth at Merapi volcano, Indonesia »
– JAXA EO-RA3 n°ER3A2N012 : “Study and monitoring of Merapi volcano, Indonesia using ALOS-2/-4 data”.
Past projects with Space Agencies :
– ESA Cat 1 nº 3312, « Measuring deformation in Mexican volcanoes using InSAR data : Tracking possible magma movement, eruption potential and edifice instabilities. »
– ESA Cat 1 nº 7218 « Insights into magma plumbing system s from the temporal evolution of surface displacements measured above active basaltic volcanoes »
– Cosmo-Skymed 2257 « Monitoring stratovolcanoes activity by interferometry : Application to Mexican volcanoes » (Agence Spatiale Italienne).
– TerraSAR-X (DLR) GEO1598 « Study of andesitic strato-volcanoes topographic changes and deformation through high-resolution SAR imagery »
– JAXA n°1188 « Study of andesitic stratovolcanoes topographic changes, eruptive deposits and deformation through L-band Synthetic Aperture Radar imagery : an insight into the magmatic plumbing system ».
– JAXA n°3245 : « Improving monitoring of New Hebrides volcanoes with high resolution interferometry using ALOS-2 data. ».
La fédération
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