My current research projects focus on: Mountain-building processes and active tectonics in Sicily, Taiwan, and the Tian Shan ranges; Earthquake dynamics and the seismic cycle in the context of intracontinental strike-slip faults and subduction zones; and Interactions between tectonics and surface processes, particularly their role in landscape evolution under changing climatic conditions.
Domains of expertise: Structural Geology, Analog Modeling, Seismic Cycle, Mountain Building, Geomorphology, Remote Sensing, Marine Geology. Manager of the Geosciences Montpellier Analog Modeling Laboratory (LMA).
PI and partner of 16 CNRS and University of Montpellier projects (Partner; Marmarascarp AO Ifremer, 2005. PI; Sadil Mi-Lourd 2002, ATIP CineFaille 2002, Dyeti (volet NW Iran), 2005, INSU-Relief Chine, 2005, PNTS, 2006, INSU Modexsis 2008 and INSU Follow-up Action 2010, Subquake-3D+VAL 2015-2017, Def-eSicily 2018, Def-eSicily-Val 2019, Damage1 2021, Scan3D 2022, Geomat-V 2022, Subquakex-XRay 2023, Damage 2 2025). Partner of 8 ANR projects (TectoClimat 2005, ACTS 2006, QuakeonScarp 2006, Danacor 2007, Centurisk 2009, Quake-on-Scarps, 2013, Fault-R-Gems, 2017, Topo-Extreme, 2019) and 1 ERC (FOCUS 2020-2026).
Fieldwork studies, Marine geology (cruises), and main Experimental developments
2017-2019: INSU-TELLUS DEF-eSICILY: Active Deformation and Geodynamics of Eastern Sicily. PI S. Dominguez and M. Henriquet in collaboration with the Catania University (G. Barreca and C. Monaco). -> Proposal PDF
2022 : INSU-TELLUS GEOMAT-V : Development of an optimized analog material to investigate Land-to-Sea Tectonic-Erosion-Sedimentation coupling: Applied to Sicily. PI S. Dominguez. -> Proposal PDF
2022 : Montpellier University SCAN3D : Acquisition of a laser and structured light scanner (EinScan HX) shared with ISEM-UM to acquire 3D models of analog modeling experiments and paleontological samples. PI S. Dominguez -> Proposal PDF
2023 : INSU-TELLUS SUBQUAKEX-RAY : High-frequency accelerometric monitoring applied to an experimental model of a subduction seismogenic zone. PI S. Dominguez -> Proposal PDF
2007-2009: DANACOR, "Active Deformation of Northern Africa: Tectonic Inversion of the Algerian Margin", PI J. Deverchère. -> Abstract PDF
2009-2013: CENTURISK, "A novel method to identify the faults prone to break in the coming century, hence posing the most immediate risk", PI I. Manighetti. -> PDF of the Proposal
2013-2016: QUAKE-ON-SCARPS, "Characterizing Past Earthquake Successions on Fault Scarps with
Cosmogenic 36Cl and Morpho-Chemical Properties of Exposed Surfaces", PI I. Manighetti. -> PDF of the Proposal
2018-2021: FAULTS-R-GEMS, "Properties of FAULTS, a key to Realistic Generic Earthquake Modeling and hazard Simulation", PI I. Manighetti. -> PDF of the Proposal
2019-2022: TOPO-EXTREME, "Short time-scale landscape evolution and topographic signature of extreme climatic and tectonic events" , PI R. Cattin. -> PDF of the Proposal
2017: S2S: Modeling of drainage dynamics influence on sediment routing system in a fold-and-thrust belt. Ph.D. thesis of Marc Viaplana-Muzas (advisors: J. Babault, S. Dominguez). REPSOL-UAB Barcelona-University of Montpellier.
2018: TAJIK: Impact of syn-tectonic sedimentation on the deformation mechanics of a foreland basin on evaporitic décollement: Analogue modeling of the Tajik basin. M.Sc. of A. Hamon, University of Montpellier-TOTAL Direct Energy.
2018-2025: DAMAGE 1 and 2 : Structural study and analog modeling of fault damage zones in carbonate rocks. Ph.D. thesis of S. Mayolle (advisors: R. Soliva, S. Dominguez). University of Montpellier - TOTAL Direct Energy.
2020-2026: ERC FOCUS : Fiber Optic Cable Use for Seafloor studies of earthquake hazard and deformation. PI M.-A. Gutscher (Laboratoire Géosciences Océan, UBO, Brest). European Research Council, advanced Grant.