Universite de Pau et des Pays, France
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- 3D Geological Mapping : a Pioneering Tool for Underground Water Management
- An XML-SEED Format for the Exchange of Synthetic Seismograms
- Distributed volume rendering of global models of seismic wave propagation
- Impact of a Large San Andreas Fault Earthquake on Tall Buildings in Southern California
- Morphostructural Analysis of an Escape Tectonic Zone : the North-Western Venezuelan Andes
- Rayleigh-wave multi-pathing along the west coast of North America
- Seismic Structure and Activity of the North Anatolian Fault in the Sea of Marmara From the SEISMARMARA Leg1 Seismic Survey
- Spectral Element Modeling of 3D Site Effects in the Alpine Valley of Grenoble, France.
- The use of Remote Sensing for the Study of the Relationships Between Tectonics and Volcanism
- CUBIT and seismic wave propagation based upon the Spectral-Element Method: An advanced unstructured mesher for complex 3D geological media
- Ejectas Coverage And Seismic Shaking On Asteroid Eros: Effect On The Frequency-Size Distribution Of The Craters
- Late Cenozoic Extension in the Eastern Anatolian Corner: New Constraints on the Tectonic Escape Model
- New insights into the tectonic evolution of the Boconó Fault, Mérida Andes, Venezuela
- Quaternary deformation in the central Neuquén basin (35°-37°S), Argentina: evidences for active strain partitioning.
- Snow Volumes 3D Modeling on the Karstic Plateau of Mount Lebanon (Lebanon)
- Structural Evolution of the Central Venezuelan Andes: Changes From Compression to Strike-slip and Extension
- Seismic wave propagation in complex geological media: The hexahedral grid generation problem
- An Integrated Multidisciplinary Approach To Investigate A Clastic Coastal Aquifer: The Maguelone Experimental Site (Languedoc, France)
- Effect of the Seismic Shaking Erasure (revisited model) and Ejecta Coverage Erasure on the Crater Population of Asteroid 433 Eros
- Imaging Earth's Interior Based Upon Adjoint Methods
- Mesh Generation for Short-Period Seismic Wave Propagation Based Upon the Spectral- Element Method: Southern California.
- Study of Seismic Attenuation Behaviour Using Time Reversal Mirror, Elastic Signal Amplitude and Coda-Q Analysis from an Experiment in a Mesoscopic Natural Medium at the LSBB Underground Laboratory Rustrel, France
- Ultra-Wideband GPR Imaging of the Vaucluse Karst Aquifer
- Experimental seismic investigations for porous media characterization
- Gravitational gliding in continental domains - Insights from field work (Neuquén Basin, Argentina) and numerical modeling
- Morpho-Sedimentary Characterization of Deformation Front Propagation: the Example of the Neuquén Andes (Argentina)
- Realistic Topography effects on Seismic-Wave Propagation: An Example from Taiwan (Invited)
- Seismoelectric and seismomagnetic measurements: original experiments within the Low Noise Underground Laboratory of Rustrel (France) (Invited)
- Seismoelectric measurements for the characterization of partially saturated porous media
- Spectral-Element Simulations of Seismic Waves Generated by the 2009 L'Aquila Earthquake
- Geomorphic Evidence for the Deformation Front Propagation of the Malargüe Fold-and-Thrust Belt, Neuquén Andes (Argentina)
- Spectral-Element Simulations of Seismic Waves and Coseismic Deformations generated by the 2009 L'Aquila Earthquake
- The Role of Incision and Sedimentation in Continental Gravity Gliding - Insight from Numerical Modelling
- Use of synchrotron radiation to characterize metals in plants: the case of Cd in the hyperacumulator Arabidopsis halleri
- Finding the buried memory of past earthquakes with geophysical, GPR-based paleoseismology
- Laboratory monitoring of P-waves in partially saturated sand
- Seismic and resistivity anisotropy analysis at the Low-Noise Underground Laboratory (LSBB) of Rustrel (France)
- Zonal shear and super-rotation in a magnetized spherical Couette flow experiment
- Seismoelectric numerical modeling in non-saturated conditions
- Experimental and numerical evidences of the observation of the Biot slow wave thanks to its electrokinetic conversion
- Rock magnetic study of fault gouge zones within the Taiwan Chelungpu Fault System
- Study of Magnetic Susceptibility Anisotropy Across The Northern Transect of Taiwan Mountain Belt
- Magnetic Fabric Analysis of Chelungpu Fault Gouge in Taiwan and its Implications
- Quantitative monitoring of the coseismic seismoelectric field relatively to salinity and saturation variation
- CMT Source Inversions for Massive Data Assimilation in Global Adjoint Tomography
- Did high Neo-Tethys subduction rates contribute to early Cenozoic warming?
- Imaging the structure of the Northern Lesser Antilles (Guadeloupe - Virgin Island) to assess the tectonic and thermo-mechanical behavior of an arcuate subduction zone that undergoes increasing convergence obliquity
- Microfractures in Quartz Grains as a Measurement of Maximum Effective Stress in Sandstone Reservoirs
- Probing Magnetically the Paleotemperature in a Gouge: The Example from the Chinshui Shales from the Chelungpu Fault
- Spectral-Element Seismic Wave Propagation Codes for both Forward Modeling in Complex Media and Adjoint Tomography
- The Role of Chaotic Dynamics in the Cooling of Magmatic Systems in Subduction Related Environment
- Thermal evolution, fluid flow, and fracture development related to the structuration of the South Pyrenean Foreland Basin
- A magnitude gauge in modern gouge? The key case of magnetic minerals from active Chelungpu fault, Taiwan
- Deciphering second order spatial stress variations from multiple data sources, the case of the Neuquén basin in Argentina
- From shales to slates: The magnetite and pyrrhotite temperature windows
- Magnetic insights on seismogenic processes from scientific drilling of fault
- Microbial Life Driving Low-Temperature Basalt Alteration in the Subsurface: Decoupling Abiotic Processes from Biologically-Mediated Rock Alteration
- Source-to-Sink constraints on tectonic and sedimentary evolution of the Central Range, Cenderawasih Bay (Indonesia) and Gulf of Papua (Papua New Guinea)
- Timing of mafic magmatism VS localization of the deformation: the Ivrea Zone (Italian Alps)
- High Resolution Spatial and Temporal Laboratory Seismic Datasets by Laser Doppler Vibrometry
- Investigating the role of rift inheritances during early orogeny in the Oman belt
- Kinematic Modelling at Margin Scale and its Link with Basin Thermicity : the Case of the Mozambique Rifted Margin.
- On the Use of a Pulsed-laser Source in Laboratory Seismic Experiments
- Volatiles accumulation in magmas: storage timescales, migration rates and implications for short warning times of explosive eruptions
- A benchmark problem set for the simulation of mineral dissolution at the pore scale with evolving fluid-solid interfaces
- Estimation of past typhoon and tsunami magnitudes along the Ryukyu Islands using information from coastal boulders
- Factors controlling onshore distributions of sandy tsunami or storm deposits
- First Investigation of Quartz and Calcite Shape Fabrics in Strained Shales by Means of X-ray Tomography
- Fluvial Incisions in the North-Western Pyrenees (Aspe Valley, France): Dissection of a Former Planation Surface and Some Tectonic Implications
- Global Adjoint Tomography - Model GLAD-M25
- High-resolution InSAR mapping of the post-orogenic Pyrenean vertical displacement rates
- Impact of Local Human Activities on Dissolved Organic Carbon Export from Peatlands - a Global Review
- L_SU (V0.3.9): A graphical user interface useful for building seismic flows from Seismic Unix
- The clay fabric of shales is a Strain gauge within a thrust damage
- The evolution of Alpine-type orogens with respect to its pre-orogenic rift history: the Western Pyrenees case-study
- High-resolution monitoring of controlled water-table variations from seismic interferometry, field and laboratory approach
- Investigating native H2 generation by alteration of Fe-rich olivine within Precambrian granitoid crust through HREM
- One-Way Waveform Inversion : a new velocity model building method for seismic imaging for exploration or regional seismology
- Overview and Preliminary Results of the Project SEE4GEO: Seismoelectric Effects for Geothermal Resources Assessment and Monitoring
- Laboratory measurements of seismoelectric co-seismic field: dependence of the co-seismic field on temperature and nature of electrolytes
- Seismoelectric Effects for Geothermal Resources Assessment and Monitoring: SEE4GEO
- Sensitivity of seismic-noise based methods to controlled water content changes : insight from laboratory measurements