Other past activities

PhD thesis (details here): Imaging and interpretation of complex geological structures using the Magnetotelluric method. Head: professor Pierre Andrieux, Pierre et Marie Curie – Paris VI University. Application used data obtained on Vulcano – Aeolian Islands.

A.T.E.R. (temporary position for teaching and research), Applied Geophysics Department, Pierre et Marie Curie – Paris VI University, 1998-2001:

- electromagnetic methods: MagnetoTellurics (Samtec 2, Stratagem), VLF (Iris Instruments), Slingram-type methods (EM-31, EM-34), Ground Penetrating Radar (Trimble Pulse Ekko), Time-Domain ElectroMagnetics (Geometrics, Temfast)

- electric sounding and mapping methods: Schlumberger, Wenner

- magnetism (Geometrics gradiometer), gravimetry

- seismic refraction (24/48 channel Terralok Mark 6)

- teaching: geophysical prospecting methods, Earth physics, rock properties

Joint MT and TDEM soundings campaign, Reunion Island, 2001:

- 5-component MT: Samtec 2 equipment (modified by the EOST-Strasbourg team; natural source), and Stratagem (CSAMT – Controlled Source Magnetotellurics)

- TDEM - Time Domain Electromagnetics (Temfast equipment)

- MT (pre)processing, spatial filtering, 1D-2D inversion, 1D-3D forward modelling, 2D-3D imaging

Seismics:

- 3D seismic data interpretation, 1997, 1998: "Stratimagic University Challenge" . CGG (Compagnie Générale de Géophysique) and its branch Petrosystems developed a tool for reservoir seismic facies classification, seismic attributes, etc. Our team worked on a 3D-high resolution seismic block obtained in a gas storage area, for the account of Gaz de France.  Sun-Solaris environment.

- “Cartographie de données sismiques 3D issues de stations de pointé”. 4 months training period at Elf Aquitaine Production (Total), Pau, France. 3D seismic interpretation, mapping, geostatistical variability of high spatial resolution data (kriging).

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Last modified: September 3, 2010.