Delphine D. Fitzenz Geophysicist, PhD

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Curriculum VitaeEducation1999-2002 PhD student in the Engineering Geology Team, Geology Institute (ETH-Swiss Federal Institute of Technology,Zurich). PhD in Natural Sciences (Naturwissenschaften) 2002.Nov. 1998 M.S. Engineer Geophysicist with Honors (Mention Bien), EPGS (Ecole de Physique du Globe de Strasbourg,France).June 1998D.E.A. (M.S. Degree) in Physics and Chemistry of the Earth with Honors (Mention Bien), University ofStrasbourg I, France. Option: Geophysics.1993-1995 Mathématiques Supérieures and Mathématiques Spéciales classes (College), Orléans, France.Languages: Native French speaker ; fluent in English; good understanding of Portuguese; fair understanding of German andRomanian.Hobbies:Current ProjectsReading, contemporary dance, hiking, canoeing. Coordinator of the project LTV-SourceMod4PSHA (110,000 Eur) Construction of a seismic source model for the Lower Tagus Valleyto use in future probabilistic seismic hazard assessment 04/2010-03/2013. Funding source: Portuguese foundation for science andtechnology (FCT).. Coordinator of related outreach project See http://www.catalogarsismos.cge.uevora.pt. Task leader of the project FREEROCK (33,500 Eur for the task) Rock Fracture Evolution and Solid-Fluid Interaction in Igneous Rocksat Atlantic Volcanic Edifices 01/2010-12/2012. Funding source: Portuguese foundation for science and technology (FCT).. Participant in ATESTA - Active Tectonics and Earthquake Scenarios for the Lower Tagus Valley, led by Matthieu Ferry, CGE, and inNEFITAG - Near field effects of big Earthquake Sources in the Lower Tagus Valley Region, led by Jose Borges, CGE.Advising of students. Advising of PhD candidate Boris Le Goff, member of LTV_SourceMod4PSHA “On the optimal representation of our knowledgeon the seismic sources relevant for seismic hazard in regions of low deformation”. Co-advisor: Dr Celine Beauval, IRD/LGITGrenoble, France. 04/2010-. Advising of MSc student Rafaela Chumbo, member of LTV_SourceMod4PSHA, 03-09/2011, Historical Seismicity, and outreachprojects with high-schools of the Lower Tagus Valley. Co-advisor: Prof. Mourad Bezzeghoud, CGE..Advising of MSc holder Marie Crovisier, member of FREEROCK, 10/2011-, “Loading path and stress triggering in the presence ofbiphasic pore fluid in fault zones”. Co-advisor: Vincent Maury, Idron and IPF School, France.Management and Services. Vice-President of the Scientific Council, and sub-director of the Center of Geophysics of Evora, elected Nov 2010-. Reviewer for Geophysical Journal International, Journal of Geophysical Research, Geophysical Research Letters, Bulletin of theSeismological Society of America (BSSA), the National Science Foundation, the Israeli Science Foundation. Judge for the Outstanding Paper Award for the Tectonophysics section, AGU Fall Meeting 2010.. Guest editor of the CGE newsletter special outreach issue Sept 2009. Co-organizor of the students’ conference, Center of Geophysics, Evora 2009Honors and Grants. France-Portugal Mobility grant (4400+3300 Eur) awarded for 2011 by the FCT and the French foreign ministry to facilitate meetingsbetween supervisors and students in my 2 current large projects.. Marie Curie Reintegration Grant (80,000 Eur) awarded for the 2 year-project entitled: Quantitative understanding of the interseismicevolution of fault properties: numerical modelling using lab-experiments (FAULTMOD), hosted by the IPGS, France, incollaboration with Chris Spiers, University of Utrecht, The Netherlands.Page 2
Curriculum Vitae. INSU grant (7,500 Eur) for the project "Inversion of high-resolution optical images to obtain a dense deformation field: methodologicaldevelopments" in collaboration with colleagues from the IPGS and Andre Jalobeanu from the LSIIT, Strasbourg (Imageprocessing and computer sciences Lab), 2006-2007.. Post-doc fellowship awarded by the Swiss National Fund, 08/2002-08/2003 to work at the U.S. Geological Survey in Menlo Park, CA.. ETH Medal awarded in 2003 for my PhD thesis. The medal is awarded to the top 8% of all PhD theses submitted each year to ETH(i.e., in all disciplines).. Scholarship awarded by the Society of Petrophysicists and Well Log Analysts (SPWLA) for my MS. Eng. work, 1998.Publication list - Peer-reviewed articles-- D.D. Fitzenz, A. Jalobeanu, and M.A. Ferry, accepted 2011, A Bayesian Framework to Rank and Combine Candidate RecurrenceModels for Specific Faults, submitted to BSSA 03/25/2011, BSSA-D-11-00087.-- Maury V., Piau J.-M., and D.D. Fitzenz, 2011, Mechanical effects of the presence of gas on the behaviour of faults modeled as asandwiched Camclay material, Proceedings of the International Rock Mechanics Conference, Beijing 2011.-- D.D. Fitzenz, A. Jalobeanu, and M.A. Ferry, A Bayesian Framework to Rank and Combine Candidate Recurrence Models for SpecificFaults, Seismological Res. Lett. Vol 82, 2, March/April 2011.--B. Le Goff, D.D. Fitzenz, and C. Beauval,Towards a Bayesian seismo-tectonic zoning for use in Probabilistic Seismic HazardAssessment (PSHA), AIP Conf. Proc. 1305, 242 (2011), DOI:10.1063/1.3573623.--D.D. Fitzenz, M.A. Ferry and A. Jalobeanu, 2010 Long-term slip history discriminates among occurrence models for seismic hazardassessment, Geophys. Res. Lett.37, L20307, doi:10.1029/2010GL044071Stochastic earthquake simulator as a link between earthquake geology, and seismic hazard assessment. Bayesian framework aiming atcombining different datasets to rank and combine possible earthquake renewal models--Y. Bernabe, B. Evans, and D. D. Fitzenz, 2009, Stress Transfer during pressure solution compression of rigidly coupled axisymmetricasperities pressed against a flat semi-infinite solid , Pageoph, vol. 166, N. 5/7 special issue "Rock Physics and Natural Hazards" (eds.,Sergio Vinciguerra and Yves Bernabe).Analysis of synthetic data from a numerical model of pressure solution.--A. Jalobeanu, D.D. Fitzenz, 2008 Inferring deformation fields from multidate satellite images - IEEE International Geoscience &Remote Sensing Symposium (IGARSS'08 ), Boston MA, USA, Jun 2008--Fitzenz, D. D., A. Jalobeanu, S. H. Hickman, 2007, Integrating Laboratory Creep Compaction Data with Numerical Fault Models: aBayesian Framework, J. Geophys. Res., 112, B08410, doi:10.1029/2006JB004792.Probabilistic time to failure computation using a deterministic physical model of the interseismic and rupture fault processes. Bayesianframework aiming at integrating laboratory data and their uncertainties into deterministic earthquake simulators, to provide a firstexample of the physics-based renewal model to the seismic hazard community.--A. Jalobeanu, D.D. Fitzenz, 2007, Robust disparity maps with uncertainties for 3D surface reconstruction or ground motion inference,Photogrammetric Image Analysis (PIA'07), Munich, Germany, Sept 2007--Fitzenz, D. D., A. Jalobeanu, S. H. Hickman, and N. Sleep, 2005, Integrating laboratory compaction data with numerical fault models:a bayesian framework, Bayesian inference and maximum entropy methods in science and engineering : 25th International Workshop onBayesian Inference and Maximum Entropy Methods in Science and Engineering, San Jose, California, August 2005, Melville, N.Y. :American Institute of Physics.--Fitzenz, D.D. and S.A. Miller, 2004, New insights on stress rotations from a forward regional model of the San Andreas fault systemnear its Big Bend in southern California, J. Geophys. Res., Vol. 109, B08404, doi: 10.1029/2003JB002890.Deterministic model of a fault system. Shows the relationship between pore pressure levels of heterogeneous faults and the spatiotemporalpatterns of horizontal stress orientations close to the faults (
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Delphine D. Fitzenz Geophysicist, PhD

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