Landslides
[ Seed Questions ] | Chair: J-P. Muller and K. Hoegda |
|---|
| Separation of different deformation regimes using InSAR data | Gini Ketelaar (Delft University of Technology, Faculty CiTG) |
| Differential interferometric applications in alpine regions | Tazio Strozzi (GAMMA Remote Sensing) |
| Linear and Non-Linear Long-Term Terrain Deformation with DInSAR | Jordi J. Mallorqui (Universitat Politècnica de Catalunya (UPC)) |
| Urban Deformation Monitoring in Bangkok Metropolitan (Thailand) using Differential Interferometry and the Permanent Scatterer Technique | Jirathana Worawattanamateekul (German Aerospace Center-DLR) |
| Conventional and PS differential SAR interferometry for monitoring vertical deformation due to water pumping: the Haussmann-St-Lazare case example (Paris, France) | Bénédicte Fruneau (Université de Marne-la-Vallée) |
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This session concludes on day 4 |
|
| 10:40-11:00 |
Coffee Break |
|
Methodology: Longterm DInSAR
[ Seed Questions ] | Chair: F. Rocca, B. Fruneau, and M. Engdahl |
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| Snow Mass Retrieval by means of SAR Interferometry | Helmut Rott (University of Innsbruck) |
| Tree height estimation from multi-temporal ERS SAR interferometric phase | Maurizio Santoro (Friedrich-Schiller-University Jena) |
| Combining InSAR and optical data to detect earthquake damages | Salvatore Stramondo (Istituto Nazionale di Geofisica e Vulcanologia) |
| SAR repeat-pass coherence in winter for boreal forest applications. A first comparison of ASAR and JERS-1 SAR. | Leif E. B. Eriksson (Friedrich-Schiller-University) |
| ENVISAT Interferometry for mapping and monitoring:preliminary results | Andrea Monti Guarnieri (Politecnico di Milano) |
| 12:40-13:00 |
Round Table |
SEED QUESTIONS |
| 13:00-14:00 |
Lunch / Poster Mounting |
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Other
[ Seed Questions ] | Chair: J-P. Muller and K. Hoegda |
|---|
| Use of InSAR for Monitoring of Mining Deformations | Andrew Jarosz (Curtin University of Technology) |
| High Resolution Differential Interferometry using time series of ERS and ENVISAT SAR data | Josep Closa (Altamira Information)
presented by Javier Duro Calvo |
| SAR Interferometry with TerraSAR-X | Michael Eineder (DLR) |
| 3D motion recovery from multiangle and/or left right interferometry | Fabio Rocca (Politecnico) |
| Study of artificial and natural PSs in the area Bear Lakes calibration site | Alexander Zakharov (IRE RAS) |
| Integrated Radar Interferometry for Ground Subsidence Monitoring | Linlin Ge (University of New South Wales) |
| Measuring co-seismic deformation of the Fandoqa and Zirkuh earthquakes, SE Iran. | Michel Peyret (LDL - CNRS) |
| InSAR Studies of Alaska Volcanoes | Zhong Lu (USGS EROS Data Center) |
| Neural Networks to Rretrieve Tectonic Acticity Parameters by SAR Interferometry | Fabio Del Frate (University of Tor Vergata) |
| Envisat-Indonesia Radar Biomass Experiment (EIRBEX) | Mahmud Raimadoya (Bogor Agricultural University) |
| Response of Mertz Glacier, East Antarctica, to tidal forcing | Anja Poetzsch (TU Dresden) |
| Joint inversions of ERS-InSAR and long-period seismic data | Gareth Funning (COMET) |
| Comparison of Global and Local Approach to Phase Unwrapping for Rugged Terrain | Ludmila Zakharova (IRE RAS) |
| DIFFERENTIAL INSAR STUDIES IN THE BOREAL FOREST ZONE IN FINLAND | Kirsi Karila (Finnish Geodetic Institute) |
| Slow Deformation of Mt. Baekdu Stratovolcano Observed by Satellite Radar Interferometry | Sang-Wan Kim (Yonsei University) |
| 'Test of applicability of Permanent Scatterers technique to landslide investigations in peri-urban areas' | Janusz Wasowski (CNR) |
| Detecting coal fires in China using differential interferometric sythetic aperture radar (InSAR) | Jörn Hoffmann (German Aerospace Center (DLR)) |
| Tropospheric Correction Techniques in repeat-pass SAR Interferometry | Zhenhong Li (University College London) |
| Test for applying SAR Interferometry on the Nyiragongo area: preliminary results | Francesco Guglielmino (INGV) |
| Radar backscatter and coherence information supporting high quality urban mapping | Peter Fischer (University of Applied Sciences Trier) |
| Deformation control using SAR interferometry: quantitative aspects | Michele Crosetto (Institut de Geomàtica) |
| Optimized mapping of flood extent and floodplain structures by radar EO-methods | Edith Stabel (Saarland University) |
| Using multiple crossing orbits to dispense with the assumption of surface parallel ice flow | Andrew Ford (University of Utah) |
| InSAR monitoring of ground subsidence near the All American Canal, Calexico/Mexicali | Andrew Ford (University of Utah) |
| Differential SAR Interferometry to Study the 1993 Latur (India) Eearthquake | Satyabala Sripati (NATIONAL GEOPHYSICAL RESEARCH INSTITUTE) |
| A New Interferogram Flattening Method | Yanjie Zhang (National Laboratory of Pattern Recognition) |
| A Precise Baseline Estimation Method Based on Non-stationary Signal Analysis | Yanjie Zhang (National Laboratory of Pattern Recognition(NLPR)) |
| IF Estimation in the Interferograms Using Wavelet Transformation | Yanjie Zhang (National Laboratory of Pattern Recognition) |
| Ground deformation analysis in Paris using a multi-interferogram Least-Squares approach | Stephane Le Mouélic (BRGM)
presented by Denis Feurer |
| SAR Interferometric Data Inversion: A Study on Numerical Approaches | Giuseppe Puglisi (Ist. Naz. Geofisica e Vulcanologia) |
| Regional deformation in the Central Apennines retrieved by the SBAS IFSAR technique: first results | Simone Atzori (INGV) |
| Detection of the Subsidence Affecting a Shopping Center in Marseilles (France) Using SAR Interferometry | Denis Feurer (BRGM) |
| MINERVA: an INSAR monitoring service for volcanic hazard | Maria Lucia Tampellini (Carlo Gavazzi Space)
presented by R Lanari |
| The combined use of InSAR and GPS data for deformation studies in the Vrancea area in Romania | Wouter Van der Wal (DEOS - TU Delft) |
| ASAR Interferometry at Piton de la Fournaise, Preliminary Results | Jean-Luc Froger (Lab. Magmas & Volcans, IRD-UR31) |
| Interferometric Processing of ENVISAT-1 /ASAR/Image Mode and Alternating Polarisation Mode for Application in Land Cover and Crop Mapping | Marek Mroz (University of Warmia and Mazury in Olsztyn) |
| Grounding line detection and ice flow characteristics in Dronning Maud Land, Antarctica, based on ERS SAR interferometry and airborne ice thickness sounding | Wolfgang Rack (Alfred Wegener Institute for Polar and Marine Res.) |
| Stepwise Approach to InSAR Processing of Multitemporal Datasets | Alberto Refice (CNR) |
| Identification of landslides in La Reunion Island with JERS and Radarsat radar interferometry | Daniel Raucoules (BRGM) |
| Long-term subsidence monitoring of city areas at Nordic latitudes using ERS SAR data: preliminary results | Tom Rune Lauknes (NORUT Information Technology Ltd.) |
| Horizontal velocity field, strain and grounding zone location for the area of the Nivlisen ice shelf, Dronning Maud Land. | Michael Baessler (Dresden University of Technology) |
| Development of a procedure for correcting and reducing unwrapping artefacts using a set of ERS SAR interferograms. Case of the September 9, 1999 Athens Earthquake | Panagiotis Elias (National Observatory of Athens) |
| Evolution of snowpack conditions monitored with high-temporal resolution InSAR | Richard Forster (University of Utah) |
| Operational Interferometric Process for the Generation of a Digital Terrain Model | Youcef Smara (USTHB)
presented by M. Ouarzeddine |
| SAR Data For Antarctica Observation | Massimo Marrazzo (University of Cagliari) |
| Storm Forest Damage Mapping Based on VHR INSAR Data | Herve Yesou (SERTIT) |
| SAR Interferometry as a Tool for the Detection of Active Tectonic Regions: Preliminary Results on the Algarve Region of the South of Portugal | Teresa A. Cunha (Instituto Geológico e Mineiro) |
| SLAM, a Service for Landslide Monitoring Based on EO-Data | Paolo Manunta (Planetek Italia s.r.l.) |
| 15:40-16:00 |
Coffee Break |
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| Identification of zones of mobile dunes in desert and sahelian areas, Draa Valley (Morocco) and Damagaram (Niger). | Marc Salmon (Université de Liège) |
| Analysis of Permanent Scatterers in a seismic area. | Marc Salmon (Université de Liège) |
| Comparison of Softwares for InSAR Applications | S. Yalamanchili Rao (Indian Institute of Technology) |
| Comparison of DEMs Derived from InSAR and IRS-1C Optical Stereo Techniques | S. Yalamanchili Rao (Indian Institute of Technology) |
| Crustal deformation and fault slip during the seismic cycle in the North Chile subduction zone, from GPS and ERS-SAR observations | Jean-Bernard De Chabalier (Institut de Physique du Globe) |
| The Crustal Deformation Measurement of Some Strong Earthquake at Some Key Parts since 1993 in China Mainland using D-InSAR | Jingfa Zhang (Peking University) |
| Remote Monitoring of the Earthquake Cycle using Satellite Radar Interferometry | Tim J Wright (COMET) |
| SAR Interferometry for Landslide Monitoring in the Emilia-Romagna Region (Italy) | Alessandro Corsini (Università degli Studi di Modena e Reggio Emilia) |
| A New Method for Baseline Calibration in SAR Interferometry | Mario Costantini (Telespazio S.p.A) |
| SAR interferometry monitoring of landslides on the Stromboli volcano | Paolo Farina (University of Firenze) |
| 16:20-18:20 |
Free Poster |
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