Methodology: General
[ Seed Questions ]
| Chair: R. Hanssen/A. Monti Guarnieri
sec. F. Ranera |
|---|
| Evaluating interferometric baseline performances in a SAR formation flight by using relative GRACE GPS navigation solutions | Andreas Kohlhase (DLR) |
| Scan Patter Syncronization in ENVISAT Wide Swath Mode | Ciro Cafforio (Politecnico di Bari) |
| The Potential of Broadband L-Band SAR Systems for Small Scale Ionospheric TEC Mapping | Franz Meyer (German Aerospace Center (DLR)) |
| Multibaseline interferometry for natural scatterer characterisation | Francesco De Zan (Politecnico Milano) |
| Discussion: Methodology General |
|
Methodology: Longterm DInSAR
[ Seed Questions ] | Chair: J. Mallorqui/R. Lanari,
sec. M. Engdahl |
|---|
| Wetland InSAR: Observations and Implications | Shimon Wdowinski (University of Miami) |
| Advanced Dinsar Based on Coherent Pixels: Development and Results Using CPT Technique | Jesús Domínguez (Indra Espacio) |
| Performance Analysis of the SBAS Algorithm for Surface Deformation Retrieval | Riccardo Lanari (IREA - CNR) |
| Thirty years of land subsidence studies in Las Vegas, Nevada, USA: From leveling to cross-examination of ERS and Envisat data with PSInSAR | John W Bell (University of Nevada) |
Terrain motion
[ Seed Questions ]
| Chair: A. Arnaud/J. Mallorqui,
sec. T. Pearson |
|---|
| InSAR measurements of uplift rates of Mount Sedom salt diapir, Dead Sea Rift, with implications to salt-rock properties and emplacement mechanism | Gidon Baer (Geological Survey of Israel) |
| Result evaluation of Coherent Target Model Product with long-term InSAR data set in Shanghai | Mingsheng Liao (Wuhan University) |
| Land subsidence mapping and monitoring through PSInSAR: examples from the Arno river basin (Italy) | Paolo Farina (University of Firenze) |
| Derivation of surface subsidence information in Bangkok (Thailand) by PS analysis of a limited number of interferograms | Jirathana Worawattanamateekul (RS-Tech Co., Ltd.)
presented by Jorn Hoffmann (DLR) |
| On the use of point target characteristics in the estimation of low subsidence rates due to gas extraction in Groningen, the Netherlands. | Gini Ketelaar (Delft University of Technology) |
| Ground motion measurement in the lake Mead area (Nevada, USA), by temporal analysis of multiple interferograms. | Olivier Cavalié (ENS) |
| Ground deformation in Thessaly, central Greece, between 1992 and 2000 by means of ERS multi-temporal InSAR | Cristiano Tolomei (INGV) |
| Discussion: Terrain Motion |
|
| Session 11: Poster session, Part I |
|---|
| Optimal Baseline Design and Error Compensation for Bistatic Spaceborne InSAR | Wenqin Wang (Institute of Electronics) |
| Avalanche and Snowfall Monitoring with a Ground-based Synthetic Aperture Radar | Alberto Martinez-Vazquez (DG-JRC) |
| Advanced differential interferometric SAR: | Paz Fernandez (University of Granada) |
| The Dynamics of Mining Subsidence in Knurow Area in Poland Derived from SAR Interferometry and Topographic Data | Tomasz Wojciechowski (Faculty of Earth Sciences, University of Silesia ) |
| Surface Effects of the 2004 Indonesian Earthquake and Tsunami from SAR data | Christian Bignami (Univ. La Sapienza of Rome) |
| Error Analysis of Velocity Estimation via Bistatic Along Track InSAR | Wenqin Wang (Institute of Electronics, Chinese Academy of Scien) |
| Slope Motion Monitoring by ERS and ASAR Interferometry at Natural Surfaces and Artificial Reflectors | Thomas Nagler (ENVEO IT) |
| Investigation of Zagros Thrust-fold-belt deformation using SAR interferometry | Faramarz Nilforoushan (Uppsala University) |
| Long Term Monitoring of Unstable Slopes by a Ground Based Synthetic Aperture Radar: a Case Study in Italy | Linhsia Noferini (University of Florence) |
| Accuracy Validation of Digital Elevation Model Extracted from SIR-C/X Polarimetric Interferometric SAR Data | Erxue Chen (Chinese Academy of Forestry) |
| Tidal Flexure at the Grounding Line of the Rutford Ice Stream Shown by ERS Interferometry | Helena Sykes (University of Wales Swansea) |
| Reducing the DEM Error Effect in Differential Interferometry | Andrew Sowter (University of Nottingham) |
| A DEM-Free Approach to Persistent Point Scatterer Interferometry | Mark Warren (University of Nottingham) |
| Implication of Secondary Geodynamic Phenomena on Co-seismic Interferometric Coherence | Issaak Parcharidis (Harokopio University of Athens) |
| The November 22, 1995, Mw = 7.2 Gulf of Elat (Aqaba) earthquake cycle revisited | Gidon Baer (Geological Survey of Israel) |
| Measurement of a Small-scale Subsidence in a Reclaimed Land using RADARSAT-1 SAR | Chang-Wook Lee (Yonsei University) |
| Results of landslide detection based on SAR Interferometry processing | Bjoern Riedel (TU Braunschweig) |
| Relationship between piezometric level and ground deformations measured by means of DInSAR in the Vega Media of the Segura River (Spain) | Roberto Tomás (Universidad de Alicante) |
| Atmospheric Effects on 35-Day Repeat Cycle ERS Interferograms of London | Jon Leighton (University of Nottingham) |
| Detection of subsidences and landslides in the North-Bohemian coal basin by the InSAR method | Ivana Capkova (Faculty of Civil Engineering, Czech Tech. Univ.) |
| Application of SAR interferometry for studies of Caspian coast covers | Alexander Zakharov (IRE RAS) |
| Monitoring of gas pipelines state in Western Siberia using spaceborne SAR interferometry | Alexander Zakharov (IRE RAS) |
| Space-Adaptive coherence estimation | Andrea Monti Guarnieri (Politecnico di Milano) |
| Temporal Variability of Ice Flow on Hofsjökull, Iceland, observed by ERS SAR Interferometry | Florian Mueller (University of Innsbruck) |
| Kinematics, asperities and seismic potential of the Hayward fault, California from ERS and RADARSAT PS-InSAR | Gareth Funning (University of California) |
| Enhanced quick and dirty estimate for SAR coherence | Andrea Monti Guarnieri (Politecnico di Milano) |
| Coherence-based Methodology for Interferometric Dem Integration | Pablo Euillades (Instituto CEDIAC - Universidad Nacional de Cuyo) |
| Designing and Testing a Network of Omnidirectional Permanent Scatterers | Chuck Wicks (USGS) |
| Antarctic SAR and INSAR calibration experiment during the International Polar Year | Benoit Legresy (CNRS/Legos) |
| Application of ASAR-ENVISAT Data for Monitoring Andean Volcanic Activity : Results from Lastarria-Azufre Volcanic Complex (Chile-Argentina) | Jean-Luc Froger (IRD LMV UR163 / UMR6524) |
| The Preliminary Result on Persistent Scatters and Corner Reflectors Differential Interferometry in Three Gorges Area | Qiming Zeng (Peking University) |
| Urban Change Detection Using Coherence and Intensity Characteristics of Multi-temporal ERS-1/2 Imagery | Mingsheng Liao (Wuhan University) |
| Land subsidence monitoring in the Lucca plain (central Italy) with ERS and Envisat | Leonardo Disperati (Università di Siena - Centro di GeoTecnologie) |
| The Performance of ERS-1/2 Tandem SAR Coherence Image to Estimate Forest Volume Density in the Northeast of China | Yong Pang (Chinese Academy of Forestry) |
| Utilizing the CR-network in Iceland for an automated interferometric processing chain - Test case with ERS-Tandem data | Karlheinz Gutjahr (Joanneum Research) |
| Deformation fields of city with SAR interferometry (DINSAR and PSI): key examples from buttes Bergeyre and Chaumont area in Paris city (France) | Benoît Deffontaines (Université de Marne-la-Vallée) |
| Blind and surface faulting during large and moderate earthquakes deduced from InSAR in Algeria and Morocco: Insights for the active deformation along the plate boundary in North Africa | Samir Belabbes (IPG Strasbourg, UMR7516)
presented by Mustapha Meghraoui (IPG Strasbourg) |
| Combining Radar, Optical and GPS data for Vrancea seismic area analysis | Maria Zoran (National Institute of Optoelectronics) |
| Dynamics of Mt. Etna before, during and after the 2001 eruption, inferred from GPS and DInSAR data. | Giuseppe Puglisi (Ist. Naz. Geofisica e Vulcanologia) |
| Application of the Coherent Pixels Technique (CPT) to large datasets of ERS and ENVISAT SAR images for deformation time series retrieval | Jordi J. Mallorqui (Universitat Politecnica de Catalunya (UPC)) |
| Coherence and PS-based Advanced DInSAR analysis tools | Erlinda Biescas (Institute of Geomatics) |
| Investigations of Nyamuragira and Nyiragongo volcanoes (Democratic Republic of the Congo) using InSAR | Sarah Colclough (Cambridge University) |
| A generic differential interferometric SAR processing system, with applications to land subsidence and snow-water equivalent retrieval | Yngvar Larsen (Norut IT) |
| Contribution of SAR Interferometry (from ERS1/2) in the Study of the Eolian Transport Processes: Cases of Niger, Mauritania and Morocco | Catherine Bodart (University of Liège) |
| A comparison of SBAS and PS ERS InSAR for subsidence monitoring in Oslo, Norway | Tom Rune Lauknes (Norut IT) |
| Conventional space-borne InSAR for landslide investigations: examples from the northern Apennines (Italy) | Paolo Farina (University of Firenze) |
| Orbital single-pass interferometry for vessel detection and classification | Jordi J. Mallorqui (Universitat Politecnica de Catalunya (UPC)) |
| Determination of glacier velocities on King George Island (Antarctic Peninsula) by DIFSAR | Albert Moll (Center of Remote Sensing of Land Surfaces) |
| Subsidence through space and time in the lake Mead area : Insights from cross-platform ERS/Envisat interferometry. | Marie-Pierre Doin (Ecole Normale Supérieure) |
| Permanent scatterers and seismic motion estimation in the Gargano Peninsula | Silvia Scirpoli (Politecnico) |
| First steps towards single-pass interferometry based on a bistatic fixed receiver SAR system | Jordi J. Mallorqui (Universitat Politecnica de Catalunya (UPC)) |
| Variation in aseismic slip along the creeping section of the San Andreas fault from space-based geodetic data | Frederique Rolandone (Universite Pierre et Marie Curie) |
| Improved understanding of ground surface deformation caused by underground mining activities using levelling and PSInSAR data | Ilona Kemeling (University of Durham) |
| Spatio-temporal phase unwrapping using integer least-squares | Freek van Leijen (Delft University of Technology) |
| The interpretation of Bam fault kinematics using Envisat SAR interferometric data | Zbigniew Perski (Delft University of Technology) |
| Preliminary Results of Differential Interferometry in West-central Argentina | Pablo Euillades (Instituto CEDIAC) |
| Interferometric Coherence analysis of wetlands: The Everglades (south Florida) as a case study | Sang-Wan Kim (University of Miami)
presented by Shimon Wdowinski (University of Miami) |
| Measuring the surface deformation caused by landslide in Wanzhou by InSAR technique | Jingfa Zhang (Institute of Crustal Dynamics, CEA) |
| Key Steps in InSAR Process to Measure Surface Deformation in Cangzhou | Lixia Gong (Institute of Crustal Dynamics, CEA) |
| Tainan Neotectonics from Persistent Scatterer Interferometry (sw Taiwan) | Jyr-Ching Hu (National Taiwan University) |
| PSIC4: the IREA contribution based on the exploitation of the SBAS approach | Eugenio Sansosti (IREA-CNR) |
| Subsidence revealed by PSInSAR technique in the Ottignies-Wavre area (Belgium) related to water pumping in urban area | Xavier Devleeschouwer (Royal Belgian Institute of Natural Sciences) |
| Phase unwrapping using Brunch-cut and Markovian Model | Mounira Ouarzeddine (USTHB) |
| Interferometric study of landslides in urban Volga banks | Ludmila Zakharova (IRE RAS) |
| An University Educational Experience by means of ESA Software and Data | Maurizio Migliaccio (Università degli Studi di Napoli “Parthenope”) |
| Using DInSAR to Monitor Subsidence Caused by Underground Mining Utilising Block-Caving Method. | Andrew Jarosz (Curtin University of Technology) |
| Application of PSI technique to landslide investigations in the Caramanico area (Italy): lessons learnt | Janusz Wasowski (CNR-IRPI, Bari ) |
| A Data Fusion Technique for Mosaicking of Different Sources Digital Elevation Models | Mario Costantini (Telespazio S.p.A.) |
| The SAMAAV project: Study and Monitoring of Active African Volcanoes using ERS and ENVISAT data | F. Kervyn (Royal Museum for Central Africa) |
| INSAR based services to Industry: customer feedback | Stephen Coulson (ESA) |
| Radar interferometric monitoring of ground subsidence due to underground coal mining near Gardanne, France | R. F. Hanssen (Delft University of Technology) |
| DLR's results of the PSIC4 study | Nico Adam (DLR) |
| Interferometric Point Target Analysis over the PSIC4 test site | Tazio Strozzi (Gamma Remote Sensing AG) |
| The applicability and limitations of displacement model PSI methods | Geraint Cooksley (Altamira Information) |
| Monitoring long-term ground movements and Deep Seated Gravitational Slope Deformations by InSAR time series: cases studies in Italy | Salvatore Stramondo (Istituto Nazionale di Geofisica e Vulcanologia) |
| SARscape WideSwath Interferometry | Davide D'Aria (ARESYS s.r.l.) |
| ASAR Background regional mission analysis | Jorge Del Rio Vera (ESA) |
Methodology and techniques: Advances in PSI (Persistent Scatterer Interferometry)
[ Seed Questions ] | Chair: F. Rocca/R. Bamler,
sec. M. Engdahl |
|---|
| The STUN algorithm for Persistent Scatterer Interferometry | Bert Kampes (DLR) |
| Advances in Analyzing InSAR Persistent Scatterers in Non-urban Environments | Andrew Hooper (Stanford University) |
| Coherent Scatterers in Urban Areas: Characterisation and Information Extraction | Rafael Zandona Schneider (DLR) |
| Spaceborne SAR anatomy of a city | Daniele Perissin (Politecnico di Milano) |
| ERS - ASAR Integration in the Interferometric Point Target Analysis | Urs Wegmuller (Gamma Remote Sensing AG) |
| PSInSAR validation by means of a blind experiment using dihedral reflectors | Fabrizio Novali (Tele-Rilevamento Europa - T.R.E. s.r.l.) |
| Parametric Estimation and Model Selection Based on Amplitude-Only Data in PS_Interferometry | Nico Adam (DLR) |
Methodology and techniques: Advances in PSI (Persistent Scatterer Interferometry)
[ Seed Questions ]
| Chair: F. Rocca/R. Bamler
sec. M. Engdahl |
|---|
| Dissemination of PS-InSAR results for improved interpretation and analysis | Swati Gehlot (Technical University Delft) |
| Coherent Target Monitoring at High Spatial Density: Examples of Validation Results | Marco van der Kooij (Vexcel Canada Inc.) |
| Recursive Persistent Scatterer Interferometry | Petar Marinkovic (Delft University of Technology) |
| A Joint Space-Time Approach to Persistent Scatterer Interferometry | Mario Costantini (Telespazio S.p.A.) |
| PSIC4 validation activities | Daniel Raucoules (BRGM) |
| Discussion: Advances in PSI |
|
| Parallel session |
|---|
Volcanoes
[ Seed Questions ] | Chair: G. Wadge/P. Lundgren
sec. A. Zmuda |
|---|
| Two years of InSAR monitoring of volcanic activity at Piton de la Fournaise (Réunion Island) using ASAR-ENVISAT data | Pierre Tinard (Laboratoire Magmas and Volcans) |
| Measuring contemporary deformation in the Taupo Volcanic Zone, New Zealand using SAR interferometry | Jessica Hole (ESSC, University of Reading) |
| Ground deformation monitoring at the Phlegrean Fields (Naples, Italy) from the exploitation of SAR data in the framework of CAT-1 and DUP activities | Sven Borgstrom (Istituto Nazionale di Geofisica e Vulcanologia) |
| InSAR measurements of volcanic deformation at Etna – forward modelling of atmospheric errors for interferogram correction | Rachel Holley (University of Reading) |
| The 2005 eruption of Fernandina volcano, Galapagos, seen by InSAR | Falk Amelung (University of Miami) |
| Imaging Volcanic Deformation Over Aleutian Islands | Zhong Lu (SAIC, USGS/EROS)
presented by Paul Lundgren (JPL) |
| SAR interferometry applied to volcanoes in Italy and Kamchatka | Paul Lundgren (Jet Propulsion Laboratory) |
| Flank dynamic of Mt. Etna by combining ascending and descending Permanent Scatterer analysis and GPS data. | Giuseppe Puglisi (Ist. Naz. Geofisica e Vulcanologia) |
Ice and Snow
[ Seed Questions ]
| Chair: D. Derauw/J. Mohr
sec. M. Eskelinen |
|---|
| Controlled Interferometric Modelling of Glacier Changes in South Svalbard | Aleksey Sharov (Joanneum Research) |
| Application of SAR Interferometry to Himalayan Glaciers | Gopalan Venkataraman (Indian Institute of Technology) |
| A comparison of remotely sensed surface velocities with balance velocities on two Svalbard ice caps | Suzanne Bevan (University of Wales Swansea) |
| The effects of basal water beneath Vatnajökull, Iceland, observed by SAR interferometry | Eyjólfur Magnússon (University of Innsbruck) |
| Greenland ice velocities: Envisat vs Radarsat-1 background missions | Eric Rignot (Jet Propulsion Laboratory) |
| Monitoring Alaskan snow pack with InSAR | Richard Forster (University of Utah) |
| Discussion: Ice and Snow |
|
| Session 11: Poster session, Part II |
|---|
| Deformation fields of city with SAR interferometry (DINSAR and PSI): key examples from buttes Bergeyre and Chaumont area in Paris city (France) | Benoît Deffontaines (Université de Marne-la-Vallée) |
| Blind and surface faulting during large and moderate earthquakes deduced from InSAR in Algeria and Morocco: Insights for the active deformation along the plate boundary in North Africa | Samir Belabbes (IPG Strasbourg, UMR7516)
presented by Mustapha Meghraoui (IPG Strasbourg) |
| Combining Radar, Optical and GPS data for Vrancea seismic area analysis | Maria Zoran (National Institute of Optoelectronics) |
| Dynamics of Mt. Etna before, during and after the 2001 eruption, inferred from GPS and DInSAR data. | Giuseppe Puglisi (Ist. Naz. Geofisica e Vulcanologia) |
| Application of the Coherent Pixels Technique (CPT) to large datasets of ERS and ENVISAT SAR images for deformation time series retrieval | Jordi J. Mallorqui (Universitat Politecnica de Catalunya (UPC)) |
| Coherence and PS-based Advanced DInSAR analysis tools | Erlinda Biescas (Institute of Geomatics) |
| Investigations of Nyamuragira and Nyiragongo volcanoes (Democratic Republic of the Congo) using InSAR | Sarah Colclough (Cambridge University) |
| A generic differential interferometric SAR processing system, with applications to land subsidence and snow-water equivalent retrieval | Yngvar Larsen (Norut IT) |
| Contribution of SAR Interferometry (from ERS1/2) in the Study of the Eolian Transport Processes: Cases of Niger, Mauritania and Morocco | Catherine Bodart (University of Liège) |
| A comparison of SBAS and PS ERS InSAR for subsidence monitoring in Oslo, Norway | Tom Rune Lauknes (Norut IT) |
| Conventional space-borne InSAR for landslide investigations: examples from the northern Apennines (Italy) | Paolo Farina (University of Firenze) |
| Orbital single-pass interferometry for vessel detection and classification | Jordi J. Mallorqui (Universitat Politecnica de Catalunya (UPC)) |
| Determination of glacier velocities on King George Island (Antarctic Peninsula) by DIFSAR | Albert Moll (Center of Remote Sensing of Land Surfaces) |
| Subsidence through space and time in the lake Mead area : Insights from cross-platform ERS/Envisat interferometry. | Marie-Pierre Doin (Ecole Normale Supérieure) |
| Permanent scatterers and seismic motion estimation in the Gargano Peninsula | Silvia Scirpoli (Politecnico) |
| First steps towards single-pass interferometry based on a bistatic fixed receiver SAR system | Jordi J. Mallorqui (Universitat Politecnica de Catalunya (UPC)) |
| Variation in aseismic slip along the creeping section of the San Andreas fault from space-based geodetic data | Frederique Rolandone (Universite Pierre et Marie Curie) |
| Improved understanding of ground surface deformation caused by underground mining activities using levelling and PSInSAR data | Ilona Kemeling (University of Durham) |
| Spatio-temporal phase unwrapping using integer least-squares | Freek van Leijen (Delft University of Technology) |
| The interpretation of Bam fault kinematics using Envisat SAR interferometric data | Zbigniew Perski (Delft University of Technology) |
| Preliminary Results of Differential Interferometry in West-central Argentina | Pablo Euillades (Instituto CEDIAC) |
| Interferometric Coherence analysis of wetlands: The Everglades (south Florida) as a case study | Sang-Wan Kim (University of Miami)
presented by Shimon Wdowinski (University of Miami) |
| Measuring the surface deformation caused by landslide in Wanzhou by InSAR technique | Jingfa Zhang (Institute of Crustal Dynamics, CEA) |
| Key Steps in InSAR Process to Measure Surface Deformation in Cangzhou | Lixia Gong (Institute of Crustal Dynamics, CEA) |
| Tainan Neotectonics from Persistent Scatterer Interferometry (sw Taiwan) | Jyr-Ching Hu (National Taiwan University) |
| PSIC4: the IREA contribution based on the exploitation of the SBAS approach | Eugenio Sansosti (IREA-CNR) |
| Subsidence revealed by PSInSAR technique in the Ottignies-Wavre area (Belgium) related to water pumping in urban area | Xavier Devleeschouwer (Royal Belgian Institute of Natural Sciences) |
| Phase unwrapping using Brunch-cut and Markovian Model | Mounira Ouarzeddine (USTHB) |
| Interferometric study of landslides in urban Volga banks | Ludmila Zakharova (IRE RAS) |
| An University Educational Experience by means of ESA Software and Data | Maurizio Migliaccio (Università degli Studi di Napoli “Parthenope”) |
| Using DInSAR to Monitor Subsidence Caused by Underground Mining Utilising Block-Caving Method. | Andrew Jarosz (Curtin University of Technology) |
| Application of PSI technique to landslide investigations in the Caramanico area (Italy): lessons learnt | Janusz Wasowski (CNR-IRPI, Bari ) |
| A Data Fusion Technique for Mosaicking of Different Sources Digital Elevation Models | Mario Costantini (Telespazio S.p.A.) |
| The SAMAAV project: Study and Monitoring of Active African Volcanoes using ERS and ENVISAT data | F. Kervyn (Royal Museum for Central Africa) |
| INSAR based services to Industry: customer feedback | Stephen Coulson (ESA) |
| Radar interferometric monitoring of ground subsidence due to underground coal mining near Gardanne, France | R. F. Hanssen (Delft University of Technology) |
| DLR's results of the PSIC4 study | Nico Adam (DLR) |
| Interferometric Point Target Analysis over the PSIC4 test site | Tazio Strozzi (Gamma Remote Sensing AG) |
| The applicability and limitations of displacement model PSI methods | Geraint Cooksley (Altamira Information) |
| Monitoring long-term ground movements and Deep Seated Gravitational Slope Deformations by InSAR time series: cases studies in Italy | Salvatore Stramondo (Istituto Nazionale di Geofisica e Vulcanologia) |
| SARscape WideSwath Interferometry | Davide D'Aria (ARESYS s.r.l.) |
| ASAR Background regional mission analysis | Jorge Del Rio Vera (ESA) |
Earthquakes and Tectonics
[ Seed Questions ] | Chair: P. Lundgren/B. Parsons,
sec. F. Sarti |
|---|
| Resolving Vertical Tectonics in the San Francisco Bay Area from Permanent Scatterer InSAR and GPS Analysis | Roland Bürgmann (University of California, Berkeley)
presented by Gareth Funning (University of California) |
| Ground deformation in the two years since the 2003 Bam, Iran earthquake | Eric Fielding (Jet Propulsion Laboratory, Caltech) |
| Some InSAR data considerations when studying Earthquakes | Sigurjon Jonsson (ETH Zurich) |
| Fault Identification in Buried Strike-Slip Earthquakes using InSAR: The 1994 and 2004 Al Hoceima, Morocco Earthquakes. | Juliet Biggs (COMET) |
| Constraining a viscoelastic coupling model of the North Anatolian Fault (NAF) along the Ganos segment by Permanent Scatterers | Mahdi Motagh (GeoForschungsZentrum Potsdam (GFZ)) |
| The 1994-2004 Al Hoceima (Morocco) Earthquake Sequence: Conjugate fault ruptures deduced from InSAR | Ahmet M. Akoglu (ITU)
presented by Ziyadin Cakir (IPG Strasbourg) |
| Comparison of DINSAR techniques for measuring interseismic deformation across the North Anatolian Fault | Erwan Pathier (Oxford University) |
| Crustal deformation and fault slip during the seismic cycle in the North Chile subduction zone, from GPS and InSAR (ERS and ENVISAT) observations | Jean-Bernard de Chabalier (Institut de Physique du Globe de Paris) |
| Joint inversion of InSAR and broadband teleseismic waveform data using ABIC: application to the 1997 Manyi, Tibet earthquake | Gareth Funning (University of California) |
| What are the slip rates of the major faults of Tibet? | Tim Wright (COMET, Department of Earth Sciences) |
| Present-day deformation rates along the northern edge of Tibet, using SAR interferometry | Cécile Lasserre (ENS) |
| Post-seismic mantle relaxation in the Central Nevada Seismic Belt detected by InSAR: Implication for Basin and Range dynamics | Noel Gourmelen (University of Miami - RSMAS) |
| To Measure the deformation field of several seismic faults in Western China and analyze the kinematics feature | Jingfa Zhang (Institute of Crustal Dynamics, CEA) |
| Research Within the WInSAR Consortium | Howard Zebker (Stanford University) |
Landslides
[ Seed Questions ] | Chair: H. Rott/U. Wegmuller,
sec. F. Palazzo |
|---|
| Long term DInSAR analysis of a deep seated gravitative motion in the Alpine region of Val Di Susa, Italy | Simone Atzori (INGV) |
| SAR Interferometric Point Target Analysis of Slope Instabilities in the Community of Biasca, Switzerland | Tazio Strozzi (Gamma Remote Sensing) |
| On the application of PSI technique to landslide monitoring in the Daunia mountains, Italy | Fabio Bovenga (Dip. Interateneo di Fisica - Bari) |
| Landslide hazard mapping at a basin scale using remote-sensing data and artificial neural networks | Sandro Moretti (Università di Firenze) |
| Discussion: Landslides |
|
