| Tomonori Deguchi | Measurement of long-term deformation by InSAR using ALOS/PALSAR data |
| Marie-Pierre Doin | Probing the uppermost mantle rheology using surface deformation associated with the Lake Mead load fluctuations |
| Michele Crosetto | A 2+1D phase unwrapping for Advanced DInSAR data processing |
| Daniel Raucoules | PSIC-4: Validation and Intercomparison of Persistent Scatterers Interferometry. Main results. |
| Yo Fukushima | Ground deformation associated with a seismic swarm near Aysen, southern Chile, measured by ALOS/PALSAR interferometry |
| Manfred Zink | The TanDEM-X Mission |
| Jon Leighton | Establishing a Corner Reflector Network for PSI |
| Henri Laur | ERS and Envisat Mission Status |
| Tazio Strozzi | Evolution of a deep-seated rock mass movement observed with satellite SAR interferometry |
| Rachel Holley | New insights into the nature and effects of the water vapour field on InSAR measurements over Etna |
| Virginie Pinel | Study of the deformation field of two active Mexican stratovolcanoes (Popocatepetl and Colima Volcano) by time series of InSAR data. |
| Mario Costantini | Multidimensional SAR Imaging: Studies in the Framework of LIMES Project |
| Eric Rignot | Ice motion mapping in Antarctica with Envisat ASAR and ALOS PALSAR |
| Adriano Meta | First TOPSAR interferometry results with TerraSAR-X |
| Paul Lundgren | Slip rates and rheology of the southern San Andreas-San Jacinto fault system from earthquake cycle models constrained by GPS and InSAR observations |
| Zbigniew Perski | Deformation of the margin of Sudety Mountains (Southern Poland) studied by Persistent Scatterers Interferometry |
| Jung Hyung-Sup | An Efficient Method for Improving Coherence of Multi Aperture Interferogram (MAI) |
| Michael Eineder | First TerraSAR-X Interferometry Evaluation |
| Steffen Knospe | Covariance Estimation, Geostatistical Prediction and Simulation for InSAR Observations in Presence of Strong Atmospheric Anisotropy |
| Zhong Lu | Diverse deformation patterns of Aleutian volcanoes from interferometric synthetic aperture radar (InSAR) |
| Ohig Kwoun | The application of multi-temporal, multiple-satellite, C- and L-band SAR data for the analysis of backscattering variations, InSAR-derived water-level changes over swamp forests, and subsidence over Southeastern Louisiana |
| Sebastien ANGELLIAUME | The X-band RAMSES multi-pass interferometry campaign |
| Nico Adam | Persistent Scatterer Processing Validation in the Course of the Terrafirma Project |
| Nico Adam | Persistent Scatterer Processing Validation in the Course of the Terrafirma Project |
| Zhenhong Li | InSAR time series analysis with water vapour correction model for mapping postseismic deformation after the 2003 Bam, Iran Earthquake |
| K. P. Papathanassiou | Recent Advances in Pol-InSAR Forest Parameter Estimation: Results, and Conclusions from actual Experimental Campaigns and Studies |
| Andrew Hooper | A Combined Multi-Temporal InSAR Method Incorporating Persistent Scatterer and Small Baseline Approaches |
| Christian Minet | First results of PS-InSAR analysis of crustal deformation and landslides in Galilee (Israel) and presentation of the Joint German-Israeli Research Program to improve assessments of the seismic hazard generated by the Dead Sea Transform Fault |
| Tim Wright | Pre- Co- and Post-dyking Deformation in the Dabbahu Rift Segment
(Afar, Ethiopia) Observed with InSAR |
| John Elliott | Water Vapour Bias in Measuring Interseismic Strain Accumulation
with InSAR for the Altyn Tagh Fault, N. Tibet |
| Betlem Rosich | ERS and ENVISAT SAR instruments operations and products quality update |
| Luca Marotti | Coherent vs. Persistent Scatterers: A case study. |
| Paolo Pasquali | Interferometric and Polarimetric Interferometric experiments with ALOS PALSAR data |
| Andrew Jarosz | Utilisation of InSAR for Subsidence Monitoring over the Caving Zone of Underground Metalliferous Mine |
| Daniele Perissin | Repeat-pass SAR interferometry with partially coherent targets |
| Francesco casu | Fifteen years of ERS and ENVISAT DInSAR observations at
Mt. Etna (Italy) by using the SBAS approach |
| Giuseppe Puglisi | High incidence angles of ASAR data reveal new insights for studying the 2004-2005 Mt. Etna eruption |
| Berthyl Duesmann | ERS-2 and ENVISAT orbit control: current and future strategy - the impact on the interferometric baselines |
| Francesco Guglielmino | 2006 Mt. Etna eruption imaged by ERS2 and ENVISAT data |
| Jessica Hole | Deformation at Taupo volcano, New Zealand, measured by InSAR, lake levelling and GPS |
| Pablo Blanco-Sanchez | Optimal data generation for Multiple Images DInSAR techniques: Minimum Cost Flow interferograms and Region Growing pixel selection. |
| Xavier Devleeschouwer | Contrasting ground movements revealed by radar interferometry over abandoned coal mines (Campine, Belgium) |
| Henriette Sudhaus | Improvement of fault model estimations by using multiple datasets and full data covariances: An application to the Kleifarvatn earthquake, Iceland. |
| Henriette Sudhaus | Improvement of fault model estimations by using multiple datasets and full data covariances: An application to the Kleifarvatn earthquake, Iceland. |
| Sergi Duque | Bistatic Interferometric toolkit for campaign evaluation and DEM generation |
| Yann Gueguen | Detection and characterisation of the topographic surface displacements using DINSAR and PS interferometry applied to the Nord/Pas-de-Calais coal basin. |
| Gerard Margarit | Analysis of Urban Areas Scattering with Simulated SAR imagery |
| Fabrizio Lombardini | Potentials of Volumetric Differential Interferometry and Robust Tomography |
| Gilles Peltzer | InSAR time series of the Asal Rift, Afar: Troposphere phase delay and ground movement signal |
| Olivier Cavalie | Measurement of Interseismic Strain Accumulation Across the Haiyuan Fault by Radar Interferometry |
| Sami Samiei Esfahany | Lessons learned from PSIC4: improving PS-InSAR results for a constrained test site. |
| Freek J. van Leijen | Ground water management and its consequences in Delft, the Netherlands as observed by Persistent Scatterer Interferometry |
| Eric Fielding | Large-scale deformation of Tibet measured with Envisat ScanSAR interferometry |
| Ramon Hanssen | Current subsidence due to peat drainage in the Netherlands, kinematic observations from radar interferometry |
| Tom R. Lauknes | Regional scale landslide mapping in Northern Norway using SBAS InSAR |
| Stefan Hinz | Enhancements for High Resolution SAR Persistent Scatterer Interferometry |
| Franz Meyer | Ionospheric Effects on SAR, InSAR, and SAR Polarimetry – Theory and Experiences with ALOS/PALSAR |
| Meyer Franz | Persistent Scatterer InSAR using Artificial Point Targets – First Analysis of Amplitude and Phase Stability |
| Noel Gourmelen | Shallow locking depth in the Eastern California Shear Zone, significance for low angle normal faulting. |
| Catherine Bodart | Detection and monitoring of sand dune mobility in southeast Niger using multi-temporal coherence images |
| Peter Meadows | ALOS PALSAR Cal/Val Activities |
| Michele Crosetto | Inter-comparison of persistent scatterer interferometry results |
| Bianca Hoersch | The ALOS mission/status of the ALOS Data European Node |
| Mirko Albani | European Strategy for Long-term EO data preservation and access |
| linhsia noferini | Monitoring of Belvedere Glacier using a wide angle GBSAR interferometer |
| Andrea Monti Guarnieri | Subsidences estimation from ground based SAR: techniques and experimental results |
| Thomas Nagler | Feasibility of snow water equivalent retrieval by means of ground-based and spaceborne SAR interferometry |
| Sigurjon Jonsson | Deformation and Stress-Change Modeling at Sierra Negra Volcano, Galapagos, from Envisat InSAR and GPS Observations |
| Irena Hajnsek | TerraSAR-X: Exploration of Multitemporal PolSAR and Pol-InSAR Data |
| Daniele Perissin | Comparison between SAR atmospheric phase screens at 30' by means of ERS and ENVISAT data |
| Session Summary: | Summary: Applications: Volcanoes |
| Session Summary: | Summary: General Methodology and Techniques |
| Session Summary: | Summary: Methodology and Techniques: PSI (Persistent Scatterer Interferometry) |
| Session Summary: | Summary: Airborne campaigns |
