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CRYOSAT 2005 Workshop - Proceedings |
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| The Cryosat Mission, Payload, and User Segment | Chair: Pascal Gilles/Guy Ratier |
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Science Requirements |
Duncan Wingham |
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The CryoSat Payload |
Constantin Mavrocortados |
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The CryoSat Mission |
Richard Francis |
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The CryoSat Ground Segment Design and Operations
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Pierre Viau |
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CryoSat Data Access |
Pascal Gilles |
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System Performance
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Richard Francis |
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Validation Concept
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Duncan Wingham |
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Cryosat validation campaigns implementation
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Malcolm Davidson |
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| Poster Session | |
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| Sea ice radar altimeter signature modelling experiments | Rasmus Tonboe |
| Application of the CryoSat SIRAL instrument for monitoring of mountain glaciers: needs and potential | Andreas Kääb |
| Comparison of Cryosat sea ice thicknesses with PIPS sea ice model thicknesses | Kim Partington |
| The Mass Budget of the Lambert Glacier-Amery Ice Shelf (AIS) system | Matt King |
| INTER-COMPARISON OF AIRBORNE DELAY/DOPPLER PHASE MONOPULSE RADAR ALTIMETER AND LIDAR MEASUREMENTS OVER SVALBARD LAND- AND SEA-ICE | Vivienne Raper |
| WIND and SNOW: IMPACT ON SURFACE MASS BALANCE OF EAST ANTARCTIC ICE SHEET | Massimo Frezzotti |
| Use of CRYOSAT data for Continental Ice Monitoring | Benoit Legresy |
| Improvements in Global Marine Gravity and Bathymetry using CryoSat Multi-looked Waveform Data | David Sandwell |
| Upgrading Interferometric Models of European Tidewater Glaciers with Altimetry Data | Aleksey Sharov |
| Evolution of Sea-Ice Cover in the Ross Sea from December 2003 to March 2004 as observed by the Passive Microwave Radiometer AMSR-E | Flavio Parmiggiani |
| Sea-ice freeboards in the Arctic Ocean from ICESat and airborne laser | Henriette Skourup |
| Validation of Cryosat level 2 and SARIn level1b data over Antarctica and potential of SARIn level 1b data for mountain glacier mass balance | Yves Arnaud |
| PROALP: Mapping and Monitoring of Permafrost in the Alps using Differential Radar-Interferometry - First Results | Johannes Zilger |
| ALTITUDE ACCURACY IMPROVEMENT BY USING A NEW RADAR ALTIMETER SIMULATOR FOR ENVISAT DATA | Batuhan Osmanoglu |
| On the combination of CryoSat with classical altimeter systems | Wolfgang Bosch |
| InSAR Data Analysis over Gangotri Glacier for Observing Height Changes | Y.S. Rao |
| Future use of microwave observations in support of Cryosat | Christian RUIZ |
| Toward remote sensing of the net sea ice volume flux in the Greenland Sea | Gunnar Spreen |
| Simulation of radar-altimeter return power and waveforms over ice covered regions | Verena Seufer |
| Activities within DEOS related to the Cryosat Mission | Ernst Schrama |
| HIGH FREQUENCY GROUND BASED RADAR MEASUREMENTS IN THE PERCOLATION ZONE OF THE GREENLAND ICE CAP | Julian Scott |
| ASIRAS LEVEL 2 PROCESSED DATA RESULTS | Catherine Bouzinac |
| Analysis and interpretation of ENVISAT individual echoes for applications over non-ocean surfaces | Philippa A. M. Berry |
| The Challenge of Hydrologic Complexity: Extreme variability in the occurrence of water on the land surface | Bo Zhang |
| CryoSat Internal Calibration: Processing methods and Data examples. | Robert Cullen |
| L1b SAR/SARIn processor descriptions for CryoSat and ASIRAS. | Robert Cullen |
| Estimating glacial isostatic adjustment and present-day ice mass balance in Dronning Maud Land, Antarctica | Jaakko Mäkinen |
| CryoSat swath-mode elevation retrievals for InSAR baseline control | Andrew Shepherd |
| Simulation of d2p radar echoes from CRYOVEX 2003 scanning laser measurements | David Wallis |
| Use of CryoSat SIRAL FBR SAR Level 1a data to test Delay-Doppler resolution of ocean surface geophysical signals | Walter Smith |
| The Everglades wetlands as a laboratory for testing and calibrating the CRYOSAT hydrological applications | Shimon Wdowinski |
| CNES Toulouse involvement in Cryosat in-orbit mission | Sophie Coutin-Faye |
| Combined sea ice thickness investigation using in situ observations, moored upward looking sonar and satellite remote sensing | Sebastian Gerland |
| Validation of satellite images of sea ice using IceCam | Richard Hall |
| CryoSat Data Processing in Near Real Time for Oceanographic Applications | Jérôme Benveniste |
| The CryoSat Satellite, Payload Data Processing and Validation Campaigns | CryoSat Project Team |
| Cryosat L2 Processing Algorithms and Products | Steven Baker |
| Cryosat: Showing the Way to a Future of Improved Ocean Mapping | Walter Smith |
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| The Cryosat Mission Concept | |
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| CryoSat Data as Delay-Doppler Proof of Concept | R. Keith Raney |
| Calibration and Validation | Chair: Malcolm Davidson/Duncan Wingham |
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| Results of the CryoSat Validation Experiment - CryoVEx-2003 | Sine M. Hvidegaard |
| ASIRAS campaign 2004b and state of data processing progress | Veit Helm |
| Investigations of meltwater refreezing and firn density variations in the percolation zone of the Greenland Ice Sheet | Peter Nienow |
| Spatial and temporal variability in snow accumulation on Austfonna, Svalbard. | Andrea Taurisano |
| CryoSat Calibration/Validation Experiments on the Devon Ice Cap, Canada | David Burgess |
| Concept of CryoSat Product Validation in the Region of Schirmacheroase / Antarctica | Reinhard Dietrich |
| Calibration and validation of Cryosat on the Antarctic Peninsula | Robert Arthern |
| Cal/val measurements for CryoSat along the EGIG line, Greenland | Elizabeth Morris |
| Cal/Val on ICESat and Application to Cryosat | Bob Schutz |
| NASA ATM Applications to ICESat cal/val | William Krabill |
| SIRAL Beam-formation Verification using Transponders | Mònica Roca |
| Applications | Chair: Mark Drinkwater/René Forsberg |
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| Arctic Ocean mean-sea surface, geoid and gravity from surface data, ICESAT and GRACE - a reference for Cryosat sea-ice mapping | Rene Forsberg |
| Sea Level Variations in the Polar Region | C.K. Shum |
| Sea ice freeboard and thickness as function of snow cover and ice density | Stein Sandven |
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| Applications | Chair: Mark Drinkwater/René Forsberg |
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| Greenland ice sheet elevation change derived from ERS-1 and ERS-2 satellite altimeter data and its relation with climate parameters | Kirill Khvorostovsky |
| What can we learn with a mixed product ERS-Envisat-Cryosat above ice sheet? | Frédérique Rémy |
| Comparing CryoSat, ICESat, and AMSR-E measurements over Antarctic Sea Ice | Donghui Yi |
| Overview of the ICESat Mission and Cal/Val Opportunities | Jay Zwally |
| Arctic Sea Ice freeboard height: Impact of ICESat, CryoSat geoid and tide models | Alexander Braun |
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The Utilisations of CRYOSAT Data of Assess the Dynamics and
Mass Balance of Eastern Weddell Sea
Ice Sheet/Ice Shelf Systems | Manfred Lange |
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Keywords: ESA European
Space Agency - Agence spatiale europeenne,
observation de la terre, earth observation,
satellite remote sensing,
teledetection, geophysique, altimetrie, radar,
chimique atmospherique, geophysics, altimetry, radar,
atmospheric chemistry
The Cryosat Project
