IGARSS 2013: Melbourne, Australia

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MO3.101: Education and Remote Sensing

MO3.102: Extra-Terrestrial Geoscience and Remote Sensing

MO4.102: Coastal Hazards and Landslides

MO3.103: NASA Soil Moisture Active Passive Mission (SMAP)

MO4.103: Soil Moisture: Retrieval Algorithms I

MO3.104: Tomography and 3D Mapping I

MO4.104: Multidimensional SAR Imaging Techniques

MO3.105: Novel Approaches to Remote Sensing

MO3.106: Differential SAR Interferometry I

MO4.106: Differential SAR Interferometry II

MO3.109: Forest Structure I

MO4.109: Forest Structure II

MO3.110: High Resolution Optical Techniques I

MO4.110: High Resolution Optical Techniques II

MO3.111: Sea Ice I

MO4.111: Ice Sheets and Glaciers I

MO4.112: Big Data and Geoinformation Analytics I

MO3.207: Geohazard Supersites and Natural Laboratories

MO4.207: Ground Measurements for Improving Satellite Precipitation Algorithms

MO3.208: Ocean Biology

MO4.208: Ensuring Credibility of Remote Sensing Data Products

MOP.P1: SAR Interferometry I

MOP.P2: Recent Advances in GNSS-R and Synthetic Aperture Microwave Radiometry

MOP.P3: Microwave Radiometers

MOP.P4: Hyperspectral Techniques I

MOP.P5: Optical and Infrared Modelling I

MOP.P7: Integrated Earth Observing Systems I

MOP.P8: High Resolution Optical Techniques III

MOP.P9: Instruments, Calibration and Techniques

MOP.P11: LIDAR Applications

MOP.P14: Remote Sensing from Airborne Platforms

MOP.P15: Precipitation and Clouds I

MOP.P16: Numerical Weather Prediction and Data Assimilation I

MOP.P17: Atmospheric Sounding

MOP.P18: Aerosols and Atmospheric Chemistry I

MOP.P19: Data Management and Systems I

MOP.P20: Inland Waters I

MOP.P21: Tomography and 3D Mapping II

MOP.P22: SAR Processing III

TU1.101: Tropical Rainfall Measurement Mission I

TU4.101: Ocean Temperature and Salinity I

TU2.102: Earthquakes and Crustal Movement

TU3.102: Tsunamis & Flooding

TU4.102: Volcanism

TU1.103: Soil Moisture: Retrieval Algorithms II

TU2.103: Soil Moisture: Downscaling Approaches

TU3.103: Soil Moisture: Field Experiments

TU4.103: Soil Moisture: Radar Parameters

TU1.104: Advanced Methods for Polarimetric Information Extraction

TU2.104: GIS Applications I

TU3.104: Local and Regional Applications of Integrated in-Situ and Remote Sensing Data I

TU1.105: Local and Regional Applications of Integrated in-Situ and Remote Sensing Data III

TU2.105: GCOM-Global Change Observation Mission

TU3.105: Remote Sensing Instruments and Technologies for Small Satellites I

TU4.105: Pansharpening and Image Processing

TU1.106: Differential SAR Interferometry III

TU2.106: High Resolution SAR I

TU3.106: High Resolution SAR II

TU4.106: Airborne SAR

TU1.109: Forest Biomass I

TU2.109: Forest Biomass II

TU3.109: Forests I

TU4.109: Forests II

TU1.110: Hyperspectral Classification I

TU2.110: Hyperspectral Classification II

TU3.110: Hyperspectral Target/Anomaly Detection

TU4.110: Hyperspectral Noise Reduction

TU1.111: Student Paper Contest I

TU2.111: Student Paper Contest II

TU3.111: Global Precipitation Measurement II

TU4.111: Global Precipitation Measurement III

TU1.112: Use Cases and the Development of Digital Earth

TU2.112: Snow Remote Sensing I

TU3.112: Snow Remote Sensing II

TU4.112: Future Missions and Systems

TU1.207: Active/Passive Microwave Remote Sensing of Terrestrial Snow

TU2.207: Temporal Decorrelation and Repeat-Pass Interferometry over Forests

TU3.207: Data Fusion I

TU4.207: Data Fusion II

TU1.208: Satellite Sensing of Oceans Winds

TU2.208: Ocean Winds: Hurricane Studies and Climate Applications

TU3.208: Ocean Currents and Waves Dynamics

TU4.208: Remote Sensing Instruments and Technologies for Small Satellites II

TUP.P1: High Resolution SAR III

TUP.P2: SAR Processing I

TUP.P3: Differential SAR Interferometry IV

TUP.P4: Electromagnetic Interactions with Land and Ocean

TUP.P5: Subsurface Sensing Methods and Systems

TUP.P6: Hyperspectral Techniques II

TUP.P7: Information Extraction for Mapping Applications

TUP.P8: Information Extraction for Land and Maritime Applications

TUP.P9: Information Extraction in Electromagnetic and Subsurface Problems

TUP.P10: Ocean Temperature and Salinity II

TUP.P11: Coastal Oceanography I

TUP.P12: Coastal Zones I

TUP.P13: Ocean Color and Water Quality

TUP.P14: Active and Passive Sensing of Ocean Winds; Wave Fields and Propagation

TUP.P15: Spaceborne Observations of Hurricanes and Air-Sea Interaction

TUP.P16: Ocean Altimetry

TUP.P17: SAR Missions and Calibration

TUP.P18: Active Microwave Sensors and Calibration

TUP.P19: Ground-Based Radar

TUP.P20: Big Data and Geoinformation Analytics II

TUP.P21: Image Information Mining I

TUP.P22: Dynamics of Earth Processes and Climate Change - Biosphere

TUP.P23: Dynamics of Earth Processes and Climate Change - Hydrosphere/Geosphere

TUP.P24: Dynamics of Earth Processes and Climate Change - Biosphere/Atmosphere

WE1.102: Dynamics of Earth Processes and Climate Change - Biosphere/Cryospheres

WE2.102: Dynamics of Earth Processes and Climate Change - Hydrosphere

WE3.102: Dynamics of Earth Processes and Climate Change - Atmosphere

WE4.102: Surface Deformation in Volcanic and Seismogenic Areas by Means of Advanced Remote Sensing Techniques I

WE1.103: Soil Moisture: Satellite Products

WE2.103: Soil Moisture: Data Assimilation

WE3.103: Radarsat

WE1.104: Sub-Orbital Microwave Radiometers

WE2.104: Synthetic Aperture Microwave Radiometry and Radio-Frequency Interference Detection and Mitigation

WE3.104: Recent Technology Developments in Microwave Radiometry

WE4.104: Microwave Radiometer Calibration and Validation

WE1.105: Change Detection

WE2.105: Multi and Hyperspectral Image Analysis

WE3.105: SAR Image Analysis I

WE4.105: SAR Image Analysis II

WE1.106: SAR Target Detection and Recognition

WE2.106: SAR Processing II

WE3.106: SAR Interferometry II

WE4.106: SAR Interferometry III

WE1.109: Field Sampling and Remote Sensing

WE2.109: Vegetation I

WE3.109: Vegetation II

WE4.109: Vegetation III

WE1.110: Spectral Unmixing

WE2.110: Machine Learning in Hyperspectral Imagery

WE3.110: Applications of Hyperspectral Sensing

WE4.110: Remote Sensing for Water Resources

WE1.111: Precipitation and Clouds II

WE2.111: Precipitation and Clouds III

WE3.111: Aerosols and Atmospheric Chemistry II

WE4.111: Numerical Weather Prediction and Data Assimilation II

WE1.112: Remote Sensing of the Littoral Zone with Electro-Optical Sensors I

WE2.112: Remote Sensing of the Littoral Zone with Electro-Optical Sensors II

WE3.112: Recent Advances in Land Surface Data Assimilation

WE4.112: New SAR Missions

WE1.207: SAR Polarimetry: Theory and Applications I

WE2.207: SAR Polarimetry: Theory and Applications II

WE3.207: Signal Processing Techniques for POL-SAR and POL-INSAR Applications I

WE4.207: Signal Processing Techniques for POL-SAR And POL-INSAR Applications II

WE1.208: ALOS Follow-on Optical Mission: High Spatial/Spectral Resolution Global Observation

WE3.208: Coastal Oceanography II

WE4.208: Radar in Coastal Oceanography

WEP.P1: Polarimetric Decompositions and Classifications

WEP.P2: Polarimetric Methods and Applications

WEP.P3: POLSAR Image Analysis

WEP.P4: Bistatic SAR I

WEP.P5: Analysis Techniques: Segmentation

WEP.P6: Image Analysis I

WEP.P7: Image Processing Techniques

WEP.P8: Information Extraction in Vegetation Applications

WEP.P9: Analysis Techniques for Information Extraction

WEP.P10: Land Cover Change: Regional Applications

WEP.P11: Soil Moisture Retrieval I

WEP.P12: Land Cover Change: Analysis Methods

WEP.P13: Forests and Vegetation

WEP.P14: Agriculture: Remote Sensing of Vegetation Properties I

WEP.P15: Agriculture: Remote Sensing of Vegetation Classification and Identification

WEP.P16: Agriculture: Remote Sensing of Land and Water Management I

TH1.101: Topography, Geology and Geomorphology I

TH2.101: Wetlands I

TH3.101: Integrated Earth Observing Systems II

TH1.102: Surface Deformation in Volcanic and Seismogenic Areas by Means of Advanced Remote Sensing Techniques II

TH2.102: Topography, Geology & Geomorphology

TH3.102: Earth Deformation Mapping

TH4.102: Recent Advances in Ocean Altimetry

TH1.103: Tandem-X Applications

TH2.103: Information Extraction for Scene Interpretation

TH3.103: Information Extraction from SAR Images

TH4.103: Information Extraction for Soil and Vegetation

TH2.104: Optical and Infrared Modelling III

TH3.104: Optical and Infrared Modelling IV

TH4.104: TIR Hyperspectral Remote Sensing for the Geosciences

TH1.105: SAR Image Analysis III

TH2.105: Statistical and Machine Learning Techniques

TH3.105: Image Classification I

TH4.105: Image Classification II

TH2.106: POLSAR Methods

TH3.106: POLSAR Applications

TH4.106: Polarimetric Decomposition Techniques

TH1.109: Agriculture: Active Remote Sensing for Crop Properties

TH2.109: Agriculture: Remote Sensing of Vegetation Properties II

TH3.109: Agriculture: Remote Sensing of Vegetation Properties III

TH4.109: Agriculture: Remote Sensing of Land and Water Management II

TH1.110: Land Cover Change: Global and Regional Mapping

TH2.110: Land Cover Change: Urban

TH3.110: Land Cover Change: Optical

TH4.110: Land Cover Change: Radar

TH1.111: Atmospheric Sounding - Spaceborne

TH2.111: Atmospheric Sounding - Airborne and in-Situ

TH3.111: Lidars and Forestry

TH4.111: Lidars and Environment

TH1.112: SMOS New Application and Basic Research Results I

TH2.112: SMOS New Application and Basic Research Results II

TH3.112: SMOS New Application and Basic Research Results III

TH4.112: SMOS New Application and Basic Research Results IV

TH1.207: Change Detection and Multi-Temporal Image Analysis I

TH2.207: Change Detection and Multi-Temporal Image Analysis II

TH3.207: Next Generation Radar Instruments and Technologies for Future Missions and Mission Concepts I

TH4.207: Super-Pixel Based Image Processing and Classification

TH1.208: Spaceborne Imaging Spectroscopy Missions - Current and Future Activities I

TH2.208: Spaceborne Imaging Spectroscopy Missions - Activities & Calibration

TH3.208: New Developments in Monitoring of Ocean Surface Features with Spacebourne SAR

TH4.208: Subsurface Sensing I

THP.P1: SAR: Image Processing Methods

THP.P2: SAR: Image Processing Applications

THP.P3: Image Classification III

THP.P4: Image Processing III

THP.P5: Snow Remote Sensing III

THP.P6: Ice Sheets and Glaciers II

THP.P7: Sea Ice II

THP.P8: GIS Applications II

THP.P9: Landslides, Volcanoes and Earthquake

THP.P10: Water Related Disasters

THP.P11: Miscellaneous Hazards

THP.P13: Soil Moisture Retrieval II

THP.P14: Soil Physical and Chemical Properties

THP.P15: Wetlands II

THP.P16: Inland Waters II

THP.P17: Forests and Vegetation II

THP.P18: Urban Remote Sensing I

THP.P19: Forest Degradation I

THP.P20: Topography, Geology and Geomorphology II

FR3.101: Remote Sensing from Unmanned Aerial Vehicles and Systems

FR4.101: Ground-Based Sensor Systems

FR1.102: Subsurface Sensing II

FR3.102: Forest Degradation II

FR4.102: Impact of Remote Sensing Programs II

FR1.103: Information Extraction for Change Detection

FR2.103: 3D INFORMATION EXTRACTION IN URBAN DATA SETS

FR3.103: 2D INFORMATION EXTRACTION IN URBAN DATA SETS

FR4.103: Information Extraction for Target Detection

FR1.104: High Resolution Remote Sensing for Environmental Monitoring

TUP.P4: Electromagnetic Interactions with Land and Ocean

FR3.104: Microwave Interaction with Natural Media

FR4.104: Ground Penetration and Target Detection

FR1.105: Hyperspectal Image and Signal Processing

FR2.105: Image Processing I

FR3.105: Image Processing II

FR4.105: Image Analysis II

FR1.106: Polarimetric Statistical Analysis and Modelling

FR3.106: Bistatic SAR II

FR4.106: Active Microwave Sensors

FR1.109: Agriculture: Remote Sensing for Crop Classification and Mapping

FR3.109: Urban Remote Sensing II

FR4.109: Urban Remote Sensing III

FR1.110: Land Cover Change: Analysis Techniques I

FR2.110: Land Cover Change: Analysis Techniques II

FR1.111: Space Lidar: Missions, Technologies and Observations

FR2.111: Vegetation Structure from Multi-Frequency Measurements

FR3.111: Image Information Mining II

FR4.111: Image Information Mining III

FR1.112: Sensor and Model Synergies I

FR2.112: Optical and Hyperspectral Sensors

FR3.112: Hyperspectral Parameters

FR4.112: Calibration and Instruments

FR1.207: Spaceborne SAR

FR2.207: UAV, Airborne and GB-SAR

FR3.207: Radar Processing and Calibration

FR4.207: Digital Calibration Techniques for Multi-Channel SAR Systems

FR1.208: The Surface Water and Ocean Topography (SWOT) Mission

FR2.208: Data Management and Systems II

FR3.208: Data Management and Systems III

FR4.208: PLEIADES: A Dual Optical Constellation for Submetric Observations: Thematic Space Applications II

TU1.102: Hazard/Disaster Mapping

TH1.104: Optical and Infrared Modelling II