| |
| A: | Data Analysis Methods (Optical, Multispectral,Hyperspectral, SAR) |
| | A.1: | Electromagnetic Modelling |
| | A.2: | SAR Interferometry: Along and Across |
| | A.3: | Differential SAR Interferometry |
| | A.4: | SAR Imaging Techniques |
| | A.5: | POL and POLInSAR |
| | A.6: | Bistatic and digital beamforming SAR |
| | A.7: | Tomography and 3D mapping |
| | A.8: | Subsurface Sensing / Ground Penetrating Radar |
| | A.9: | Feature Extraction and Reduction |
| | A.10: | Image Segmentation |
| | A.11: | Object Detection and Recognition |
| | A.12: | Classification and Clustering |
| | A.13: | Estimation and Regression |
| | A.14: | Change Detection and Multi-Temporal Analysis |
| | A.15: | Target Detection and Unmixing |
| | A.16: | Image and Data Fusion |
| | A.17: | Geographic Information Science |
| |
| C: | Cryosphere |
| | C.1: | Snow Cover |
| | C.2: | Ice Sheets and Glaciers |
| | C.3: | Sea Ice |
| | C.4: | Permafrost |
| |
| D: | Data Management and Education |
| | D.1: | Data Management and Systems |
| | D.2: | Remote Sensing Data and Policy Decisions |
| | D.3: | Education and Remote Sensing |
| |
| L: | Land Applications |
| | L.1: | Land Use Applications |
| | L.2: | Land Cover Dynamics |
| | L.3: | Forest and Vegetation: Application and Modelling |
| | L.4: | Forest and Vegetation: Biomass and Carbon Cycle |
| | L.5: | Agriculture |
| | L.6: | Urban and Built Environment |
| | L.7: | Topography, Geology and Geomorphology |
| | L.8: | Soils and Soil Moisture |
| | L.9: | Wetlands |
| | L.10: | Inland Waters |
| |
| M: | Atmosphere Applications |
| | M.1: | Precipitation and Clouds |
| | M.2: | Numerical Weather Prediction and Data Assimilation |
| | M.3: | Atmospheric Sounding |
| | M.4: | Aerosols and Atmospheric Chemistry |
| |
| O: | Oceans |
| | O.1: | Ocean Biology (Color) and Water Quality |
| | O.2: | Ocean Surface Winds and Currents |
| | O.3: | Ocean Temperature and Salinity |
| | O.4: | Coastal Zones |
| | O.5: | Ocean Altimetry |
| |
| S: | Mission, Sensors and Calibration |
| | S.1: | Satellite Missions |
| | S.2: | Small Satellite Technology |
| | S.3: | SAR Instrument and Calibration |
| | S.4: | Scatterometer, Cloud and Rain Radar |
| | S.5: | Microwave Radiometer Instruments and Calibration |
| | S.6: | GNSS-R Sensors |
| | S.7: | Lidar Sensors |
| | S.8: | Passive Optical, Hyperspectral Sensors and Calibration |
| | S.9: | UAV and Airborne Platforms |
| | S.10: | Ground based Systems |
| |
| ST: | Special Themes |
| | The following topics have been designated of special interest for IGARSS 2018. Special session proposals for these topics are specifically encouraged. |
| | ST.1: | Close range remote sensing |
| | ST.2: | Big machine learning in remote sensing |
| | ST.3: | Global Essential Variables from satellite observations |
| | ST.4: | Advances in model-data integration and assimilation |
| | ST.5: | New remote sensing techniques and methods |
| | ST.6: | Education and outreach in remote sensing and geosciences |
