Microwave Radiometry and Remote Sensing of the Earth's Surface and Atmosphere

Remote sensing of the Earth's surface Ocean surface and wind speed 1. Sea surface parameters retrieval by passive microwave polarimetry 2. Comparison of the sea surface brightness temperature measured during the Coastal Ocean Probing Experiment (COPE'95) from a blimp with model calculations 3. Determination of ocean surface wind speeds from the TRMM Microwave Imager 4. Ocean winds measured by an imaging, polarimetric radiometer 5. Interference effects in freshwater and sea ice 6. A comparison of the errors associated with the retrieval of the latent heat flux from individual SSM/I measurements Land surface 7. Airborne passive microwave measurements on agricultural fields 8. A combined two-scale model for microwave emissivities of land surfaces 9. Modelling of the electromagnetic response of geophysical media with complicated geometries: Analytical and numerical approaches 10. Faraday rotation and passive microwave remote sensing of soil moisture from space 11. On simultaneous optical and passive microwave remote sensing of soil, water and vegetation 12. Application of physically-based models of land surface processes in the interpretation of passive microwave radiometry 13. Detection of ice sheet on asphalt roads Remote Sensing of Atmosphere Ground based observations 14. Resolution and accuracy of a multi-frequency scanning radiometer for temperature profiling 15. Implications of an improved atmospheric absorption model on water vapor retrievals 16. Analysis of tip cal methods for ground-based microwave radiometric sensing of water vapor and clouds 17. Observations of integrated water vapor and cloud liquid water at the SHEBA ice station 18. Measurement of plentiful water vapor and cloud liquid water around precipitation area 19. Characteristics of atmospheric water on measurements of ground based microwave radiometer and rain recorder 20. Using a micro-rain radar to assess the editing of ground-based microwave radiometer data 21. Microwave ground based unattended s