Technical Program
Oceans |
| Session Type: Poster |
| Time: Monday, March 1, 17:40 - 19:00 |
| EVALUATION OF FOAM MICROWAVE EMISSION MODELS FOR SPACE OBSERVATIONS |
| Victor Raizer; Zel Technologies, LLC |
| Magdalena Anguelova; Naval Research Laboratory |
| Peter Gaiser; Naval Research Laboratory |
| AN ANISOTROPIC OCEAN SURFACE EMISSIVITY MODEL BASED ON WINDSAT POLARIMETRIC BRIGHTNESS OBSERVATIONS - JOEM |
| Dean F. Smith; Center for Environmental Technology |
| Bob L. Weber; Center for Environmental Technology |
| Srikumar Sandeep; Center for Environmental Technology |
| Albin J. Gasiewski; Center for Environmental Technology |
| OPERATIONAL OCEAN MICROWAVE EMISSIVITY MODELS |
| Quanhua Liu; Joint Center for Satellite Data Assimilation |
| Fuzhong Weng; NOAA/NESDIS/STAR |
| Stephen English; Met Office |
| Yong Han; NOAA/NESDIS/STAR |
| A NEW MODEL FUNCTION FOR THE PERMITTIVITY OF SEAWATER AT 1.413 GHZ |
| Roger Lang; George Washington University |
| Yi Jin; George Washington University |
| Cuneyt Utku; NASA Goddard Space Flight Center |
| Shuo Gu; George Washington University |
| David Le Vine; NASA Goddard Space Flight Center |
| COMBINED OCEAN SURFACE MODELS FOR L-BAND MICROWAVE RADIOMETRY |
| Victor Raizer; Zel Technologies, LLC |
| BRIGHTNESS TEMPERATURE CORRECTION OF THE SEA STATE EFFECT USING GNSS-R DATA |
| Enric Valencia; UPC |
| Adriano Camps; UPC |
| Xavier Bosch-Lluis; UPC |
| Nereida Rodriguez-Alvarez; UPC |
| Isaac Ramos-Perez; UPC |
| Juan Fernando Marchan-Hernandez; UPC |
| IMPROVED HIGH WIND SPEED RETRIEVALS USING AMSR AND THE NEXT GENERATION NASA DUAL FREQUENCY SCATTEROMETER |
| Peth Laupattarakasem; University of Central Florida |
| Suleiman Alsweiss; University of Central Florida |
| Salem El-Nimri; University of Central Florida |
| W. Linwood Jones; University of Central Florida |
| Svetla Veleva; Jet Propulsion Laboratory |
| Bryan Stiles; Jet Propulsion Laboratory |
| Ernesto Rodriguez; Jet Propulsion Laboratory |
| Robert Gaston; Jet Propulsion Laboratory |
| A CONSISTENT AND SIMPLE SEMI-EMPIRICAL APPROACH TO ESTIMATE THE ROUGHNESS-INDUCED IMPACT ON THE MICRO-WAVE SEA SURFACE EMISSIVITY |
| Sebastien Guimbard; IFREMER |
| Nicolas Reul; IFREMER |
| Bertrand Chapron; IFREMER |
| APPLICATION OF REFLECTED GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS-R) SIGNALS IN THE ESTIMATION OF SEA ROUGHNESS EFFECTS IN MICROWAVE RADIOMETRY |
| Justin Voo; Purdue University |
| James Garrison; Purdue University |
| Simon Yueh; NASA Jet Propulsion Laboratory |
| Michael Grant; NASA Langley Research Center |
| Bryan Clauss; Purdue University |
| Jennifer Haase; Purdue University |