PPT-MWR Roughness Correction Algorithm for the Aquarius SSS Ret

W Linwood Jones Yazan Hejazin Salem Al Nimri Central Florida Remote Sensing Lab University of Central Florida Orlando Aquarius Science Team Meting November 2014 Seattle WA USA Abstract. R. Bindlish, T. Jackson, M. Cosh. November 2014. Overview. Soil moisture algorithm. Soil moisture product. Validation. Linkage between Soil Moisture and SSS. Aquarius Soil Moisture Algorithm. The baseline soil moisture algorithm uses the . Shannon Brown and Sidharth Misra. Jet Propulsion Laboratory, California Institute of Technology. 7th . Aquarius SAC-D Science Meeting. 11-13, April 2012. Buenos Aires, Argentina. Project Overview. Developing methods to track Aquarius calibration over Antarctica and rainforest regions. Channels and Floodplains. Culverts. 1. Teaching Objective. Understand that:. resistance to flow depends on roughness . Manning’s n value is simply a parameter used by hydraulic engineers to represent roughness. Paul Hayne. 1. , Oded Aharonson. 2,1. , Joshua Bandfield. 3. , . Meg . Rosenburg. 1. , David Paige. 4. , and the Diviner Team. 1. California Institute of Technology. 2. Weizmann Institute of Science. Alex Fore, Simon . Yueh. , . Wenqing. Tang, Akiko Hayashi. Drift in Scatterometer Calibration. A very small drift in the scatterometer calibration can be observed over the first few months.. Magnitude of drift is order 0.1 dB. Rain Impact . on the Aquarius . Salinity Retrievals. T. Meissner. , F. Wentz, J. Scott, K. Hilburn. Remote Sensing Systems. meissner@remss.com. 2014 Aquarius / SAC-D Science Team Meeting. November 11- 14, 2014. t. Shannon Brown . 11/14/2014. Jet Propulsion Laboratory. Radio Frequency Interference (RFI) originates from manmade emission at or near the Aquarius operating frequency . (mobile communication, air traffic control, search and rescue, etc.). for the GOCI. Jae Hyun . Ahn. *. Joo-Hyung. . Ryu. *. Young Jae Park*. Yu-Hwan . Ahn. *. Im. Sang Oh**. Korea Ocean Research & Development Institute. Seoul National University. I n d e x _. Introduction . July 21, 2010. Seattle. 6. th. Aquarius/SAC-D Science Team meeting. Membership. S. Brown. R. Lang. D. . LeVine. L. Jones. D. . Vandenmark. , B. . Chapron. F. Wentz. S. . Yueh. Peter. Naoto. Carl. Liang. Algorithm. Frank . J. . Wentz and . Thomas . Meissner, . Remote Sensing Systems . Gary . S. . Lagerloef. , . Earth and Space Research. . David M. Le . Vine, . NASA Goddard. Presented at . 7. th. Aquarius/SAC-D Science Meeting. Seung-bum . Kim (JPL). Jae-hak . Lee (Korean Institute of Ocean Science and . Technology). Paolo de Matthaeis. . (GSFC). D. ata provision by I.C. Pang, Jeju Natl. Univ., S. Korea. Funded by OSST. Results available in JGR 2014 special issue.. ‘14. ‘12. ‘98. ‘92. ‘93. ‘91. ‘88. ‘87. ‘86. ‘89. ‘90. ‘96. ‘97. ‘13. ‘20. Deployed in 1988. Salt River Canyon, St. Croix USVI. Timeline of Aquarius. 13 missions conducted 1988-1989. Let’s take a look at some footage!. http://. aquarius.uncw.edu. /about/overview. http://quest.arc.nasa.gov/projects/space/aquarius/2002/september.html. What is Aquarius?. Underwater laboratory. Home to scientists for up to 10 days. Atmospheric Correction Algorithm for the GOCI Jae Hyun Ahn * Joo-Hyung Ryu * Young Jae Park* Yu-Hwan Ahn * Im Sang Oh** Korea Ocean Research & Development Institute Seoul National University