PPT-RAIN IMPACT MODEL (RIM) FOR AQUARIUS

Andrea SantosGarcia 1 Maria M Jacob 2 Linwood Jones 1 and William Asher 3 1 Central Florida Remote Sensing Lab University of Central Florida Orlando FL 2 Comisión Nacional de Actividades Espaciales Argentina. 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. Thomas . Meissner,. Frank . Wentz, . Joel Scott, Kyle Hilburn. Remote . Sensing Systems. SISS Working Group. AGU . Fall Meeting 2014. December 18, 2014. San Francisco, USA. Rain . Freshening: Global. 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.). Debra A. Willey, Rana A. . Fine and Frank . J. Millero. Rosenstiel School, University of . Miami, . 4600 Rickenbacker Causeway, Miami, FL 33149 . USA. Introduction. The . unprecedented salinity coverage from the Aquarius satellite . 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. measurements. Wenqing Tang and Simon . Yueh. Jet Propulsion . Laboratoru. y. Drifters. N. of obs.. Pacific GYRE. 183453. MetOcean. 121940. ICM. 114784. http://www.locean-ipsl.upmc.fr/smos/. drifters. we compare measured . salinity across . metric distributions. . In . addition to traditional comparisons . between mean or median . values, the . 1%, 10%, 25%, 50%, 75%, 90% and 99% . quantiles of . the statistical . 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.. Salinity. E. P. Dinnat. 1,2. , D. M. Le Vine. 1. , J. Boutin. 3. , X. Yin. 3. , . 1. Cryospheric Sciences Lab., NASA GSFC, Greenbelt, MD, U.S.A. 2. Chapman University, Orange, CA, U.S.A.. 3. LOCEAN, Paris, France. 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. by Isaac Asimov. About the Author. Isaac Asimov was born in 1920 in the Soviet Union.. He came to the U.S. when he was 3.. He was a writer of science fiction/fantasy.. He died in 1992.. Rain, Rain, Go Away. Acid. Rain. Demonstrating the acid rain phenomenon. Objective. The purpose of this activity is to investigate the effect of acid rain forerunner on water acidity, create a hypothesis and proceed to test it using the . Silpaulin Poncho is a type of rainwear made from thin, lightweight LDPE multilayer material. It is designed to be worn over clothing to provide protection from rain and moisture. Silpaulin ponchos are compact and pocket friendly and its convenient for outdoor activities, events, or emergencies where sudden rain showers are expected. Silpaulin rain ponchos is the best choice in rainy seasons over an umbrella. It stays dry in the rainy day. It is UV stabilized, durable, waterproof, easy to carry. It comes in different sizes. Silpaulin junior ponchos are also available.