PPT-Satellite & In Situ Salinity (SISS) Working Group:

Current Status and Future Plans Yi Chao CoChair Jacqueline Boutin CoChair Aquarius Science Meeting 12 November 2014 Satellite amp In Situ Salinity SISS Working Group Established at the SMOS. Maximum as . Observed by . Aquarius. Frederick . Bingham (1. ), Julius Busecke, Arnold Gordon, Claudia Giulivi (2) and Zhijin Li (3). . (. 1) Center for Marine Science,. . University of North Carolina Wilmington, . COMIDA-Hanna Shoal Ecosystem Study. Prepared by Jordann K. Young. Marine Science Department. University of Texas at Austin. GIS in Water Resources. Fall 2012. The Chukchi Sea. Seasonal ice cover . High primary productivity. On the back of each card, write what makes each critter significant to the study of SALINITY. Where do these organisms live on the . Gradient of Salinity?. TOTALLY FRESH . BRACKISH . . OCEANIC . 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 . LIFESTAGES . OF OYSTERS . Crassostrea virginica. : . implicationS for freshwater . management . Aswani K. Volety, . Lesli Haynes, Emily Nickols, Julien Vignier, Tom Dolan, Peter Doering, Patricia Gorman, Barbara Welch, Liberta Scotto. Unit: Oceanography. What are the most common elements in sea water?. Water. Oxygen. Hydrogen. Salt. Sodium . Chlorine. Areas of High and Low Salinity. Of the five ocean basins, the . Atlantic Ocean . J. Boutin. 1. , N. Martin. 1. , G. Reverdin. 1. ,S. Morisset. 1. , X. Yin. 1. , L. Centurioni. 2 . and N. Reul. 3. . 1. LOCEAN, Sorbone Universités, UPMC/CNRS/IRD/MNHN, Paris, France. 2. SIO, La Jolla, CA, USA. 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. Unit Introduction . 11/04/15. By the end of this unit you will be able to: . Describe the effects of a salt on the specific heat of water. . Explain how and why the oceans are saline.. Diagram how salinity can change and where.. (for Monitoring and Understanding. Photocathode Growth). Second Workshop on Photocathodes: 300-500nm. June 29-30, 2012, Enrico Fermi Institute, University of Chicago. Jeffrey W. Elam. Argonne National Laboratory. Module 4. Analysis and Evaluation of Inventory Information. Module 4 - Objectives. Use inventory data to diagnose saline or sodic problems. Determine extent of saline problem. Determine existing condition of plant resources. Generally, salinity is defined as the ‘the total amount of solid material in grains contained in one kilogram of sea water and is expressed as part per thousands (%o) . e.g. . 30%o (means 30 grams of salt in 1000 grams of sea water). . E. Hackert, S. Akella, R. Kovach, K. Nakada, A. Borovikov, A. Molod, K. Drushka, and M. Jacob. Problem. : Satellite observes the top centimeter of the ocean. In rainy conditions, the vertical salinity gradient between SSS and first model layer (i.e., where these data are assimilated - S. Fournier S.. , Bingham F.M., Gonzalez-. Haro. C., Hayashi A., Carlin K.M.U., . Brodnitz. S.K., Gonzalez-. Gambau. V., and . Kuusela. M., 2023. Quantification of Aquarius, SMAP, SMOS and Argo-Based Gridded Sea Surface Salinity Product Sampling Errors. Remote Sensing. https://.