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U.S. CLIVAR Salinity
Working Group |
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Name |
Affiliation |
Term |
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Tim Boyer |
NOAA - NODC |
|
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Jim Carton (co-chair) |
University of Maryland |
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Yi Chao |
Jet Propulsion Lab |
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Arnold Gordon |
Columbia Univ/LDEO |
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Greg Johnson |
NOAA - PMEL |
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Gary Lagerloef |
ESR |
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Bill Large |
NCAR |
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Steve Riser |
University of Washington |
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Ray Schmitt (co-chair) |
WHOI |
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Terms of Reference
Describe the role of ocean salinity in the global water cycle, global ocean circulation, and climate variability (including trends);
Identify the requirements and challenges for analyzing, observing, and monitoring salinity, as well as simulate processes critical for determining the ocean's role in transport and storage of salinity;
Provide guidance to NASA (and the international community) on observational and scientific activities that should be considered in advance of and during the Aquarius mission to improve our measurement, analysis, and utilization of salinity information for the purposes stated above
Report
within one year to the U.S. CLIVAR Phenomena, Observation and Synthesis
panel on the above objectives.
THE ROLE OF OCEAN SALINITY
IN CLIMATE
OS093
Conveners: James Carton, Ray Schmitt and Gary Lagerloef
Ocean salinity is a key variable related to the interactions between
the Earthís water cycle, ocean circulation and climate. Understanding
its importance in climate variability involves studying topics such as
(1) the influence of salinity variability on tropical dynamics and ENSO,
(2) large scale salinity changes in mid to high latitudes that influence
mode water formation and ocean convective overturning circulation and
(3) closure of the global ocean-atmosphere freshwater balance. This session
welcomes presentations on these general topics and other processes that
define the role of ocean salinity in climate.