Sea surface height variations in the Atlantic Ocean: A comparison of TOPEX altimeter data with results from an ocean data assimilation system
David Behringer
Abstract
David Behringer
Abstract
Estimates of sea surface height changes in the Atlantic Ocean derived from TOPEX altimeter data are compared with dynamic height estimates from an ocean general circulation model which assimilates temperature data. There is generally good, basin‐wide agreement in the annual phase and amplitude between the two data sets. In the tropics and in the subtropical gyres, spatially averaged time series of TOPEX and model dynamic height data are well correlated and have RMS differences of about 2 cm. In western boundary regions, correlations are weaker and RMS differences can be as large as 8–10 cm.
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Estimates of sea surface height changes in the Atlantic Ocean derived from TOPEX altimeter data are compared with dynamic height estimates from an ocean general circulation model which assimilates temperature data. There is generally good, basin‐wide agreement in the annual phase and amplitude between the two data sets. In the tropics and in the subtropical gyres, spatially averaged time series of TOPEX and model dynamic height data are well correlated and have RMS differences of about 2 cm. In western boundary regions, correlations are weaker and RMS differences can be as large as 8–10 cm.
Key concepts: Altimeter, Sea-surface height, Ocean surface topography, Dynamic height, Ocean gyre, Data assimilation, Climatology, Geology