Marine Geodesy · 2010 · 70 citations · 23 references
Natural SciencesEarth SciencesGeophysicsGeodesyGlobal Navigation Satellite SystemsOcean InstrumentationBias CorrectionMarine GeodesyOrbit DeterminationSea LevelOrbital Drift CorrectionSea State CharacterizationSea State ObservationSea Surface Height Anomaly CorrectionSea Surface Height CalibrationSea Surface Height MappingSea Surface Height RetrievalSea Surface Height Validation
We present a Jason-2 sea state bias (SSB) model from the first year of GDR products along with updates of Jason-1, TOPEX-A, and TOPEX-B solutions. Our re-evaluation of the Jason-1 SSB focused on data from the new version (C) of the GDR while for TOPEX, the updated solutions benefited from the availability of both a set of new precise orbits that are consistent with Jason-2 and an updated set of state-of-the-art geophysical corrections. Therefore, derived from homogeneous sea surface height (SSH) data to minimize geographically correlated SSH differences between missions, these empirical SSB models contribute to the consistency between Jason-2 and Jason-1 SSH data and between TOPEX and Jason-1 data during their respective tandem phase and thus to the stability of the whole altimetry system over the past 17-year period.
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