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    Joint altimetric and in-situ data assimilation using the GRACE mean dynamic topography: a 1993–1998 hindcast experiment in the Tropical Pacific Ocean
    Ocean Dynamics (2008)
    Frédéric CastruccioJacques VerronLionel GourdeauJean‐Michel BrankartPierre Brasseur
    Hindcast
    Ocean surface topography
    Post-glacial rebound
    Tide gauge
    Citations (18)
    Dynamic Ocean Topography Time Series with Meso-Scale Resolution from GOCE and Multi-Mission Satellite Altimetry
    AGUFM (2011)
    W BoschR Savcenko
    Satellite Altimetry
    Ocean surface topography
    Satellite Tracking
    Citations (0)
    Ensemble Based Assimilation of GRACE Data with an Ocean Global Circulation Model
    AGU Fall Meeting Abstracts (2012)
    Jan SaynischMaik Thomas
    Circulation (fluid dynamics)
    Assimilation (phonology)
    Citations (0)
    Regional Geoid Modeling Compared to Ocean Surface Observations
    AGU Spring Meeting Abstracts (2007)
    D. R. RomanJ. SalehY. M. Wang
    Citations (0)
    Ocean mass redistribution and its impact on non-tidal terrestrial and space geodetic observations over land
    AGU Fall Meeting Abstracts (2005)
    R. S. GrossErik R. Ivins
    Redistribution
    Citations (0)
    Improving the ocean's mean dynamic topography: Complementary information from altimetry, gravity, sea surface temperature and ocean models
    Christopher W. HughesC. R. WilsonJoanne WilliamsTh. Gruber
    Ocean surface topography
    Satellite Altimetry
    Gravimetry
    Ocean dynamics
    Citations (0)
    Satellite altimetry and coastal ocean dynamics : an approach based on data assimilation.
    34th COSPAR Scientific Assembly (2002)
    Baptiste MourreFlorent LyardC. Le ProvostPeter De Mey
    Satellite Altimetry
    Ocean dynamics
    Satellite Tracking
    Citations (0)
    Dynamical ocean topography from satellite measurements and its impact on Southern Ocean circulation estimates
    Tijana Janjic PfanderA. AlbertellaR SavcenkoJ. SchroeterW Bosch
    With the focus on the Southern Ocean, results of the assimilation of multi-mission-altimeter data and the GRACE/GOCE gravity data into a finite element ocean model are investigated. We use the geodetic method to obtain the dynamical ocean topography from only the satellite measurements and an ensemble Kalman filter approach for assimilation of this data set into the finite element ocean model. The data assimilation scheme corrects all the ocean fields, although only the geodetic DOT is assimilated. Properties of the data assimilation algorithm, particularly with respect to the resolution of the data, are discussed in detail. By assimilating only absolute dynamical topography data, we were able to improve the model fields. The results of the assimilation agree better with observations which were not used for assimilation and lie outside the area covered by the altimetry in the Southern Ocean (e.g. temperature of surface drifters or deep temperatures in the Weddell Sea area at 800 m depth derived from Argo composite). In addition we show that the ocean model representation of the location of the fronts in the Southern Ocean is improved.
    Argo
    Ocean surface topography
    Sea-surface height
    Ocean dynamics
    Ocean observations
    Bathythermograph
    Citations (0)
    The Mean Sea Surface Topography of the North Atlantic: Comparison of Results From an Eddy-Permitting Ocean Model and a Regional Geoid Based on GRACE Data
    AGU Spring Meeting Abstracts (2006)
    Keith R. ThompsonE. E. DemirovJ. HuangM. VéronneauDennis G. Wright
    Sea-surface height
    Ocean surface topography
    Buoy
    Citations (0)
    GRACE: a Couple of Geodetic Satellites for Ocean Tide Determination ?
    AGU Fall Meeting Abstracts (2007)
    R. BiancaleJ. LemoineSean BruinsmaStéphane Bourgogne
    Ocean tide
    Tide gauge
    Citations (0)