• Michael Watkins

    Michael Watkins

    CSR / U. Texas & Jet Propulsion Laboratory / California Institute of Technology
    JPL Director / GRACE and GRACE-FO Science Team Lead

    JPL Director / GRACE and GRACE-FO Science Team Lead

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  • Felix Landerer

    Felix Landerer

    Jet Propulsion Laboratory / California Institute of Technology
    GRACE applications in hydrology, oceanography, cryospheric science; data management; GRACE Follow-On Deputy Project Scientist

    GRACE applications in hydrology, oceanography, cryospheric science; data management;

    GRACE Follow-On Deputy Project Scientist

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  • Carmen Boening

    Carmen Boening

    Jet Propulsion Laboratory / California Institute of Technology
    GRACE applications in oceanography and cryospheric science; GRACE Project Scientist

    GRACE applications in oceanography and cryospheric science;

    GRACE Project Scientist

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  • Srinivas Bettadpur

    Srinivas Bettadpur

    CSR / University of Texas
    Science Operations Manager for the GRACE mission

    Science Operations Manager for the GRACE mission

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  • Victor Zlotnicki

    Victor Zlotnicki

    Jet Propulsion Laboratory / California Institute of Technology
    Geoid and oceanographic components of sea surface topography; data management

    Geoid and oceanographic components of sea surface topography; data management

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  • Don Chambers

    Don Chambers

    University of South Florida
    Baroclinic sea level component and surface geostrophic currents from altimetry and GRACE; global sea level change using altimetry sea level components related to thermal expansion and mass addition... more

    Baroclinic sea level component and surface geostrophic currents from altimetry and GRACE; global sea level change using altimetry sea level components related to thermal expansion and mass addition, determination of marine geoid. Level-3 ocean post-processing filters.

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  • Steve Nerem

    Steve Nerem

    University of Colorado
    GRACE applications in oceanography; Low-degree geoid observations in combination with GRACE observations to extend the data record (pre-GRACE gravity field reconstructions, and also for GRACE to GR... more

    GRACE applications in oceanography; Low-degree geoid observations in combination with GRACE observations to extend the data record (pre-GRACE gravity field reconstructions, and also for GRACE to GRACE Follow On gap-filling)

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  • John Wahr

    John Wahr

    University of Colorado
    GRACE applications in oceanography, hydrology, cryospheric science, and glacial isostatic adjustment.

    GRACE applications in oceanography, hydrology, cryospheric science, and glacial isostatic adjustment.

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  • John Ries

    John Ries

    CSR / University of Texas
    Satellite laser ranging reprocessing of low-degree gravity field coefficients

    Satellite laser ranging reprocessing of low-degree gravity field coefficients

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  • Scott Luthcke

    Scott Luthcke

    NASA Goddard Space Flight Center
    NASA-GSFC mascon solutions

    NASA-GSFC mascon solutions

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  • Sean Swenson

    National Center for Atmospheric Research, Collaborator
    GRACE applications for hydrology; Level-3 post-processing filters; Interactive Data Browser at U. Colorado site

    GRACE applications for hydrology; Level-3 post-processing filters; Interactive Data Browser at U. Colorado site

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  • Minkang Cheng

    CSR / University of Texas
    Satellite laser ranging reprocessing of low-degree gravity field coefficients

    Satellite laser ranging reprocessing of low-degree gravity field coefficients

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