References of "Sato, Tadahiro"
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See detailGravity Tide and seasonal gravity variation at Ny-Alesund, Svalbard In Arctic
Sato, Tadahiro; Boy, Jean-Paul; Tamura, Yoshiaki et al

in Journal of Geodynamics (2006), 41(1-3), 234-241

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See detailA geophysical interpretation of the secular displacement and gravity rates observed at Ny-Alesund, Svalbard in the Arctic - effects of the post-glacial rebound and present-day ice melting
Sato, Tadahiro; Okuno, Junichi; Hinderer, Jacques et al

in Geophysical Journal International (2006), 165(3), 729-743

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See detailComparison between modeled and Observed Gravity Tidal Parameters at Ny-Alesund, Svalbard
Sato, Tadahiro; Tamura, Y; Matsumoto, K et al

in Francis, Olivier; van Dam, Tonie (Eds.) Proceedings of the Workshop: IMG-2002 Instrumentation and Metrology in Gravimetry (2003)

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See detailThe New IERS Special Bureau for Loading (SBL)
van Dam, Tonie UL; Plag, Hans-Peter; Blewitt, Geoffrey et al

in International VLBI Service for Geodesy and Astrometry: General Meeting Proceedings (2002)

Currently, the establishment of the International Earth Rotation Service (IERS) Special Bureau for Loading (SBL) is in progress as part of the IERS Global Geophysical Fluids Center (GGFC). The main ... [more ▼]

Currently, the establishment of the International Earth Rotation Service (IERS) Special Bureau for Loading (SBL) is in progress as part of the IERS Global Geophysical Fluids Center (GGFC). The main purpose of the SBL is to provide reliable, consistent model predictions of loading signals that have been thoroughly tested and validated. The products will describe at least the surface deformation, gravity signal and geo-center variations due to the various surface loading processes in reference frames relevant for direct comparison with existing geodetic observing techniques. To achieve these goals, major scientific advances are required with respect to the Earth model, the theory and algorithms used to model deformations of the Earth as well as improvements in the observational data related to surface loading. [less ▲]

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