Geodesy, with its three core areas positioning and reference systems, Earth rotation
determination, and gravity field modeling, is striving for a relative accuracy of at least 10− 9 …

The satellite missions CHAMP, GRACE, and GOCE mark the beginning of a new era in
gravity field determination and modeling. They provide unique models of the global …

Modeling a very broad spectrum of the Earth's gravity field needs observations from various
measurement techniques with different spectral sensitivities. Typically, high‐resolution …

The satellite mission GOCE (Gravity field and steady-state ocean explorer) is the first gravity
field mission of esa's Living Planet Programme. Measurement principles are satellite-to …

The optimal combination of different types of gravity observations is the key to obtaining a
high-resolution and high-precision regional gravity model. Current studies based on …

Zusammenfassung Im Rahmen der Satellitenmission Goce (Gravity Field and Steady-State
Ocean Circulation Explorer), deren Start für das Jahr 2007/2008 geplant ist, werden …

Integral transforms of the disturbing gravitational potential derived from satellite altimetry
onto satellite gradiometric data are formulated, investigated and applied in this article. First …

New integral formulas for upward/downward continuation of gravitational gradients onto
gravitational gradients are derived in this article. They provide more options for continuation …

The upcoming GOCE satellite mission is expected to map the Earth's gravity field with
unprecedented accuracy. Besides the instrument calibrations on the ground and in orbit …

The forthcoming GOCE mission will provide gravity gradient observations along its orbit at
varying altitude. It is necessary for certain data processing strategies to project the GOCE …