In a modern application of Stokes' formula for geoid determination, regional terrestrial gravity
is combined with long-wavelength gravity information supplied by an Earth gravity model …

Sudan is characterized by vast area with flat terrains in most of the country's regions and
therefore the existence of a high-resolution geoid model is considered very important …

This study emphasizes that the harmonic downward continuation of an external
representation of the Earth's gravity potential to sea level through the topographic masses …

Computational stages of a new high-resolution 5 mm quasigeoid model for Estonia are
explained. Certain requirements for the quality and coverage of gravity data in the context of …

This paper presents a number of new concepts concerning the gravity anomaly. First, it
identifies a distinct difference between a surface (2-D) gravity anomaly (the difference …

A new gravimetric geoid model, USGG2009 (see Abbreviations), has been developed for
the United States and its territories including the Conterminous US (CONUS), Alaska …

The remove-compute-restore (RCR) technique is the most well known method for regional
gravimetric geoid determination today. Its basic theory is the first-order approximation of …

Helmert's first and second method of condensation are reviewed and generalized in two
respects: First, the point at which the effects of topographical and condensation masses are …

We analyse spatial and spectral characteristics of various refined gravity data used for
modelling and gravimetric interpretation of the crust–mantle interface and the mantle …

Since 2006, several different groups have computed geoid and/or quasigeoid (quasi/geoid)
models for the Auvergne test area in central France using various approaches. In this …