The primary objective of the 1-cm geoid experiment in Colorado (USA) is to compare the
numerous geoid computation methods used by different groups around the world. This is …

We present the latest 3D velocity field of the Fennoscandian glacial isostatic adjustment
(GIA) process from BIFROST. It is derived from more than 4800 days (13 years) of data at …

The least squares modification of Stokes' formula reduces the impact of the errors stemming
from truncation, erroneous terrestrial gravity data and potential harmonics in a least squares …

The gravitational field of the Earth reflects its inner structure and dynamics. Satellite
gravimetry techniques have been used to observe the Earth's external gravitational field and …

A deterministic modification of Stokes's integration kernel is presented which reduces the
truncation error when regional gravity data are used in conjunction with a global …

An argument is put forward in favor of using a model gravity field of a degree and order
higher than 2 as a reference in gravity field studies. Stokes's approach to the evaluation of …

When regional gravity data are used to compute a gravimetric geoid in conjunction with a
geopotential model, it is sometimes implied that the terrestrial gravity data correct any …

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 …

The aim of this contribution is to show that mean Helmert's gravity anomalies obtained at the
earth surface on a grid of areasonable'step can be transferred to corresponding mean …

This paper studies the contribution of airborne gravity data to improvement of gravimetric
geoid modelling across the mountainous area in Colorado, USA. First, airborne gravity data …