In the framework of the IAG African Geoid Project, an attempt towards a precise geoid model
for Africa is presented in this investigation. The available gravity data set suffers from …

After launching the GOCE (Gravity Field and Steady-State Ocean Circulation Explorer)
which obtains high-frequency gravity signal using a gravity gradiometer, many research …

The performance of Gravity field and steady-state Ocean Circulation Explorer (GOCE) global
gravity field models (GGMs), at the end of GOCE mission covering 42 months, is evaluated …

In this work, the principal aim is to evaluate some recent GGMs on the Gulf of Guinea region
using shipborne free-air gravity data. Two types of GGMs are evaluated in this study …

The available gravity data set for Africa consists of land point gravity data as well as
shipborne and altimetry derived gravity anomalies data, but suffers from a lot of significant …

The aim of the current investigation is to determine an alternative geoid model for Africa
using the shallow-layer method. The shallow-layer method, following the basic definition of …

In this paper, the computation of the new gravimetric quasi-geoid of Cameroon based on
some recent global geopotential models and a detailed Digital Terrain Model (DTM) of the …

In this study, a tailored gravity-field model is developed to fit and recover local terrestrial
gravity data by integrating gravity from global gravity-field models, residual gravity derived …

In the framework of the IAG African Geoid Project it is needed to have a uniform gridded
gravity data set to compute the geoid using Stokes' integral in the frequency domain by 1-D …

The local hybrid geoid model for the western desert in Egypt is computed by recent data,
including the global geopotential models, gravimetric measurements, and a high-resolution …