The use of spherical radial basis functions (SRBFs) in regional gravity field modeling has
become popular in recent years. However, to our knowledge, their potential for combining …

Two hyperparameters, the mean Moho depth and the Moho density contrast, must be
specified before the gravity inversion of Moho. Incorrect estimation will impact inversed …

The satellite altimetry concept was first proposed in 1969. Since then, many satellite
altimetry missions have been implemented. With the development of the satellite altimetry …

The marine gravity field recovery close to land/island is challenging owing to the scarcity of
measured gravimetric observations and sorely contaminated satellite radar altimeter-derived …

The availability of many high-degree Global Geopotential Models (GGMs), namely
EGM2008, EIGEN-6C4, GECO, SGG-UGM-1, SGG-UGM-2, XGM2019e_2159, and …

This study validates the ultra-high-degree gravity field models in terms of the internal error
estimate and the external precision. Internal error estimate is evaluated by geoid error …

SUMMARY A regional approach is developed for high-resolution gravity anomaly recovery
from the full airborne gravity gradient tensor (GGT) based on the radial basis function (RBF) …

In the present study, we first examine the contribution of different, satellite-only or combined,
global geopotential models in geoid computation employing the remove–compute–restore …

Marine gravity anomalies are crucial parameters and elements for determining coastal and
ocean geoid, tectonics and crustal structures, as well as offshore studies. This study aims to …

The launch of dedicated satellite gravity missions (CHAMP, GRACE, GOCE, and GRACE–
FO), as well as the availability of gravity data from satellite altimetry and terrestrial/airborne …