Abstract In the Tuamotu Archipelago, central South Pacific, some north-western atolls–eg
Makatea, Mataiva, Tikehau, Rangiroa, Kaukura, Niau, and Anaa–exhibit raised reef …

The GRACE satellite mission has been measuring the Earth's gravity field and its temporal
variations since 2002 April. Although these variations are mainly due to mass transfer within …

We propose a methodology for local gravity field modelling from gravity data using spherical
radial basis functions. The methodology comprises two steps: in step 1, gravity data (gravity …

Mantle rheology is one of the essential, yet least understood, material properties of our
planet, controlling the dynamic processes inside the Earth's mantle and the Earth's response …

We pose and solve the analogue of Slepian's time–frequency concentration problem in the
two-dimensional plane, for applications in the natural sciences. We determine an orthogonal …

The choice of the optimal spherical radial basis function (SRBF) in local gravity field
modelling from terrestrial gravity data is investigated. Various types of SRBFs are …

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

With the advent of satellite gravity, large gravity data sets of unprecedented quality at low
and medium resolution become available. For local, high resolution field modelling, they …

In this article we summarize the basic formulas of wavelet analysis with the help of Poisson
wavelets on the sphere. These wavelets have the nice property that all basic formulas of …

In this study, a new data-adaptive network design methodology called k-SRBF is presented
for the spherical radial basis functions (SRBFs) in regional gravity field modeling. In this …