We developed a new method for interpretation of airborne gravity gradiometry data, based
on cokriging inversion. The cokriging method that we evaluated minimized the theoretical …

We have established a workflow for a multiorder sequential joint inversion (MOSJI) of gravity
and gravity gradients, that aims at modeling vertically stacked sources in various geological …

The gravity gradient tensor (GGT) has been increasingly used in practical applications, but
the advantages and the disadvantages of the analysis of GGT components versus the …

Integrated gravity and gravity gradient 3-D inversion can effectively improve the resolution of
inversion results. This study aims to find a better way to extract geological information from …

The gravity gradient tensor (GGT) is deduced from products of second-order derivatives of
the gravitational potential. A new method based on the invariants of the GGT has been …

Airborne gravity gradiometry has brought a remarkable improvement in mineral and
petroleum exploration due to its high resolution. Structures of very different sizes and …

We present a new method dedicated to the interpretation of full gravity gradient tensor data,
based on SL0 sparse recovery inversion. The SL0 sparse recovery method aims to find out …

Airborne gravity gradiometry is an effective tool for its high efficiency and sensitivity to the
interesting buried targets, which has been increasingly introduced in mineral and petroleum …

The Lucania Apennines form the frontal part of the Apennines in Southern Italy. This
orogenic belt was formed in response to late Miocene–Early Pleistocene shortening and …

We developed a new fast inversion method for to process and interpret airborne gravity
gradiometry data, which was based on Lanczos bidiagonalization algorithm. Here, we …