This review covers basic theory and techniques behind the use of ground-based gravimetry
at the Earth's surface. The orientation is toward modern instrumentation, data processing …

We present an accurate method for the calculation of gravitational potential (GP), vector
(GV), and gradient tensor (GGT) of a tesseroid, considering a density model in the form of a …

Thanks to their high sensitivity and their long-term stability, superconducting gravimeters
(SG) are able to record surface gravity changes on a wide frequency band (periods from a …

Superconducting gravimeters (SG) measure temporal changes of the Earth's gravity field
with high accuracy and long-term stability. Variations in local water storage components …

The Newtonian attraction of the atmosphere is a major source of noise in precise gravimetric
measurements. A major part of the effect is eliminated using local air pressure records and …

A comprehensive hydrogeological investigation regarding the influence of variations in local
and regional water mass on superconducting gravity measurements is presented for …

In this study we attempt to understand the water storage variations in a karst aquifer on the
Larzac Plateau (South of France) using absolute gravimetry. On this karst system, water …

Gravity recovery and climate experiment (GRACE)-derived temporal gravity variations can
be resolved within the μgal (10− 8 m/s 2) range, if we restrict the spatial resolution to a half …

Mass distribution on Earth is continuously changing due to various physical processes
beneath the Earth's surface or on the surface. Some of the primary sources for these mass …

We investigate the contribution of local and global hydrology to the superconducting
gravimeter (SG) installed in the Strasbourg observatory. A deterministic approach is …