In a context of global change and increasing anthropic pressure on the environment,
monitoring the Earth system and its evolution has become one of the key missions of …

Soil moisture is an important state variable in the terrestrial system because it controls the
exchange of water and energy between the land surface and the atmosphere. In this study …

A new approach to recover time-variable gravity fields from satellite laser ranging (SLR) is
presented. It takes up the concept of lumped coefficients by representing the temporal …

The increasing importance of terrestrial gravimetry in monitoring global change processes,
in providing a reference for satellite measurements and in applications in metrology …

Quantum gravimeters are a promising new development allowing for continuous absolute
gravity monitoring while remaining user-friendly and transportable. In this study, we present …

In modelling atmospheric loading effects for terrestrial gravimetry, state-of-the-art
approaches take advantage of numerical weather models to account for the global 3-D …

Gravimetry is a well-established tool to probe the deep Earth's processes. Geophysical
signals coming from the deep Earth, like the inner core free oscillations, have however never …

In basement catchments of subhumid West Africa, base flow is the main component of
annual streamflow. However, the important heterogeneity of lithology hinders the …

We present a Matlab TM/Octave-based software tool mGlobe to compute the effect of
atmospheric, continental water storage, and non-tidal ocean mass variations on surface …

The increasing number of hydro-gravimetry studies proves the rising interest of the
hydrology community toward this monitoring method. The accuracy of superconducting …