We develop a novel gravity inversion algorithm in spherical coordinates based on adaptive
inversion mesh refinement and multiphysical parameter constraints. The inversion mesh is …

Land subsidence will decrease the safety factor of bridges and structures. Many highways
and railways constructed decades ago are experiencing damage due to continual land …

Assessing the spatial and temporal heterogeneity in subsurface water storage has strong
societal and environmental implications, as it is key to assess the water availability for the …

We present the activities and improvements of the International Geodynamics and Earth
Tide Service (IGETS) over the last four years. IGETS collects, archives and distributes long …

Monitoring groundwater storage changes is one of the most important topics in the
sustainable management of groundwater resources. The sensitivity of gravity to changes in …

In the framework of the French–Egyptian Imhotep Project, two spring gravimeters have been
installed in the area of Lake Nasser (Egypt) with the aim to establish a first reliable gravity …

A fast calculated kernel matrix method is coupled with the compressed matrix technique
(FKMCT) to solve the large-scale gravity forward modelling problem. This method …

We present a study on gravity data from the Observatory Superconducting Gravimeter (OSG-
051) located at MPGO Ghuttu in the Garhwal Himalaya, India. Ambient noise observed at …

Multi-annual gravity time series offer a unique, noninvasive way to monitor mass
redistributions within the Earth. However, for non-hydrological purposes, gravity time series …

Correcting atmospheric effects in measurements of vertical acceleration is challenging,
particularly at frequencies above 0.3 mHz. Corrections based on 4-D atmosphere models …