peer reviewedWe report on the results of 7 yr of collocated gravity observations made with an FG5 abso- lute (AG) gravimeter and a GWR C-Series superconducting gravimeter (SG) located at the Membach Geophysical Station in eastern Belgium. The SG gravity residuals track changes in gravity periodically observed by the AG, at the microgal level. Further, in the SG resid- ual signal we distinguish a quasi-seasonal term that can be mostly explained by variations in local water storage effects. In the AG time-series we observe a small trend in the gravity of −0.6 ± 0.1 μGal yr−1 perhaps indicating that the Membach Station is being displaced up- wards by about 3.0 mm yr−1. An uplift of the region is confirmed by Global Positioning System (GPS) mea...
A superconducting gravimeter has observed with high accuracy (to within a few nm s¿2) and high frequ...
For the 20 last years, terrestrial and satellite gravity measurements have reached such a precision ...
For the 10 last years, terrestrial and satellite (GRACE) gravity measurements have reached such a pr...
This paper investigates hydrological processes and their influence on gravity at the underground Mem...
peer reviewedAbsolute gravity measurements using the FG5-202 gravimeter have been conducted twice a ...
A comprehensive hydrogeological investigation regarding the influence of variations in local and reg...
A comprehensive hydrogeological investigation regarding the influence of variations in local and reg...
In August 2015, the superconducting gravimeter GWR-C021 will be measuring gravity changes continuous...
International audienceThis paper is devoted to a detailed investigation of a continuous record spann...
International audienceThe time-varying gravity is observed at the Strasbourg station with super-cond...
International audienceIn continental plate interiors, ground surface movements are at the limit of t...
Detecting change in water storage from related temporal variation in gravity has become an important...
Combining observed vertical height and gravity changes at the same location is not an ordinary task ...
A wide set of geodynamical and hydrological phenomena, involving underground mass redistribution and...
Low motion rates, typical of intraplate settings, make it particularly difficult to isolate a tecton...
A superconducting gravimeter has observed with high accuracy (to within a few nm s¿2) and high frequ...
For the 20 last years, terrestrial and satellite gravity measurements have reached such a precision ...
For the 10 last years, terrestrial and satellite (GRACE) gravity measurements have reached such a pr...
This paper investigates hydrological processes and their influence on gravity at the underground Mem...
peer reviewedAbsolute gravity measurements using the FG5-202 gravimeter have been conducted twice a ...
A comprehensive hydrogeological investigation regarding the influence of variations in local and reg...
A comprehensive hydrogeological investigation regarding the influence of variations in local and reg...
In August 2015, the superconducting gravimeter GWR-C021 will be measuring gravity changes continuous...
International audienceThis paper is devoted to a detailed investigation of a continuous record spann...
International audienceThe time-varying gravity is observed at the Strasbourg station with super-cond...
International audienceIn continental plate interiors, ground surface movements are at the limit of t...
Detecting change in water storage from related temporal variation in gravity has become an important...
Combining observed vertical height and gravity changes at the same location is not an ordinary task ...
A wide set of geodynamical and hydrological phenomena, involving underground mass redistribution and...
Low motion rates, typical of intraplate settings, make it particularly difficult to isolate a tecton...
A superconducting gravimeter has observed with high accuracy (to within a few nm s¿2) and high frequ...
For the 20 last years, terrestrial and satellite gravity measurements have reached such a precision ...
For the 10 last years, terrestrial and satellite (GRACE) gravity measurements have reached such a pr...