Sentence examples for temporal gravity from inspiring English sources
Absolute gravimetry can measure the temporal gravity changes unequivocally (Nishijima et al., 2010).
Observed temporal gravity changes catch underground density redistributions, which can give us information that cannot be obtained from surface displacements.
The temporal gravity changes can provide insight into mass variation and indicate the location of places where net mass loss or gain occurred.
The major error contributors of temporal gravity retrieval are aliasing errors due to undersampling of high frequency signals (mainly atmosphere, ocean and ocean tides).
We vary the number of Galileo and LEO satellites and show reduced errors in the temporal gravity field solutions for this enhanced inter-satellite-links.
Gravity monitoring of volcanic areas is traditionally performed by means of time-lapse surveys, allowing the detection of temporal gravity changes over relatively long periods (from months to years; e.g., Berrino 2000; Carbone et al. 2003a; Bonaccorso et al. 2011a; Greco et al. 2010, 2012; Pistorio et al. 2011; Del Negro et al. 2013).
Temporal residual gravity changes recorded over benchmarks were evaluated in terms of mass variation in subsurface.
Temporal and mean gravity field models derived from the twin-satellite, leader follower mission GRACE have provided a new type of information for Earth sciences.
In this paper, we present temporal variations in gravity in the Tokai area located at the eastern margin of the Nankai Trough over approximately 20 years, detected by absolute gravity measurements ("Methods" section).
Meanwhile, the requirement for monitoring the temporal variations of gravity with a spatial resolution similar to GOCE, but over much longer time periods than the lifetime of GOCE, is emerging.
Exploiting the gravity temporal sequences collected at the Etna volcano during a short-lived but violent lava fountain at two sites very close to the eruptive vent, we conducted laboratory tests to investigate on the instrumental effects due to the ground vibrations that accompanied the explosive activity.
