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Publications tagged with [GPS measurements]
Total Items found:
Foumelis M.
,
Fountoulis I.
et al.
<p>A GPS-derived velocity field is presented from a dense geodetic network (~5km distance between stations) established in the broader area of Athens. It shows significant local variations of strain rates across a major inactive tectonic boundary separating ...
Filed under:
Geology -
Structural geology
Reference:
ANNALS OF GEOPHYSICS, 56, 6, 2013
Calcaterra S.
,
Cesi C.
et al.
<p>This paper reports experimental data on surface and deep displacements evaluated by means of GPS stations and inclinometers in two rototranslational deep landslides in a clayey slope of the Italian Southern Apennines. The displacements of the landslides ...
Filed under:
Soil Mechanics -
Soil Monitoring
Reference:
Nat Hazards, Srpinger, 2010
Chen J. L.
,
Wilson C. R.
et al.
In this study is shown that spherical harmonic (SH) solutions of the Gravity Recovery and Climate Experiment (GRACE) are now of sufficient quality to observe effects of co-seismic and post-seismic deformation due to the rupture from the Mw = 9.3 Sumatra-Andaman ...
Filed under:
Earthquake Engineering -
Seismic Hazard Analysis
Reference:
GEOPHYSICAL RESEARCH LETTERS, VOL. 34, L13302, 2007
In this paper a slope stability monitoring system is described. It consists of displacement measurements by GPS, and a back analysis of measured data. The use of GPS has a great advantage, because of the fact that continuous displacement measurements with ...
Filed under:
Mining Engineering -
Mine Slope Stability
Reference:
The South African Institute of Mining and Metallurgy, International Symposium on Stability of Rock Slopes in Open Pit Mining and Civil Engineering
<p>Partitioning of slip at oblique subduction zones is common and frequently results in lithospheric blocks being detached from the overriding plate. A method is described to solve simultaneously for both block rotations on asphere and locking on block-bounding ...
Filed under:
Geology -
Structural geology
Reference:
AGU Monograph, Plate Boundary Zones, in press.
Koketsu K.
,
Yoshida S.
et al.
In this paper data obtained from GPS observations after the Kobe earthquake, were used to construct a new fault model so as to better understand the earthquake mechanism.
Filed under:
Earthquake Engineering -
Earthquake Investigation
Reference:
Earth Planets Space, 50, 803-811, 1998