The past decade has seen an explosive increase in the number of peer reviewed papers
reporting new scientific findings in geomorphology (including fans, channels, floodplains …

In this paper we present a global model (GSRM-1) of both horizontal velocities on the Earth's
surface and horizontal strain rates for almost all deforming plate boundary zones. A model …

On the basis of a synthesis of tectonic data available on the India‐Asia collision, we present
a first attempt to reconstruct the evolution of the collision zone. Assuming that the …

A GPS array with about 1,000 permanent stations is under operation in Japan. The GPS
array revealed coseismic deformations associated with large earthquakes and ongoing …

We use geodetic techniques to study the India‐Eurasia collision zone. Six years of GPS data
constrain maximum surface contraction rates across the Nepal Himalaya to 18±2 mm/yr at …

Recent global space geodetic measurements have revealed that the velocities of tectonic
plates over timescales as short as a decade1 are consistent with models of velocities …

Using space geodetic observations from four techniques (GPS, VLBI, SLR and DORIS), we
simultaneously estimate the angular velocities of 11 major plates and the velocity of Earth's …

Vertical ground motion (VGM) rates stand as crucial information, either for predicting the
impact of the actual sea level rise along low-lying coasts or refining geodynamic problems …

Crustal motion can be described as a vector displacement field, which depends on both the
physical deformation and the reference frame. Self‐consistent descriptions of surface …

We investigate crustal deformation in southwest Japan over a 3‐year period revealed by a
permanent dense Global Positioning System (GPS) array. Southwest Japan is a part of the …