We compare the geologic histories, the deep structures, and the present‐day kinematics of
deformation of the Himalaya and the adjacent Tibetan Plateau with those of the Zagros and …

The present kinematics in the eastern Mediterranean and Middle East is now well
constrained by GPS measurements and dominated by a circular counterclockwise motion …

We present a new global model of plate motions and strain rates in plate boundary zones
constrained by horizontal geodetic velocities. This Global Strain Rate Model (GSRM v. 2.1) …

We present the most extensive and up-to-date unified GPS velocity field for Iran. We
processed the data collected during 10 yr (2006–2015) from the Iranian Permanent GNSS …

The Zagros fold-and-thrust belt is amongst the world's most seismically active mountain
ranges, and is influential in our understanding of continental collisions. The presence of …

Five years of continuously recording GPS observations in the Kingdom of Saudi Arabia
together with new continuous and survey‐mode GPS observations broadly distributed …

A large fraction of major intracontinental strike-slip faults, defined here as those slipping at
rates of∼ 10 mm/yr or more, lie adjacent to relatively strong regions, such as oceanic …

We use calibrated earthquake relocations to reassess the distribution and kinematics of
faulting in the Zagros range, southwestern Iran. This is among the most seismically active …

We analyze new GPS data spanning 11 years at 92 stations in eastern Iran. We use these
data to analyze the present‐day kinematics and the slip rates on most seismogenic faults in …

We present a synthesis of recently conducted tectonic, global positioning system (GPS),
geomorphological and seismic studies to describe the kinematics of the Zagros mountain …