Since the publication of Paleoseismology (2nd Edition) in 2009, there has been no
comprehensive survey of new trends in Quaternary tectonics. This paper seeks to remedy …

From a joint analysis of fundamental mode Rayleigh wave group velocities and P‐wave
receiver functions, we derive a new, high‐resolution 3D shear‐wave velocity (Vs) model for …

This study provides a multi-disciplinary overview of the seismology and geodetic data with
tectonics analysis in order to provide an evaluation of stress trajectories, and probabilistic …

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 velocity field compiled from a network of 27 permanent and 20 campaign GPS
stations across NE Iran. This new GPS velocity field helps to investigate how Arabia–Eurasia …

In this paper, the long‐term crustal flow of the Iranian Plateau is computed using a kinematic
finite‐element model (NeoKinema software). Based on the iterated weighted least squares …

The North Tehran Fault (NTF) is located at the southernmost piedmont of Central Alborz and
crosses the northern suburbs of the Tehran metropolis and adjacent cities, where∼ 15 …

We use historical and recent major earthquakes and GPS geodetic data to compute seismic
strain rate, geodetic slip deficit, static stress drop, the parameters of the magnitude …

Abstract Along the SE Alborz Mountains in northern Iran, thrust loading seems to have been
accompanied by post-Eocene transversal left-lateral faulting during the late Cenozoic. Here …

The megacity of Tehran, the political, economic, and military center of Iran, is exposed to a
risk of large-magnitude earthquakes originating on several adjacent and inner-city active …