This study summarizes the state-of-the-art investigation into active-seismogenic faulting in
the Tehran Region, and presents new complementary data to provide an overall view on …

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 …

We propose a global framework for the Earth system to facilitate communication between the
geoscience community, the public and policy makers. Geoscience research aims to …

The Cenozoic deformation history of Central Iran has been dominantly accommodated by
the activation of major intracontinental strike‐slip fault zones, developed in the hinterland …

In the present study, seismicity parameters (seismic activity, β‐value, and maximum regional
magnitude) of the Iranian plateau are computed for sites equally distributed all over the …

Geodetic and seismological data are crucial for examining the kinematics and active
tectonics in structural zones. The current tectonic stress field can be inferred from the focal …

The active tectonic deformation and hazardous earthquakes in the south and west of the Lut
block have been investigated for a long time. In this study, we compute the geodetic and …

We use optical image correlation of historical aerial photographs, and modern satellite
images to investigate the 1978 M w 7.3 Tabas-e-Golshan thrust earthquake in eastern Iran …

Rotation of the sets of internally rigid blocks appears in versatile tectonic, structural, and
microstructural settings, and accommodates strain on all different spatial scales. The …

Northwest Iran is characterized by a high level of historical and instrumental seismicity
related to the ongoing convergence between the Arabian and Eurasian plates. In this region …