This study integrates well log data, routine core analyses, microcomputed X-ray tomography
(μ CT) images, and sedimentary petrography to accurately characterize and evaluate the …

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 …

Surface wave tomography is considered an efficient method to reveal the physical properties
of subsurface geological structures, particularly beneath geologically complex areas where …

Our study employs well-constrained integrated geophysical-petrological modeling to
investigate the compositional structure of Damavand volcano, the Alborz mountains in …

This paper is devoted to a phenomenological study of the earthquakes in central Alborz,
Iran. Using three observational quantities, namely the weight function, the quality factor, and …

The crustal structure around the Bam fault located southeast of Iran was investigated by
applying surface and P-wave tomography to locally recorded aftershocks of the destructive …

Understanding the crustal seismic characteristics of tectonically active regions is crucial for
seismic hazard assessment. The study conducted in NW Iran utilized surface wave …

Young Damavand volcano is a steep isolated volcano in the Central Alborz Mountains, Iran,
that is characterized by extensive lava flows and pyroclastic successions and is placed on …

Local P-wave tomography is an efficient method to study geologically complex areas where
the seismic exploration methods are not ideal for unraveling the shallow crustal …

The tomography results reveal not only distinct velocity structures in different tectonic zones
but can also provide valuable insights into the geological features of the area. This study …