Defining the possible scenario of earthquake-induced landslides, Arias intensity is
frequently used as a shaking parameter, being considered the most suitable for …

Several landscape evolution models have been proposed so far to explain the dynamic
feedback between Earth surface processes and tectonics in the Zagros Mountains …

This paper aims to characterize the EQ (earthquake)-triggered landslides and to assess the
EQ-triggered landslide susceptibility in moderate-minor earthquake prone areas at the …

Increased pore-water pressure due to rainfall infiltration and cyclic loading is a major cause
of slope instability. Many studies have been carried out to assess rainfall-induced landslide …

The Seymareh landslide, detached∼ 10 ka from the northeastern flank of the Kabir-kuh fold
(Zagros Mts., Iran), is recognized worldwide as the largest rock slope failure (44 Gm 3) ever …

This work documents for the first time the prehistoric, but morphologically pristine, Emad Deh
rock avalanche of the Zagros Mountains. The ca. 420 Mm 3 rock avalanche was initiated as …

This work represents a regional potential seismic landslide hazard assessment for the
Tianshui area, southeastern Gansu Province, China. The peak ground accelerations for two …

Seismically triggered landslides can cause great damage to the road construction in
mountainous areas. The permanent displacement analysis based on Newmark sliding-block …

This paper presents a semi-empirical model to predict earthquake-induced displacement of
slopes, based on a coupled stick-slip-rotation (CSSR) analysis recently developed by the …

A probabilistic slope stability analysis framework based on the Newmark permanent
displacement method and probability density evolution theory is presented to quantify the …