Four large landslides, each with a debris volume> 106m3, in the Himalaya and
Transhimalaya of northern India were examined, mapped, and dated using 10Be terrestrial …

Newmark's sliding-block model is widely used to estimate coseismic slope performance.
Early efforts to develop simple regression models to estimate Newmark displacement were …

Application of transient deterministic shallow landslide models over broad regions for
hazard and susceptibility assessments requires information on rainfall, topography and the …

This study employs strong-motion data from the 1999 Chi-Chi earthquake, the 1999 Kocaeli
earthquake, the 1999 Duzce earthquake, the 1995 Kobe earthquake, the 1994 Northridge …

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

Summary Sandy aquifers deposited> 12,000 years ago, some as shallow as 30 m, have
provided a reliable supply of low-arsenic (As) drinking water in rural Bangladesh. This study …

Airborne lidar (light detection and ranging) was used to create a high-resolution digital
elevation model (DEM) and produce landslide hazard maps of the University of California …

Rainfall and earthquakes are two major triggers for landslides. To assess annual rainfall-
earthquake-induced landslide hazards, an ensemble model containing three modules: an …

The development of high resolution LiDAR digital terrain models (DTMs) has enabled the
exploration of the statistical signature of morphology on curvature distributions. This work …

The current clearance inspection of a railway tunnel is mostly limited to extracting and
analyzing 2D cross sections. A novel clearance inspection technique has been introduced to …