The deformation characteristics and instability patterns of rotational landslides are
complicated. Such landslides are large and occur continuously, seriously threatening …

Reduction in shear strength (RSS) of hillslope materials due to earthquakes have been
rarely discussed numerically in regional scale analyses. Despite the limited literature, an …

Sichuan Province, as one of the active seismic regions in China, has historically suffered
from strong earthquakes. The Xingwen Ms5. 7 earthquake in 2018 and the Changning Ms6 …

For decades, solutions to regional-scale landslide prediction have primarily relied on data-
driven models, which, by definition, are disconnected from the physics of the failure …

Topographic amplification is caused by the interaction between seismic waves and rough
terrains. It increases shaking levels on hilltops and could lead stable slopes to the brink of …

Modeling suggests that steep coastal regions will experience increasingly rapid erosion
related to climate-change-induced sea level rise. Earthquakes can also cause intense …

Tectonic deformation within fault damage zones can influence slope stability and landslide
failure mechanisms due to rock mass strength effects and the presence of tectonic …

Coastal hillslopes often host higher concentrations of earthquake-induced landslides than
those further inland, but few studies have investigated the reasons for this occurrence. As a …

Accurate and reliable analyses of high-alpine landslide displacement magnitudes and rates
are key requirements for current and future alpine early warnings. It has been proved that …

Landslides are one of the prevailing threats to life that cause huge loss to the environment.
Around 3.7 million km2 of the area is exposed to landslides globally, and 820,000 km2 is at …