Occurrence of rainfall‐induced landslides is increasing worldwide, owing to land use and
climate changes. Although the connection between hydrology and rainfall‐induced …

Desiccation cracks on a soil slope can significantly increase permeability, reduce shear
strength, and potentially result in shallow landslides. To reveal the slope failure mechanism …

This study proposed a hybrid modeling approach using two methods, support vector
machines and random subspace, to create a novel model named random subspace-based …

ABSTRACT A distributed optical fibre sensing system is used to measure landslide-induced
strains on an optical fibre buried in a large scale physical model of a slope. The fibre …

Physical modeling of landslides using scaled landslide models began in the 1970s in Japan
at scaled natural slope physical models. Laboratory experiments of landslide behavior in …

Rainfalls with heavy intensity and long duration are the main factors that trigger landslide. A
large-scale test of physical model of landslide induced by gradient rainfall is conducted to …

Under rainfall conditions, the characteristics of hydraulic changes related to the failure
evolution of fill slopes are critical to the early warning of slope failure. In this study, a series …

The infiltration process during irrigation is an essential variable for better water management
and hence there is a need to develop an accurate model to estimate the amount infiltration …

Shallow soil slips are a significant hydrogeological hazard which could affect extended
areas of the high-gradient mountainous landscape. Their triggering is highly dependent on …

Landslide deformation in the Three Gorges Reservoir Area (TGRA) is mainly caused by
water level fluctuations; however, it is also influenced by rainfall. The Tanjiawan landslide is …