Rainfall-induced slope failure occurs in many countries including Singapore where slopes
are mostly covered with residual soils. Although the significance and impact of rainfall …

The role of structural planes in controlling mudstone landslides is a key issue in the study of
geo-disasters in the Loess Plateau of China. In this study, the effects of sliding-control …

Landslide initiation has multiple preconditional, preparatory and triggering factors, including
rainfall intensity, slope angle and slope moisture content. Previous literature only considers …

On 8 June 2017, a heavy storm struck the parallel ridge-valley area of western Chongqing,
resulting in serious urban waterlogging and landslides, which led to severe impacts on …

Although rainfall and earthquake have been widely recognized as the two most important
factors for landslide, the failure mechanisms of a soil slope under the two natural disaster …

Study region This study interrogates a landslide in ice-rich permafrost region in the Eastern
Qinghai–Tibet Plateau, China. Study focus Climate warming has increased the frequency …

Identification of the influence of hydrological and geological factors on slope deformation
characteristics (ie, the displacement–time relationship) under rainfall plays a crucial role in …

Frequent threats from landslides in reservoir areas have caused a research boom in
academia due to the commissioning of the Three Gorges Project and the continued …

Physical modeling is an effective method for studying the failure process of locked-segment
type landslides, whose stability is governed by the locking section along the potential slip …

The bedding rock slope is widely distributed, and its stability is mainly controlled by the weak
interlayer. In our study, the weak interlayer was divided into two parts: the locked segment …