A comprehensive understanding of the deposit morphodynamics of debris flows in river
valleys is crucial for disaster prevention and mitigation in mountainous areas. However …

Debris flow caused high number of deaths among many of geohazard events in Malaysia
due to the characteristics of sudden outburst and high energy density. This paper reviewed …

Debris flows typically originate in mountainous watersheds. At the base of these watersheds
and where not truncated by a higher order stream or discharging into a body of still water …

Landslide movement processes often exhibit complex paths, introducing the uncertainty of
landslide movement paths, and challenging landslide hazard prediction and pre-disaster …

Predicting the spatial impact of debris flows on fans is challenging due to complex runout
behaviour. Debris flow mobility is highly variable and flows can sporadically avulse the …

This paper develops an improved three-dimensional sphere discontinuous deformation
analysis (SDDA) model and uses UAV-based photogrammetry to enable SDDA to …

Chronological data on recent debris-flow activity in the Eastern Meditteranean are
fragmentary, limiting a proper assessment of future geomorphic risk. This is especially true if …

Abstract Length (L), width (W), and aspect ratio (ε, L/W) are elementary parameters widely
adopted to characterize landslide geometry. Aspect ratio (ε) had been associated with the …

The location of alluvial fans at the intersection of the lithosphere, hydrosphere, and
atmosphere makes them valuable in recording long-term environmental changes. Short …

滑坡运动路径具有普遍的复杂性, 体现为侧散, 转向, 分叉, 交织, 聚合与并联等复杂行为.
滑坡运动路径复杂性增大了滑坡危险性. 因而, 滑坡危险性评估对滑坡运动路径复杂度的量化和 …