Debris flow prediction based on rainfall monitoring is important for early warning and
disaster risk reduction. Taking a typical debris flow catchment (with debris flows occurring on …

The early warning of debris flows based on rainfall monitoring is an important method for
reducing risk. Statistical analysis of the relationship between rainfall characteristics and …

Antecedent effective rainfall (Ar) and rainfall intensity (I) play an important role in the
formation process of debris flow. Establishing Ar-I threshold curve of debris flow is hence of …

A statistical method to establish an intensity-duration curve (ID curve) for debris flows is
highly dependent on a large amount of debris flows and rainfall events and is impossible for …

Debris flows pose a major threat to life and property in mountainous regions. Rainfall
thresholds are an important component for providing an early warning of debris flows. Most …

In order to simulate soil erosion and sedimentation processes of debris flow, a depth-
integrated particle method with soil-water mixing model is proposed. In the model, each …

The peak runoff discharge plays an important role in triggering channelized debris flows,
especially for small catchments, due to the features of a small area and short channels. In …

Abstract The Jiangjia Gully (JJG), Yunnan Province, China, is one of several debris flow
gullies that characterize the topography of mountainous areas in China. Rainfall-triggered …

Debris flows are natural disasters that frequently occur in mountainous areas, usually
accompanied by serious loss of lives and properties. One of the most commonly used …

The ability to forecast debris flows is important because of their frequent occurrence and
potential for large-scale damage in the Wenchuan Earthquake-hit area. Accurate …