The intensity-duration (ID) threshold is considered an effective indicator for landslides
triggered by short-term high-intensity rainfall and long-term low-intensity rainfall. However …

The empirical rainfall intensity and duration (I–D) threshold for the initiation of shallow
landslide is newly defined for Japan where heavy rainfalls frequently occur during the East …

Zhejiang Province, located in the southeast coastal region of China, is highly prone to
rainfall-triggered landslides because of its geologic, geomorphologic, and climatic settings …

A high‐resolution gridded daily precipitation data set was combined with a landslide
inventory containing over 2000 events in the period 1972–2012 to analyze rainfall …

A rainfall threshold for landslide occurrence at a national scale in China has rarely been
developed in the early warning system for landslides. Based on 771 landslide events that …

This study was conducted to determine the rainfall intensity-duration thresholds (ID curves)
for landslide prediction by considering the effects of antecedent rainfall. Data for the time …

Zhejiang Province is highly prone to the occurrence of landslides during the annual rainy
season from May to September. We studied the relationship between landslide frequency …

Over the last 40 years, many contributions have identified empirical rainfall thresholds (eg
rainfall intensity (I) vs. rainfall duration (D), cumulated rainfall vs. rainfall duration (ED) …

Antecedent rainfall is an important predisposing factor in triggering landslides because it
reduces soil suction and increases the pore-water pressure in soils. The existing …

Rain-induced landslides are recognized as one of the most catastrophic hazards on hilly
terrains. To develop strategies for landslide risk assessment and management, it is …