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 …

In response to the sharp increase in geological disasters resulting from localized extreme
rainfall events in Korea, a landslide early warning methodology is proposed. The method is …

The purpose of this study is to establish the criteria for a landslide early warning system
(LEWS). We accomplished this by deriving optimal thresholds for the cumulative event …

How landslide-triggering rainfall conditions vary with geology is unclear. The effects of three
different geological conditions (gneiss, GN; granite, GR; sedimentary rock, SR) on variations …

The present study is aimed to develop an early warning system for temporal landslide
prediction by analysing rainfall and landslide occurrence data of almost a decade along a …

This paper describes the Measurement Management Criteria (MMC) of a soil slope failure
based on displacement using literature reviews, small-scale experiments, large-scale …

For complex large-scale construction projects (CLCP), each participating entity needs to
implement corresponding adjustment and control strategies for the cost deviation generated …

This paper studied the current and future of an early warning system (EWS) for slope failure.
Details of the developed Korea EWS were reviewed and compared; its future was then …

Due to sharp increase in damages from localized heavy rainfall-induced landslide disasters
in Korea since 2000s, there has been increasing interest in researches on the development …

Abstract In South Korea, 50-65% of the annual precipitation is concentrated during the
summer monsoon season, which is called Changma. In 2023, extreme precipitation was …