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 …

This study presents a method for classifying landslide triggers and sizes using climate and
geospatial data. The landslide data were sourced from the Global Landslide Catalog (GLC) …

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 …

Rainfall induced landslides are creating havoc in hilly areas and have become an important
concern for the stakeholders and public. Many approaches have been proposed to derive …

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 …

Decision-making evacuation modeling for natural hazards has always been complex due to
the uncertainty of variables affecting it. One of the most relevant existing assumptions for this …

Environmental policies and industry practices have recently seen a gradual paradigm shift
from reactive management to proactive prevention of environmental impacts. Accordingly …

The increase in heavy rainfall events has contributed to the increase in floods and slope
failures. These natural disasters can lead to severe loss of human lives. Monitoring and …

In this study, a Bayesian network (BN)-based inhibition model is developed for the rainstorm–
landslide–debris flow (RLD) disaster chain in the mountainous area of the Greater Bay Area …

To achieve the net-zero carbon dioxide emission goals, the number of solar photovoltaic
(PV) power stations (PPSs) installed worldwide has increased. An increasing number of …