In this study, we use GIS and other analytical platforms to analyze the landslide distribution
pattern in the July 2018 heavy rain disasters in the southern part of Hiroshima Prefecture in …

It is known that the spatial rainfall pattern can mark landslide distribution across the
landscape during extreme triggering events. However, the current knowledge of rainfall …

In early July 2018, record heavy rainfalls caused enormous damage from western Japan to
the Tokai region. In particular, Hiroshima, Okayama, and Ehime Prefectures suffered …

Heavy precipitation accompanied by a typhoon and a seasonal rain front fell over the main
island of Japan on 9–11 September 2015, causing severe damage due to landslides and …

Many landslides occurred in the torrential rain hit in the northern Kyusyu Island (Fukuoka
and Oita Prefectures) from July 5th to 6th 2017. We investigated the relationship between …

Rainfall-induced landslides pose a significant threat to the lives and property of residents in
the southeast mountainous area. From 5 to 10 May 2016, Sanming City in Fujian Province …

Many landslides are triggered by excess precipitation. In the eastern part of China,
landslides caused by extreme rainfall from typhoons in the monsoon season are the main …

The 2013 heavy rainfall event (from June to July) in the Tianshui area triggered the most
serious rainfall-induced group-occurring landslides since 1984, causing extensive …

Storm‐induced landslides are a common hazard, but the link between their spatial pattern
and rainfall properties is poorly understood, mostly because hillslope stability is modulated …

It is critical to accurately assess the location and evolution of impending landslide hazards,
especially when influenced by the effects of climate change. However, most existing …