Rainfall parameters under key date nodes.

<div><p>In the context of intensifying global environmental pressures, heavy rainfall in extreme climate regions significantly increases landslide risks, threatening societal stability and sustainable development. While research on rainfall-induced landslides is well-established, the def...

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Bibliographic Details
Main Author:	Wu Yi (770112) (author)
Other Authors:	Hong Luo (205745) (author), Xiaohu Huang (2260201) (author), Xiaohan Zhu (9725805) (author), Zhengyu Wang (8437125) (author), Yong Li (15029) (author)
Published:	2025
Subjects:	Biophysics Biotechnology Science Policy Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified threatening societal stability shear strength variations internal stress variations including slope displacement flume model experiment experimental data facilitated early warning systems different rain patterns comprehensive field investigations pore water pressure varying rainfall conditions landslide &# 8217 complex rainfall patterns situ monitoring data soil pressure sensors rainfall time series rainfall data analysis landslide failure process landslide disaster monitoring driving landslide deformation accumulated landslides induced soil pressure time monitoring landslide monitoring induced landslides failure mechanisms comparative analysis accumulated landslides wangjiapo landslide rainfall intensity heavy rainfall deformation monitoring xlink "> thoroughly analyzed systematically characterized sustainable development study focuses study elucidates statistical processing spatial evolution similarity theory moisture content macroscopic deformation integrated approaches instability mechanisms instability mechanism inform strategies findings highlight deformation mechanisms deformation characteristics
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Rainfall parameters under key date nodes.

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