Rainfall-Induced Landslides

doi:10.3390/books978-3-7258-3186-9

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Hardback

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Keywords

large-scale slope; rainfall; ERT; mass rock creep; DSGSD; sliding susceptibility; hazard mitigation; correlation scales; cross-correlation analysis; shear strength parameters; slope stability; spatial variability; rainfall-induced landslides; debris failure; slope monitoring system; MEMS sensor; tilt monitoring; physical modelling; toppling rock mass; reservoir water level fluctuation; bridge loads; reservoir bank slope; stability evaluation; rainfall induced landslide; slope stability; poroelasticity; local factor of safety; coupled hydromechanical modeling; failure time of landslide; open-pit coal mine; inverse velocity; early warning; field monitoring; ancient landslide; reactivation mechanism; rainfall; crack; model test; debris flow gully; fine-grained sediments; soil stability; inter-controlled factors; Beichuan; particle size; debris flow; rainfall threshold; automatic calculation algorithm; rainfall intensity–duration relationship; land use; mountainous area; rainfall; landslide hazard; random tree classifier; logistic regression; geographic information system; Taiwan; Xiashu loess; infiltration depth; particle swarm optimization; BP neural network; multivariate nonlinear regression; debris flow; internal angle of friction; basal friction; deposition pattern; runout distance; numerical modeling; Three Gorges Reservoir area; rainfall-induced landslide; Google Earth Engine; GBDT; dynamic hazard assessment; fluctuating rainfall; rainfall-induced landslides; seepage field response; numerical simulation; n/a

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Rainfall-Induced Landslides

Influencing, Modelling and Hazard Assessment

Edited by

February 2025

304 pages

ISBN 978-3-7258-3185-2 (Hardback)
ISBN 978-3-7258-3186-9 (PDF)

https://doi.org/10.3390/books978-3-7258-3186-9

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This is a Reprint of the Special Issue Rainfall-Induced Landslides: Influencing, Modelling and Hazard Assessment that was published in

Environmental & Earth Sciences

Summary

Rainfall of different intensities is the main factor triggering both shallow and deep-seated landslides. Research on this issue covers the physical mechanism of landslide occurrence, the relationship between rainfall intensity and landslide incidence, the construction and optimization of landslide models, and risk assessment models of landslide hazards. These studies provide a new perspective and method for understanding and coping with rainfall-induced landslides.

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