Global climate change is altering rainfall patterns and increasing the risk of landslides, prompting this study to investigate slope stability and responses through an integrated hydrological, statistical, and geotechnical framework. A 45-year dataset from 29 rainfall stations in Pacitan, East Java, Indonesia, was anal...
Rainfall infiltration poses a critical threat to anchored slope stability, challenging traditional deterministic methods for long-term safety assessment. This study develops an integrated reliability analysis framework coupling unsaturated seepage flow, a segmented slip surface method, and Monte Carlo simulation. Appli...
This study evaluates the effectiveness of non-structural watershed management measures for flood risk reduction, with a focus on the Mirusha River catchment and the urban area of Malisheva. The research investigates the application of retention ponds integrated with contour-aligned channels (swales), following the prin...
This study evaluates the influence of topographic and hydrological factors on flood susceptibility in the South–South region of Nigeria using Geographic Information Systems (GIS), Remote Sensing, and the Analytical Hierarchy Process (AHP). Digital Elevation Model (DEM), slope, aspect, drainage density, stream densit...
: Rainfall infiltration and earthquake loading are two important external factors affecting the stability of tailings dams, and their sequential action may significantly reduce the stability reserve of a dam slope. In this study, a representative cross-section of a valley-type tailings dam was established in GeoStudio,...
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