Excessive rainfall is considered the major landslide triggering mechanism, especially in
tropical climate regions. During rainfall, water infiltrates into the subsurface; reducing the …

The accurate identification and quantitative characterization of loess structural properties at
the pore scale are important in the study of macroscopic permeability. To characterise the …

Intrusive granite dykes and their weathered layers can have great effects on seepage into
slopes and on their stability. However, few studies of this topic have been reported. Using …

[目的] 对斜坡中因节理, 裂隙, 孔洞等优势通道的存在而发育的优先流所产生的促滑效应研究
现状进行总结, 以期引起学者重视优先流理论在斜坡地质灾害研究中的应用 …

A portion of water not consumed by crops during flood irrigation can flow back across the
surface or through the subsurface to adjacent surface water bodies and streams as return …

Flood irrigation is globally one of the most used irrigation methods. Typically, not all water
that is applied during flood irrigation is consumed by plants or lost to evaporation. Return …

Landslides generate economical losses and human fatalities worldwide, especially in
mountainous and tropical countries, such as Colombia. According to Geohazards database …

Climate change affects forest growth in numerous and sometimes opposite ways, and the
resulting trend is often difficult to predict for a given site. Integrating and structuring the …

Preferential flow is widely developed in varieties of voids (such as macropores and fissures)
in loess areas, affecting slope hydrology and stability and even leading to geological …

Landslides in loess slopes are mainly triggered by heterogeneity in hydrogeology. The
southern Jingyang Plateau (China) was selected to characterize the geological structure …