This paper aims to provide a state-of-the-art review on the effects of vegetation roots on the
soil structure and soil hydraulic properties. After a thorough review of current studies, the …

Regional-scale hydrological investigations that involve vegetation change usually neglect
root-induced modification (RIM) of soil hydraulic properties (SHP). However, there is …

Bio-engineered slopes use vegetation as “live” protection elements against the triggering
forces of landslides, erosions and debris flows. In this paper, the effects of basic plant traits …

As a result of climate change and increasing engineering activities, soil-related disasters
such as slope failures and sandstorms have become more frequent worldwide. These …

Previous studies do not consider the coupled influence of temperature and plant roots on
soil hydrological response and slope stability. This study aims to investigate the suction …

This study explores the complex interplay between vegetation and soil stability on slopes to
enhance soil-bioengineering and slope stabilization techniques. We assess the multifaceted …

Quantifying evolutions of the biomechanical properties and mechanical root reinforcement to
soil with the duration of root decomposition is important to land management strategy and to …

Rainfall-induced landslides, exacerbated by climate change, require urgent attention to
identify vulnerable regions and propose effective risk mitigation measures. Extensive …

The use of vegetation as a Nature-based Solution (NbS) for shallow landslide risk reduction
is receiving increased attention in the scientific community. Vegetation can contribute to …

Soil hydrological processes are extremely complex in high-altitude regions and are
recognized to have positive effects on soil quality, nutrient cycling, herbage yield, and runoff …