E3S Web of Conferences, Journal Year: 2024, Volume and Issue: 596, P. 01019 - 01019

Published: Jan. 1, 2024

Slope stability is essential for mitigating landslides and erosion risks, especially during heavy rainfall. Vegetation significantly enhances slope through soil reinforcement control. Plant roots stabilize the matrix, reducing likelihood of shallow landslides. However, vegetation's impact varies, with different types potentially influencing differently—some may even worsen instability under specific conditions. Evidence shows that both rigid flexible vegetation improve resistance stability, making them a cost-effective stabilization strategy. water uptake increases matric suction results in drier slopes, further reinforcing stability. The mechanical effects roots, which enhance cohesion, combined hydrological benefits improved management, are crucial maintaining integrity. present research emphasizes importance integrating into management strategies to mitigate landslide risks effectively. Additional measures, including geotechnical advancements, policy development, community involvement, will complement these efforts. Thus, comprehensive understanding diverse impacts root structures, alongside advanced numerical analysis methods, optimizing vegetation-based enhancing safety landslide-prone areas. In this paper, authors thoroughly examine review state-of-the-art techniques. Different methods concerning have been covered such as RAR, Root Morphology Density Distribution, tensile strength biomechanics, Numerical Analysis, Limit Equilibrium approaches categories techniques divided.

Language: Английский