山区公路生态边坡防护系统设计优化研究

Study on design optimization of ecological slope protection system for mountain road

摘要

本文围绕山区公路生态边坡防护系统设计优化展开研究，重点探讨了稳定性与生态保护的协调原则，通过详实的地质勘察、植被种类优化、排水系统改进及土工材料创新等方法实现边坡的力学稳定与生态恢复同步推进，文章提出因地制宜和综合治理的设计理念，强调多技术手段的有机结合，以提升防护效果和生态效益，本文为山区公路边坡防护提供科学依据和技术支持，这有助于保障公路安全运营，促进生态环境保护，推动山区交通建设的绿色可持续发展。

Abstract

This study focuses on the design and optimization of ecological slope protection systems for mountainous roadways, emphasizing the coordinated principles of stability and ecological conservation. Through comprehensive geological surveys, optimized vegetation selection, drainage system upgrades, and innovative geotechnical materials, the research achieves simultaneous advancement in slope mechanical stability and ecological restoration. The paper proposes a design philosophy of site-specific adaptation and integrated management, highlighting the organic combination of multiple technical approaches to enhance protective effectiveness and ecological benefits. This work provides scientific evidence and technical support for slope protection in mountainous roadways, contributing to safer highway operations, environmental protection initiatives, and the green sustainable development of mountain transportation infrastructure.

关键词

山区公路 / 生态边坡防护 / 地质勘察

Key words

mountain road / ecological slope protection / geological investigation

参考文献

[1] 杨逊. 山区公路高边坡开挖与防护设计研究[J]. 交通科技与管理, 2024.

[2] 唐高华, 程良, 陈欣然, 等. 山区高速公路路堑高边坡落石计算与临时防护设计研究[C]// 土木工程建造行业科技论坛（2024）暨第十五届中建八局科技论坛论文集. 2024.

[3] 蒙礼超. 山区高速公路路基边坡防护方案比选分析[J]. 西部交通科技, 2023(2): 58-60.