摘要
研究聚焦于河湖护坡工程项目中生态联锁块护坡技术的应用,旨在探究其在实际工程中的可行性与可靠性,为类似工程提供科学的施工策略和有益的实践指导。通过详细的实地项目考察,结合专家李克特量表评分法进行量化分析,研究从施工准备、基础处理、连锁块铺设与夯实、后期维护、环境保护及监测评估等多个维度,构建了一套完整的应用策略评价体系。研究结果表明,该技术在施工准备的充分性、基础处理的有效性、连锁块铺设与夯实的质量等方面表现良好,尤其在后期维护与生态恢复效果、环境保护措施的实施,以及监测与评估的准确性方面具有显著优势。结论指出,生态联锁块护坡技术不仅提升了河湖护坡工程的生态效益,而且展现了良好的社会和经济效益,推动了水利建设向绿色、生态化发展,具有较高的应用推广价值。
This study focuses on the application of ecological interlocking block slope protection technology in river and lake slope protection projects,aiming to explore its feasibility and reliability in practical engineering,and provide scientific construction strategies and beneficial practical guidance for similar projects.Through detailed field project inspections and quantitative analysis using the expert Likert scale scoring method,this study constructs a complete application strategy evaluation system from multiple dimensions such as construction preparation,foundation treatment,chain block laying and compaction,post maintenance,environmental protection,and monitoring and evaluation.The research results indicate that this technology performs well in terms of adequacy of construction preparation,effectiveness of foundation treatment,quality of chain block laying and compaction,especially in the later maintenance and ecological restoration effects,implementation of environmental protection measures,and accuracy of monitoring and evaluation.The conclusion points out that the ecological interlocking block slope protection technology not only improves the ecological benefits of river and lake slope protection projects,but also demonstrates good social and economic benefits,promoting the green and ecological development of water conservancy construction,and has high application and promotion value.
作者
马法珍
MA Fazhen(Henan Eastern Water Resources Guarantee Center,Kaifeng 475000,China)
出处
《河南水利与南水北调》
2024年第7期50-51,共2页
Henan Water Resources & South-to-North Water Diversion
关键词
河湖护坡
生态联锁块
护坡技术
防洪排涝
river and lake slope protection
ecological interlocking block
slope protection technology
flood control and drainage