喷播绿化技术的起源与发展

doi:10.16843/j.sswc.2022109

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摘要喷播绿化起始于美国高速公路建设期边坡水土保持需求,是以流体力学、土壤学、植物学等学科理论与技术为基础,能迅速大面积覆盖裸露边坡,防治水土流失,构建具有景观价值的一种机械化植被建植技术,在裸露边坡植被恢复工程中占据着越来越重要的地位。笔者结合研发和工程实践,在全面研读喷播绿化技术相关资料的基础上,从工艺流程、设备性能、资材配制等方面阐述美国、日本、中国3个国家喷播绿化技术的起源与发展。通过深入剖析比较,发现我国存在喷播技术体系尚未成熟,技术标准规范滞后,机械装备定型量产不足,资材标准化、产业化程度低等问题。要扭转粗放管理,实现绿水青山再生价值,完善喷播技术体系,加强喷播技术行业规范,补齐机械装备短板,注重环境保护与生态修复相结合。这是喷播技术发展的必由之路。

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关键词 ：喷播, 客土喷播, 湿法喷播, 植被护坡, 生态修复

Abstract：[Background] Spray seeding for land greening in created from the United States highway construction period slope soil and water conservation needs, is based on the theory and technology of fluid mechanics, pedology, botany and other natural sciences. It can quickly cover a large area of bare slope, soil erosion control, construction of a mechanized vegetation construction technology with landscape value, occupies an increasingly important position in the bare slope vegetation restoration project. [Methods] The authors, as the first researchers to introduce, improve and develop spray seeding technique in China, combined with R&D and engineering practice, based on a comprehensive study of the relevant information of spray seeding technology, expounds the origin and development of spray seeding technology in the United States, Japan and China from the aspects of process flow, equipment performance and material preparation. [Results] 1) Spray seeding technology originated from the promulgation of soil erosion control regulations and the development of road greening in the United States, and then gradually evolved into the fields of courtyard greening, golf course construction and environmental protection. Since the invention of hydraulic spraying technology model registration in 1953, the United States has successively derived hydraulic spraying fiber coating and convenient ornamental grass spraying technology. With the spread of the concept of low-impact development in the 19th century, the application range of spray seeding technology expanded from surface soil improvement to vegetation habitat optimization to vertical layered structure of soil reconstruction. 2) Japan is a mountainous island country, prone to natural disasters, serious soil erosion, thus in 1960 it introduced from the United States jet highway embankment slope ecological protection. Subsequently, based on the technology of Europe and the United States, Japan has developed a variety of methods such as organic earth slurry spraying, thick layer substrate spraying technology, high-order pelleting technology and continuous fiber greening technology. In the aspect of spray seeding machinery, transplantation and modification are combined with independent innovation, and the material technology is dominated by independent production and supplemented by import. 3) The introduction of spray seeding technology in China was relatively late. With the improvement of national economic strength and the improvement of environmental protection policies, the spray seeding with fiber coating covering to prevent soil erosion, the seeding with vegetation restoration as the goal, the seeding with surface soil improvement, and the systematic classification of bare rock and passenger soil in surface soil layer have been completed, and the localization of spray seeding technology application and the autonomy of equipment production have been gradually achieved. [Conclusions] At present, it is imperative to reverse the extensive development, understand the regeneration value of clean water and green mountains, improve the spray seeding technology system, strengthen the industry standard of spraying technology, supplement the short board of mechanical equipment, and pay attention to the combination of environmental protection and ecological restoration.

Key words： spray seeding guest soil spray seeding hydro-spray seeding slope protection of vegetation ecological restoration

收稿日期: 2022-06-06

PACS:

S776.2

基金资助:林业行业标准修订项目《林用水力喷射播种机》(2023-LY-057)

作者简介: 赵平(1955—),男,学士,研究员。主要研究方向:工程绿化技术及装备。E-mail:13901058522@139.com

引用本文:

赵平, 赵廷宁, 闫承琳, 郭小平, 刘东, 刘子昕. 喷播绿化技术的起源与发展[J]. 中国水土保持科学, 2024, 22(5): 9-21.
ZHAO Ping, ZHAO Tingning, YAN Chenglin, GUO Xiaoping, LIU Dong, LIU Zixin. Origin,development and prospect of spray seeding technology for land greening. SSWC, 2024, 22(5): 9-21.

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http://journal12.magtechjournal.com/Jweb_stbc/CN/10.16843/j.sswc.2022109 或 http://journal12.magtechjournal.com/Jweb_stbc/CN/Y2024/V22/I5/9

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