A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Renewable infiltrating irrigation planting system for high and steep rock slope
The invention provides a renewable infiltrating irrigation planting system for a high and steep rock slope, and belongs to the technical field of high and steep rock slope planting. Infiltrating irrigation comprises step planting grooves and automatic vegetation infiltrating irrigation regeneration slopes, and the infiltrating irrigation step planting grooves and the automatic vegetation infiltrating irrigation regeneration slopes are arranged on the high and steep rock slope at intervals; the automatic infiltrating irrigation regeneration slopes of the infiltrating irrigation vegetation are arranged on the inner side and the outer side of the step planting groove, a sponge body at the bottom of the step planting groove is used for storing atmospheric rainfall and planting plants on an upper soil layer, the stored water is continuously infiltrated to the automatic infiltrating irrigation regeneration slopes of the infiltrating irrigation vegetation, and the automatic infiltrating irrigation regeneration slopes of the infiltrating irrigation vegetation are used for planting climbing plants. The step planting grooves can automatically store water resources through atmospheric precipitation, water can be supplied to plants on the step planting grooves, water can be continuously supplied to the vegetation automatic infiltrating irrigation regeneration slope, the whole rock slope can be systematically infiltrated by atmospheric precipitation from top to bottom, and the plants on the high and steep rock slope can grow.
本发明提供一种高陡岩质边坡可再生渗灌栽植系统，属于高陡岩质边坡栽植技术领域，渗灌包括台阶种植槽和植被自动渗灌再生坡，渗灌台阶种植槽和植被自动渗灌再生坡间隔设置在高陡岩质边坡上，渗灌植被自动渗灌再生坡设置在台阶种植槽的内外侧，台阶种植槽底部海绵体用于存储大气降水和上部土壤层种植植物，渗灌并将存储的水持续渗灌给植被自动渗灌再生坡，渗灌植被自动渗灌再生坡用于种植攀爬植物。设置的台阶种植槽能够通过大气降水实现自动储蓄水资源，能够为台阶种植槽上的植物供水外，还可以给植被自动渗灌再生坡持续供水，实现大气降水自上往下系统性渗灌整个岩质边坡，使得在高陡岩质边坡上的植物能够生长。
Renewable infiltrating irrigation planting system for high and steep rock slope
The invention provides a renewable infiltrating irrigation planting system for a high and steep rock slope, and belongs to the technical field of high and steep rock slope planting. Infiltrating irrigation comprises step planting grooves and automatic vegetation infiltrating irrigation regeneration slopes, and the infiltrating irrigation step planting grooves and the automatic vegetation infiltrating irrigation regeneration slopes are arranged on the high and steep rock slope at intervals; the automatic infiltrating irrigation regeneration slopes of the infiltrating irrigation vegetation are arranged on the inner side and the outer side of the step planting groove, a sponge body at the bottom of the step planting groove is used for storing atmospheric rainfall and planting plants on an upper soil layer, the stored water is continuously infiltrated to the automatic infiltrating irrigation regeneration slopes of the infiltrating irrigation vegetation, and the automatic infiltrating irrigation regeneration slopes of the infiltrating irrigation vegetation are used for planting climbing plants. The step planting grooves can automatically store water resources through atmospheric precipitation, water can be supplied to plants on the step planting grooves, water can be continuously supplied to the vegetation automatic infiltrating irrigation regeneration slope, the whole rock slope can be systematically infiltrated by atmospheric precipitation from top to bottom, and the plants on the high and steep rock slope can grow.
本发明提供一种高陡岩质边坡可再生渗灌栽植系统，属于高陡岩质边坡栽植技术领域，渗灌包括台阶种植槽和植被自动渗灌再生坡，渗灌台阶种植槽和植被自动渗灌再生坡间隔设置在高陡岩质边坡上，渗灌植被自动渗灌再生坡设置在台阶种植槽的内外侧，台阶种植槽底部海绵体用于存储大气降水和上部土壤层种植植物，渗灌并将存储的水持续渗灌给植被自动渗灌再生坡，渗灌植被自动渗灌再生坡用于种植攀爬植物。设置的台阶种植槽能够通过大气降水实现自动储蓄水资源，能够为台阶种植槽上的植物供水外，还可以给植被自动渗灌再生坡持续供水，实现大气降水自上往下系统性渗灌整个岩质边坡，使得在高陡岩质边坡上的植物能够生长。
Renewable infiltrating irrigation planting system for high and steep rock slope
一种高陡岩质边坡可再生渗灌栽植系统
TAN XUEYOU (author) / HUANG NAN (author) / ZHOU SHIQIANG (author) / SONG ZIMIAN (author) / LIANG GUONING (author) / XIE YUFEI (author)
2023-10-20
Patent
Electronic Resource
Chinese
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