Greening method of garden steep slope plants

Abstract

The invention discloses a greening method of garden steep slope plants. The greening method comprises the following steps: S1, carrying out early-stage cleaning on a slope surface, and leveling a working surface; S2, constructing a micro-moistening system to meet the requirement of moisture in the growth process of plants; S3, hanging net to stabilize water and soil; S4, digging holes, wherein therow spacing of the planted plants is 1m*1m, and the specification of the tree holes is as follows: length*width*depth=20cm*20cm*30cm; S5, carrying out plant planting and greening according to the properties of soil or rock surfaces of the construction working surface, local climatic conditions and construction seasons, and selecting herbal plants, arbors and shrubs with developed root systems through the combination of the growth characteristics of various plants, wherein the species are mainly local plants; and S6, carrying out nursing management, irrigation and fertilization. The method hasthe beneficial effects of improving soil conditions of planting soil, improving the survival rate of arbor planting and improving the sustainability of plant landscapes, and thereby effectively improving the greening planting construction cost and saving the nursing management cost.

Description

technical field [0001] The invention relates to a plant greening method on a steep garden slope, in particular to a plant greening project suitable for a steep garden slope with a slope of 26°≤slope≤35°, and belongs to the technical field of ecological restoration engineering. Background technique [0002] The traditional slope protection methods generally include: mortar rubble slope protection, concrete mortar plastering slope protection, anchor rod spraying slope protection, support and retaining slope protection, retaining wall slope protection, etc. Although these traditional slope protection methods can strengthen the artificial slope and play a great role in the stability of the slope, the governance of the urban slope is not limited to the stability requirements of the general slope, and more importantly, urban greening, landscape and People's living comfort and other aspects of the requirements. Therefore, vegetation slope protection has become one of the key techn...

AI Technical Summary

Problems solved by technology

At present, there are the following deficiencies in the construction technology of steep slopes: (1) the greening form is single, and the immediate landscape effect is poor; (2) the soil condition is poor, and the plant growth is not good; (3) affected by the terrain, the plants are prone to lodging, which increases the maintenance management cost

[0005] CN206396706U discloses an ecological restoration structure for a steep mountainous lakeside belt, including arbor, shrub and grass belts, emergent plant belts and riprap revetment belts arranged successively along the bank slope toward the center of the lake; Anti-wave device, the ecological restoration structure effectively solves the problem of harmonious coexistence of aquatic plants and physical substrates by constructing an ecological physical base in the steep mountainous lakeside belt, but this utility model only performs ecological restoration for steep mountainous lakesides, and does not Suitable for the repair of urban slopes

[0006] CN107268521A discloses a method for constructing biological habitats on sandy steep slopes in cold regions, using methods such as cutting slope soil, wooden piles to fix banks, and willow branches to weave fences, etc., to better solve the poor water storage and soil-fixing capabilities of sandy slopes To realize the rapid recovery of vegetation coverage on sandy steep slopes, improve the habitat quality of birds, fish, amphibious reptiles and other groups, and then improve the ecological stability of sandy steep slopes, but this invention is only applied to sandy slopes in the Songhua River Basin The construction of biological habitats on steep slopes has a small application range