Method for conducting slope support and greening through specific hole-planted shrubs

Abstract

The invention discloses a method for conducting slope support and greening through specific hole-planted shrubs. The method comprises the following steps that (1), a material is selected; (2), a slopesurface is selected to be finished and measured; (3), shrub seeds are soaked or shrub seedlings cultivated into seedlings are prepared to manufacture nutritive vegetation soil; (4), a mold is adoptedto manufacture a vegetation concrete module containing the shrub seeds; (5), anchor rods are supported, iron wire bracing and iron wire net erecting are conducted among the anchor rods, and a layer of geotechnical cloth is laid; (6), the thick nutritive vegetation soil is laid, and seeds are planted in the soil; and (7), management after seeding and later-period regular watering and fertilizing protection are conducted. The method for conducting slope support and greening through the specific hole-planted shrubs is suitable for slope surfaces of various rock textures and soil textures and particularly suitable for rock and soil side slope surfaces which are high steep and unsmooth, are provided with multiple small rock gaps and are under bad weather conditions.

Description

technical field [0001] The invention provides a method for slope support and greening by using specific hole species shrubs, which relates to the field of slope stable support vegetation greening, and is suitable for various rocky soil slopes, especially high and steep slopes with uneven slopes A greening method for slope support of rocky soil slopes that are uneven, have small and many rock gaps, and have harsh weather conditions. Background technique [0002] At present, with the rapid development of our country's economy, the infrastructure construction is advancing by leaps and bounds, and various types of excavation and filling slopes have appeared. In order to ensure the safety and stability of the slope, preventing soil erosion and ecological protection and greening have become the current methods of slope support and protection. important question. For example, the traditional protection methods include vegetation growth protection. As a biological protection method...

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Problems solved by technology

[0005] 2. On rocky slopes, it can solve the problem of insufficient long-term cohesive force of plant soil applied on the rock wall during traditional greening and the problem of collapse caused by weak plant roots. This invention presses the single-layer barbed wire close to the slope The shallow soil on the slope surface, because ceramsite is a high-strength structural lightweight aggregate formed after sintering, it has erosion resistance, can reduce the direct erosion of the nutrient vegetation soil by rainwater and provide compressive force to increase the nutrient vegetation soil At the same time, the superposition of multiple ceramsites and the external curved structure can buffer and eliminate the scouring force of rainwater, and also protect the stability of the nutrient vegetation soil; after the plants grow vigorously, the plant roots take root directly on the slope. Inside the body, it can greatly increase the adhesion between the root system of the plant and the slope, thereby improving the survival rate of the plant and playing a large-area greening protection role.

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