High-steep hard slope greening system and application method thereof

Abstract

The invention provides a high-steep hard slope greening system and an application method thereof. The high-steep hard slope greening system comprises a plurality of holes formed in a hard slope surface. Ecological cylinders are arranged in the holes. Each ecological cylinder is filled with an ecological medium for planting plants. A spray-irrigation water supply system is arranged on the upper side of the slope surface. A water intercepting ditch is formed in the bottom of the slope surface. The spray-irrigation water supply system supplies water and waters the plants in the ecological cylinders. The water intercepting ditch is used for drainage of the greening system. Ecological repairing and greening are conducted on the hard slope through the multi-layer porous ecological cylinders, the advantages of a vegetation base material and the porous ecological cylinders are sufficiently used, by locally forming pores in the slope surface and placing the slope protection ecological cylinders, the long-term growth conditions are provided for vegetations, and the ecological repairing requirement of the rocky slope surface and hard slope surface is met. The disturbance of the slope protection ecological cylinders on the slope surface is small, meanwhile the potential adverse effects of the vegetation long-term growth requirement and the plant root system on the slope surface are considered, and the high-steep hard slope greening landscape can be effectively kept.

Description

technical field [0001] The invention belongs to the field of ecological restoration engineering and greening engineering, and in particular relates to a high and steep hard slope greening system and an application method thereof. Background technique [0002] In hydropower, transportation, municipal and mining projects, due to construction excavation, a large number of exposed rock slopes are formed, and some slopes are protected by shotcrete, masonry and other projects to form hard slopes. Due to the lack of vegetation growth conditions and poor ecological environment on these rocky slopes and hard slopes, the demand for slope landscape effects has not been well resolved for a long time. The ecological restoration of vegetation hard slopes has made some achievements in the ecological protection of rocky slopes, but due to the limited thickness of the base material, it is not conducive to the long-term growth of shrubs; for hard slopes that have been protected by engineering...

AI Technical Summary

Problems solved by technology

Due to the lack of vegetation growth conditions and poor ecological environment on these rocky slopes and hard slopes, the demand for slope landscape effects has not been well resolved for a long time

The ecological restoration of vegetation hard slopes has made some achievements in the ecological protection of rocky slopes, but due to the limited thickness of the base material, it is not conducive to the long-term growth of shrubs; for hard slopes that have been protected by engineering, traditional ecological protection technologies Apps are also limited

At present, more grass-planting bricks are used to protect the building. Although grass-planting bricks can also be used for greening, due to their single-board shape, it is not conducive to further landscaping of rocky slopes.

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