Masonry structure system and construction method for slope vegetation planting guarantee in loess area

Abstract

The invention discloses a masonry structure system for guaranteeing planting of vegetation on a slope in a loess area, comprising a masonry structure for guaranteeing planting of vegetation, a plurality of soil-fixing grids embedded and installed in a plurality of masonry structures for guaranteeing planting of vegetation and planting in multiple A vegetation community formed by vegetation in a soil-fixing grid; the vegetation planting protection masonry structure includes multiple cross connection members and multiple intermediate connection members, and steps for fixing the vegetation plantation protection masonry structure on the slope of the loess area Multiple anchor mechanisms on the structural surface or slope structural surface; the soil-fixing grid is a rectangular masonry grid composed of a uniformly formed left half-masonry grid and a right half-masonry grid; the vegetation community includes The step vegetation community and the slope vegetation community; the invention also discloses a construction method of a masonry structure system for guaranteeing planting of slope vegetation in the loess area. The invention has novel and reasonable design, low engineering cost, environmental protection, strong practicability and good application prospect.

Description

technical field [0001] The invention belongs to the technical field of slope protection and ecological restoration, and in particular relates to a masonry structure system and a construction method for protecting slope vegetation in loess areas. Background technique [0002] With the development of highways, railways and water conservancy projects in China, a large number of slopes have appeared, resulting in the destruction of the original vegetation cover, resulting in the emergence of secondary bare land and serious water and soil erosion, which has aggravated the ecological system. of degradation. Therefore, slope protection and ecological restoration are particularly important. [0003] At present, engineering measures are often used to protect slopes, such as slope drainage measures, mortar rubble, shotcrete, soil nails, anchor rods, retaining walls, anti-slide piles, etc. Although engineering measures can play a role in slope protection, the engineering cost is gene...

AI Technical Summary

Problems solved by technology

Although the current vegetation planting protection technology can also play a protective role to a certain extent, the effect is not obvious, especially after years of rain erosion, the turf in many places needs to be replanted, and even the soil needs to be replanted in serious places. Filling, resulting in the second phase of maintenance and maintenance, greatly increasing the engineering cost of slope protection

In addition, the vegetation protection in the prior art will reduce the stability of the slope due to the strength damage of the slope reinforcement material in the later stage, and there is no reinforcement measure in the later stage

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