Ecological recovery technique for bamboo splits grid

Abstract

The invention relates to an ecological restoration technique for rock or earth-rock side slopes of highways by using bamboo split fences. The technique comprises a bamboo split fence protection technique and a surface soil backfilling technique, wherein the bamboo split fence technique is to form V-shaped plaint grooves on slope surfaces every 100 centimeters along a horizontal direction with bamboo split sheets and fixed piles and to set No. 12 chain link mesh every 200 meters along a longitudinal direction to for an integral protection system and accordingly realize ecological slope protection. The surface soil backfilling and fixing technique which belongs to a soil dressing technique is to uniformly mixe waste surface soil resource with local straw, rice hulls, slow-release fertilizers, and other support materials and backfill the mixture. With the combination of the two techniques, the bamboo split fence, as time goes on, will form an organic integral with the surface soil filled back and become an organic fertilizer after thousands of years. The surface soil filled back can provide various original ecological communities of animals, plants, microorganisms, etc. to restore the ecology of the slopes. The planted original soil and wild plants speed the succession process of vegetation.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

This patented innovative solution involves creating a special type called Bamboos that can be used alongside traditional methods like clay casting (C) and sand blasting techniques to improve stability and prevention against environmental damage such as rainwater leaks over paving surfaces. By utilizing this technique, it becomes possible to preserve both natural landscapes and grassland areas while still providing effective supportive material for growing croplands without adding excessively expensive materials. Overall, these improvements make up one important step towards achieving long lasting green regenerations across various types of terrains.

Problems solved by technology

Technological Problem: Current methods used to protect highways involve adding layers of material like stone slabs onto top landsheets before they were constructed. These materials may break down over time due to environmental factors affecting the stability of these structures. Additionally, when constructing temporary roads through excavations, large areas of unprotected land surface remain exposed without any benefit caused by traditional techniques. To address these issues, proposals exist where different types of solutions involving biomass rebuilding (BM) grids instead of conventional sand barriers could be explored.

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