TEPS (Total Ecology Protection System) for vegetation and construction method of TEPS

Abstract

The invention relates to a TEPS (Total Ecology Protection System) for vegetation and a construction method of the TEPS, which are mainly applied to engineering needing engineering protection and ecological restoration in the field of ecological restoration. The construction method comprises the following steps of (1) compacting and cleaning an operation surface; (2) paving high-strength bilayer (or multilayer) hollow fabric bearing bodies; (3) mixing biological substrates; (4) filling the biologic substrates in fabric and fixing the fabric; and (5) carrying out short-term green maintenance till plants form a lawn. According to the TEPS for the vegetation and the construction method of the TEPS, disclosed by the invention, the high-strength bilayer fabric has strong tensile resistance and can greatly reduce the engineering amount of prophase bank protection civil engineering; and in the construction process, mechanical construction is mainly utilized and is supplemented with manual operation so that the construction efficiency is greatly improved, the construction can be carried out in all weather, the convenience and adaptability in construction are good, and the safety is high.

Description

technical field [0001] The invention belongs to the field of vegetation ecological restoration and is suitable for engineering bodies that need both engineering protection and ecological restoration. It mainly involves rivers, lakes and reservoirs, highways and railways, mountain protection and greening, bridge greening and other fields. Background technique [0002] At present, all countries attach great importance to ecological restoration work, and various new methods are constantly being introduced. In China, with the establishment of the Ministry of Environmental Protection, governments at all levels have further intensified their work on environmental governance and environmental ecological restoration, especially for the areas of water resources, water environment, and aquatic ecology that have not been given enough attention before. policies and supporting measures. The current methods for ecological restoration of water environment vegetation in China generally in...

AI Technical Summary

Problems solved by technology

However, these vegetation ecological restoration technologies or methods have their own shortcomings: flexible ecological restoration technologies such as ecological bags and planting bags can only be filled with bags manually, the operation is complicated, and mechanized construction cannot be used, which is not conducive to large-scale implementation and standardized construction. It is easily affected by weather and terrain factors, and the construction price is high, which is not conducive to large-scale promotion and use; hardening protection technologies such as ecological retaining walls consume a large amount of traditional building materials such as cement and stone, which cannot reduce energy consumption and carbon dioxide emissions. The environment and resources cause new damage or disturbance, so it is not suitable for large-scale use; ecological bags and other related single-bag body-based regreening technologies have risks of poor integrity and poor stability. The effect of anti-collapse reinforcement is not strong