An ecological slope protection system

Abstract

The invention discloses an ecological slope protection system. The ecological slope protection system comprises an ecological bag flexible side slope and a living plant pile foundation, wherein after an ecological bag of the ecological bag flexible side slope is filled with mud, drained water is formed into a flexible and solid substance, and the flexible and solid substance is distributed around an area required to be protected; the flexible and solid substance takes salicaceae salix plants as pile foundation materials and is arranged on the lowest part of the ecological bag flexible side slope, the pile foundation materials are arranged in rows to form protection baffle walls, and meanwhile, a fixed ecological bag flexible side slope can be formed. Due to the fact that the ecological bag flexible side slope is used, a better survival space for aquatic plants, aquatic animals and aquatic microorganisms can be provided, formation of a stable and healthy ecosystem is promoted, and purification of a water body is facilitated; due to the fact that holes are formed in the ecological bag and different types of plants are planted, aquatic animals, such as fishes, shrimps and snails have a survival space, the stable and dynamically balanced ecosystem in which the animals, the plants and the microorganisms coexist is formed, the water quality is guaranteed, and the phenomena such as eutrophication and blue-green algae flooding are prevented.

Description

technical field [0001] The invention relates to an ecological slope protection system, in particular to a flexible ecological slope protection system in which mud is poured into a giant ecological bag through a mud pump and living willow piles are added. Background technique [0002] For general lakes, reservoirs and coasts, especially in river areas with relatively fast water flow, the embankments are washed by water bodies, and potholes are easily formed in the lower part of the river bank, which is easy to cause subsidence, which not only poses hidden dangers to human safety and building property, but also It will adversely affect water quality and cause ecological damage. [0003] In order to prevent water and soil erosion or erosion from causing adverse effects on embankments, artificial lakes and embankments generally use artificially built concrete protection works to resist adverse factors, which have strong water and soil retention capabilities, but concrete fortifi...

AI Technical Summary

Problems solved by technology

[0002] For general lakes, reservoirs and coasts, especially in river areas with relatively fast water flow, the embankments are washed by water bodies, and potholes are easily formed in the lower part of the river bank, which is easy to cause subsidence, which not only poses hidden dangers to human safety and building property, but also Adversely affect water quality, cause ecological damage, etc.

[0003] In order to prevent water and soil erosion or erosion from causing adverse effects on embankments, artificial lakes and embankments generally use artificially built concrete protection works to resist adverse factors, which have strong water and soil retention capabilities, but concrete fortifications are time-consuming and labor-intensive. The physical resources are very large, and it has a certain destructive force on the water ecosystem. Plants and animals cannot inhabit, which invisibly reduces the living space of aquatic animals and plants, damages the biological chain in the water, and is not conducive to the maintenance of water quality.

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