Lake side slope stabilizing and reinforcing device and method based on biological guiding technology

Abstract

The invention relates to the technical field of lake side slope reinforcement, in particular to a lake side slope stabilizing and reinforcing device and method based on the biological guiding technology, the lake side slope stabilizing and reinforcing device comprises a green reinforcing plant and a pre-buried lantern ring arranged at the root of the green reinforcing plant, and the root system of the green reinforcing plant penetrates through the pre-buried lantern ring; a built-in cavity is formed in the pre-embedded lantern ring, a plurality of evenly-distributed airflow through holes are formed in the upper end of the pre-embedded lantern ring and communicate with the built-in cavity, a plurality of evenly-distributed adsorption guide ropes are installed at the bottom end of the pre-embedded lantern ring in an embedded mode, and the ends, away from the pre-embedded lantern ring, of the adsorption guide ropes are connected with bolting ropes; earthworms are bolted to the outer ends of the bolting ropes. According to the device, the life activity of the root system of the green reinforcing plant single-sided magnetic balls can be improved by means of heat, so that the growth of the plant root system is accelerated, the firmness of the lake side slope is improved, and the distribution range of the bolting rope single-sided magnetic balls and the adsorption guide rope single-sided magnetic balls is widened by means of heat dissipation.

Description

technical field [0001] The invention relates to the technical field of lake slope reinforcement, in particular to a device and method for stabilizing lake slopes based on biological guidance technology. Background technique [0002] Lake basins and the water bodies they contain. Lake basins are natural depressions that are relatively closed on the surface and can store water. Lakes can be divided into structural lakes, crater lakes, glacial lakes, barrier lakes, karst lakes, fluvial lakes, Fengcheng lake, Haicheng lake and artificial lake (reservoir), etc., can be divided into outflow lake (thump and puff lake) and inland lake according to the discharge situation; according to the salinity of the lake water, it can be divided into freshwater lake (salinity less than 1g / L) , Salt water lakes (with a salinity of 1-35g / L) and salt lakes (with a salinity greater than 35g / L). The sources of lake water are precipitation, surface runoff, groundwater, and some come from melted ice a...

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Problems solved by technology

[0004] At present, due to the flow of the lake water in the lake, the soil on the shore will continuously slide to the bottom of the lake. In the prior art, in order to reduce the loss of soil, trees will be planted on the shore of the lake, and with the help of the developed root system of the plants, the soil will be reduced. Loss of soil, but less effective reinforcement of lake slopes due to limited range of plant root growth

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