Slope greening geocell and using method thereof

Abstract

The invention discloses a slope greening grocell and a using method thereof. The slope greening geocell comprises stepped geocell units from up to bottom. Each stepped geocell unit comprises two side baffles and guiding partition plates fixedly arranged between the two side baffles at intervals. Every two adjacent guiding partition plates are parallel to each other. Through the adoption of the slope greening geocell and the using method thereof, rainwater and irrigation water on a slope can be effectively retained and drained, flushing of rainwater to the slope can be prevented while plant growth water is guaranteed, plant growth is facilitated, soil and slope protection can be well achieved through roots of plants, and the irrigation process is simplified.

Description

technical field [0001] The invention belongs to the technical field of slope greening devices, in particular to a slope greening geocell. Background technique [0002] Nowadays, most technologies use grid-type geocells, which only focus on soil consolidation on slopes, and have no relationship between the growth of multi-tube plants and natural rainfall. Plants are not easy to maintain and survive, especially in the seedling stage; Moreover, the existing geocells cannot retain rainwater, cannot make full use of rainwater for irrigation, and cannot prevent rainwater from scouring the slope; artificial spraying is generally used for plant irrigation on the slope side, and irrigation water can easily flow down in this way , the infiltration is less, so that the plant root system is still in a dry state. This method of spraying maintenance can also easily cause surface runoff on the slope surface, destroy the surface soil quality of the slope surface, and cannot play the role of...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, most technologies use grid-type geocells, which only focus on soil consolidation on slopes, and there is no relationship between the growth of multi-tube plants and natural rainfall. Plants are not easy to maintain and survive, especially in the seedling stage; Moreover, the existing geocells cannot retain rainwater, cannot make full use of rainwater for irrigation, and cannot prevent rainwater from scouring the slope surface; artificial spraying is generally used for plant irrigation on the slope side, and irrigation water can easily flow down in this way , the infiltration is less, so that the root system of the plant is still in a dry state. This method of spraying maintenance can also easily form surface runoff on the slope surface, destroy the surface soil quality of the slope surface, and cannot play the role of replenishing water for seedlings.

Images