Auxiliary device for green plant cultivation in arid region

Abstract

The invention provides an auxiliary device for green plant cultivation in an arid region. The auxiliary device comprises a cultivation bucket body, cultivation soil and a plastic woven net layer. Thecultivation bucket body is provided with twelve outer walls in an annular array way, the outer walls jointly form a plant root system emergency structure through round through holes longitudinally distributed in each outer wall, and the round through holes of each outer wall are all communicated with a cultivation cavity and an annular partition groove. Six groups of annularly distributed partition devices are arranged in the annular partition groove, and the annular partition groove is filled and sealed by the six groups of annularly distributed partition devices jointly. By forming the roundthrough holes, growth of plants cultivated in the cultivation cavity for a period of time is facilitated, then root systems of plants can penetrate through the round through holes to facilitate improvement of the stability of the auxiliary device in desert land, vertical growth of the root systems towards deep positions is facilitated, and moisture in the deep positions of soil is absorbed, so that the auxiliary device does not limit growth of cultivated plants.

Description

technical field [0001] The invention belongs to the technical field of ecological environment protection in arid and semi-arid areas, and more specifically relates to an auxiliary device for green plant cultivation in arid areas. Background technique [0002] In arid areas, the climate is dry, the solar radiation is strong, and the evaporation is large. It is difficult to restore vegetation under natural conditions, and the required period is long, especially the vegetation restoration of trees and shrubs is particularly difficult. Furthermore, due to factors such as poor soil in this area, poor moisture and water conservation performance, and poor plant site conditions, the existing ecological engineering technology usually has low vegetation survival rate and high cost during the implementation process. There is a phenomenon of "green in one year, yellow in two years, and dead in three years". [0003] The inventors found that the existing auxiliary devices for green plan...

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Problems solved by technology

[0004] In order to solve the above-mentioned technical problems, the present invention provides an auxiliary device for green plant cultivation in arid areas to solve the problem that the existing auxiliary devices for green plant cultivation in arid areas are generally suitable for use in arid sandy areas, but the sand needs to be manually removed during installation. Dig a placement pit on the ground, because the sand structure around the pit is damaged, making it too soft, which can easily cause the loss of sand and soil around it. In addition, in arid areas, the sunlight is too strong, and the internal storage water is easily lost. Evaporation; because the plants are planted inside the auxiliary device for green plant cultivation in the arid area, after the plant grows for a period of time, its root system cannot break through the auxiliary device for green plant cultivation in the arid area, resulting in restricted plant growth, which is not conducive to plant cultivation

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