A kind of recyclable low-cost dry bare ground shrub potted method

Abstract

The invention relates to a recyclable low-cost method for potting shrubs in arid bare ground. The method comprises the following steps: 1), digging and planting holes; 2), assembling potted plants; soil; 4), pruning branches and leaves; 5), fully watering; 7), covering with water-retaining rubber pad. The potting method provided by the present invention is used for the temporary greening project of bare land in arid areas, and the method improves the survival rate of shrubs, and the applicable shrub species include: Ligustrum microphylla, Buxus microphylla, Amorpha fructus, Hibiscus, Tamarix, Bauhinia, and Honeysuckle etc.; potting containers and plants can be relocated as a whole, recycled repeatedly, without post-maintenance management; container components do not need to be customized, low cost, easy to purchase, easy to assemble, and effectively improve the efficiency and effect of bare land treatment projects.

Description

technical field [0001] The invention relates to a shrub potting method in bare ground, in particular to a recyclable low-cost dry shrub potting method in bare ground. Background technique [0002] Today's environmental problems are prominent, smog is serious, and dust is frequent. Bare land is an important factor causing such environmental problems. However, it is difficult to treat bare land, especially in arid and rainless areas. , Effective and economical governance has become a research hotspot today. As a new technology in the field of bare land management, container greening is being gradually recognized and is developing rapidly. However, most of the current container greening methods in the field remain in the theoretical stage and face many practical problems: it is difficult to treat bare land in arid and rainless areas. Containers have limited water retention and rain collection capabilities; container design is complex and needs to be customized, and the cost is...

AI Technical Summary

Problems solved by technology

As a new technology in the field of bare land management, container greening is being gradually recognized and is developing rapidly. However, most of the current container greening methods in the field remain in the theoretical stage and face many practical problems: it is difficult to treat bare land in arid and rainless areas. Containers have limited water retention and rain collection capabilities; container design is complex and needs to be customized, and the cost is high; components are difficult to purchase, inconvenient to assemble, low efficiency in large-scale implementation, and do not meet the requirements of the construction period; limited plant selection, poor applicability, and engineering alternatives The scheme is single; the utilization rate of container components and plants is low, once the bare area is developed and constructed, it is easily damaged, and the potted container forms garbage, which increases the environmental burden; many practical problems in the existing container greening technology in the bare land treatment project cannot be obtained settle properly