Simulated greening method for droughty soil slopes and bare mountains

Abstract

The invention discloses a simulated greening method for droughty soil slopes and bare mountains. According to the method, simulated green plants or simulated leaves are bound on hedges or green nets, then pieces of simulated green lands are formed, and finally the simulated green lands are manually fixed to droughty soil slopes and bare mountains needing greening; the overall greening effect is achieved by connecting the pieces of simulated green lands. The novel, environmental-friendly, energy-saving and low-cost simulated greening method is developed specially for barren mountain slopes, draughty soil slopes, bare grounds, old buildings and other places where conventional plant greening cannot be carried out in the northwest district; the urban environment appearance can be effectively improved within a short period, urban green lands are added, the greening cycle is greatly shortened, and greening cost is reduced. By means of the technology, the blank of domestic barren mountain soil slope greening technologies is filled, a perfect solution is provided for urban areas where greening is unavailable, and the method has wide application prospects in the aspect of city appearance remediation for droughty and rainless cities in the northwest district.

Description

technical field [0001] The invention belongs to the technical field of landscaping, and in particular relates to a simulated greening method for arid soil slopes and bare mountain bodies. Background technique [0002] For a long time, the problem of landscaping and beautifying arid soil slopes in Northwest China has been a practical problem that is difficult to solve. The traditional greening scheme generally adopts the method of digging holes to plant trees or planting green lawns. This kind of scheme requires high greening costs and construction. Water irrigation facilities require a lot of manpower and material resources to dig holes, plant, water, and maintain. Generally, it is difficult to survive, and even if they survive, the effect is not ideal. Due to the drought and lack of rain, the color of the plants is yellow, and a large number of plants will dry up and die in winter. . Practice has proved that this traditional greening method is tantamount to useless work an...

AI Technical Summary

Problems solved by technology

[0002] For a long time, the problem of landscaping and beautifying arid soil slopes in Northwest China has been a practical problem that is difficult to solve. The traditional greening scheme generally adopts the method of digging holes to plant trees or planting green lawns. This kind of scheme requires high greening costs and construction. Water irrigation facilities require a lot of manpower and material resources to dig holes, plant, water, and maintain. Generally, it is difficult to survive, and even if they survive, the effect is not ideal. Due to the drought and lack of rain, the color of the plants is yellow, and a large number of plants will dry up and die in winter.

Practice has proved that this traditional greening method is tantamount to useless work and a waste of money for the arid soil slopes in Northwest China.