Novel garden lawn green space construction method

Abstract

The invention discloses a novel garden lawn green space construction method. The novel garden lawn green space construction method comprises the following steps: S1, compacting a soil body; S2, layinga rock soil layer on the soil body; S3, laying a filter screen frame above the rock soil layer; S4, laying filter screen cloth above the filter screen layer; S5, producing lawn eggs, collecting wastebrick tiles, building blocks, concrete fragments or various broken stones as raw materials, and firing or extruding; S6, laying the lawn eggs on the filter screen cloth; S7, preparing planting soil;laying planting soil on the lawn eggs to form a soil layer; and enabling the thickness of the soil layer not to be less than a first preset thickness; and S8, laying a turf on planting soil, and laying a sand cushion layer above the turf so that the sand cushion layer with a second preset thickness is formed at the root of the turf. By arrangement of the lawn eggs, the circumstance that the structure of the lawn is damaged due to long-time tread of people can be avoided, the pressure resistance of the lawn is improved, secondarily, by arrangement of the filter screen frame and the filter screen layer, water-permeable and air-permeable functions are good, soil is fertile, and growth of grass seeds of the lawn is facilitated.

Description

technical field [0001] The invention relates to the technical field of landscaping, in particular to a novel construction method for garden lawns and green spaces. Background technique [0002] During the construction of the garden, lawns need to be laid, which have good water permeability and air permeability, can better preserve surface humidity, increase air humidity, reduce dust, purify the air, improve the urban ecological environment, and promote the growth of trees, flowers and leaves. The growth and development of the fruit stem. [0003] The traditional landscaping lawn is widely used due to its low cost, but because the soil has no skeleton support, its shortcomings are that it cannot bear loads, pedestrians, vehicles cannot be parked, and its life is short; the other is the lawn brick green space, which is built on the base There is a brick skeleton on the upper floor, which is a shaped load-bearing skeleton. The advantage is that people can walk and park vehicle...

AI Technical Summary

Problems solved by technology

[0003] The traditional landscaping lawn is widely used due to its low cost, but because the soil has no skeleton support, its shortcomings are that it cannot bear loads, pedestrians, vehicles cannot be parked, and its lifespan is short; There is a brick skeleton on the upper pavement, which is a shaped load-bearing skeleton. The advantage is that people can walk and park vehicles. The disadvantage is that the cost is high, and the brick skeleton occupies a large volume of soil (over 90%). The nutrient absorption area of ​​the grass root system is too small, the amount of green is very little, and the greening effect is extremely poor; there is also a green space with a plastic honeycomb skeleton. The plastic honeycomb skeleton is a shaped load-bearing skeleton. It is impermeable to water, air and roots. The ecological environment of the grass root system is poor, the life of the lawn is short, and the skeleton’s pressure bearing capacity is poor. Parking in winter can crush the plastic skeleton. In addition, the cost is high