Water-plant-temperature coupled vegetation network

Abstract

The invention provides a water-plant-temperature coupled vegetation network which comprises an intelligent microporous breathable plastic film, elastic support bodies which are fixed below the intelligent microporous breathable plastic film and alternately arranged, and a seed tape which is vertically embedded on the intelligent microporous breathable plastic film; or comprises the intelligent microporous breathable plastic film, the elastic support bodies which are fixed below the intelligent microporous breathable plastic film and alternately arranged, a straw mesh layer fixed at the lower ends of the elastic support bodies and the seed tape which is vertically embedded between the intelligent microporous breathable plastic film and the straw mesh layer. The water-plant-temperature coupled vegetation network can regulate water and heat flux in a balanced manner, realize uniform distribution of seeds and have high applicability, convenient transportation and construction and low integrated cost. The water-plant-temperature coupled vegetation network is mainly used in the fields of landscape greening and vegetation restoration.

Description

technical field [0001] The invention relates to a plant net applied in the field of landscaping and vegetation restoration engineering, in particular to a moisture-plant-temperature coupled plant net. Background technique [0002] The use of plant materials for landscaping and ecological restoration has become an important measure to improve the ecological environment, and the basic conditions to ensure the safe germination and healthy development of plant seeds are moisture, temperature, and soil. Although various new products such as planting belts, planting blankets, green nets, and ecological nets have appeared in recent years, [0003] Chinese Patent Publication No. 101775793A discloses a planting net structure, which includes an upper main reinforcement layer, a middle water ecologically effective layer and a lower reinforcement layer, and is vertically embedded in the main reinforcement layer, the water ecological effective layer and the secondary reinforcement Strip...

AI Technical Summary

Problems solved by technology

The advantage of this structure is that non-woven fabrics are used to control water infiltration and water evaporation, and at the same time, water-soluble film is used to wrap the seed mixture to control seed germination and growth density, but its adaptability to the environment is not high, and the effect is not significant, and it cannot Realize water and heat flux balance regulation

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