Water molecule flexible stereo cultivation method

Abstract

The invention discloses a water molecule flexible stereo cultivation method, characterized by comprising the steps of S1, sorting hydrocarbon organic wastes from related agricultural, forestry and farming industries, crushing the wastes, killing germs, and disinfecting; S2, fermenting microbes in organics at a high temperature, a medium temperature or normal temperature, and applying generated enzymes and residue as plant growth matrixes; S3, manufacturing carriers of different structures with high-permeability high-moisturizing materials according to different application places so as to contain the matrixes; S4, burying a moistube tape in the matrixes, and delivering suitable water molecules in due time to the matrixes through the moistube tape according to the infiltration and diffusionprinciple of water molecules to arrive at infiltration, so that growth-required moisture and nutrients are maintained for plant roots constantly. The problem can be solved that plants are difficult to cultivate and grow in the areas, such as desolate beaches, mines, slopes, retaining walls, roofs, reservoir fluctuation areas, and desertified regions.

Description

technical field [0001] The invention relates to the technical field of plant cultivation, in particular to a water molecule flexible three-dimensional cultivation method. Background technique [0002] In daily life, plant cultivation and biological treatment of barren beaches, mines, slopes, retaining walls, roofs, reservoir fluctuation areas, rocky desertification and other areas and landforms can be seen everywhere to start ecological restoration. The existing conventional treatment methods include Soil cultivation, hydroponics and aerosol culture, etc. [0003] 1. Soil cultivation is the most common and most commonly used cultivation method. However, it is easily restricted by the natural site and soil quality in various places, scattered, and the labor intensity is high, and the input and output have corresponding limitations. At the same time, the traditional soil cultivation method requires a large amount of water for regular watering to ensure the growth of plants. ...

AI Technical Summary

Problems solved by technology

[0005] In view of the above deficiencies, the object of the present invention is to provide a flexible three-dimensional cultivation method for water molecules, which can solve the difficulties in plant cultivation and growth in areas such as barren beaches, mines, side slopes, retaining walls, roofs, reservoir fluctuation areas, rocky desertification, etc. The problem