Greenhouse soil conditioner as well as method for improving soil

Abstract

The invention relates to a greenhouse soil conditioner as well as a method for improving soil. The greenhouse soil conditioner is formed by mixing a cellulose and byproducts obtained by grain processing according to the mass ratio of 1 to (1000-2000). Greenhouse soil is improved based on the cellulose, and the cellulose and the byproducts obtained by the grain processing, such as bran and rice residue, are matched reasonably, mixed uniformly and applied to the greenhouse soil, so that a technique for improving the greenhouse soil is implemented. According to the greenhouse soil conditioner as well as the method for improving the soil, the selection types of the greenhouse soil improvement technique are enriched, and the greenhouse soil conditioner as well as the method for improving the soil mainly have the advantages that (1) the manufacture technology of cellulose-type enzymic preparations is simple; (2) material sources are rich, and the cost is low; (3) the cellulose-type enzymic preparations can be mixed with the byproducts obtained by the grain processing, such as the bran, or the rice residue for greenhouse soil improvement; (4) the physical and chemical properties of the greenhouse soil can be improved effectively, and the soil microorganism population quantity is increased and the activity of multiple kinds of soil enzymes is improved.

Description

technical field [0001] The invention belongs to the technical field of agricultural production, and in particular relates to a facility soil improver and a method for soil improvement. Background technique [0002] Soil is a complex mixture containing a variety of rich substances, some of which are necessary for plant growth, such as N, P, K, C, etc. necessary for plant growth. Similarly, there are many substances in the soil that cannot be directly absorbed and utilized by plants. Such substances are called quasi-nutrients or potential nutrients, such as cellulose and lignin. [0003] With the increase of facility vegetable planting area year by year, in production, due to the continuous planting of facility vegetables, a large number of pathogenic bacteria accumulate, soil salinization is serious, yield decreases, quality deteriorates, and pests and diseases intensify. [0004] At present, the methods used to improve the soil of facilities mainly include green manure retu...

AI Technical Summary

Problems solved by technology

[0003] As the planting area of ​​facility vegetables increases year by year, in production, due to the continuous planting of facility vegetables, a large number of pathogenic bacteria accumulate, soil salinization is serious, yield decreases, quality deteriorates, and pests and diseases intensify

[0004] At present, the methods used to improve the soil of facilities mainly include green manure returning to the field, straw returning to the field, high water pressure salt, underground pipe salt drainage, and adding organic fertilizers, etc., all of which have achieved certain results in actual production. There are no relevant reports on improving the soil of facilities with enzyme preparations