Mixture combining soil improvement effect and organic fertilizer function together

Abstract

The invention relates to a mixture combining a soil improvement effect and an organic fertilizer function together. The mixture is prepared from the following components: two or three of bacillus, inorganic phosphite and methylene urea. The mixture provided by the invention can be applied in the fields of agriculture, forestry and horticultural production. The mixture provided by the invention can replace an organic fertilizer and a soil improvement agent, and integrates cheapness and universality into a whole, and microorganisms of the mixture can control the reduction rate of nitrate.

Description

technical field [0001] The invention relates to the field of agricultural, forestry and horticultural production fertilizers and soil improvers, in particular to a mixture with functions of soil improvement and organic fertilizer. Background technique [0002] Both organic fertilizers and soil amendments play an important role in increasing crop yields, especially if they contain sufficient nitrate, phosphorus and potassium compounds. However, ordinary chemical fertilizers have a big disadvantage: they are easily leached by rainwater, causing a large part of traditional chemical fertilizers to penetrate into the deep soil through water, and eventually pollute the surrounding water and the environment. [0003] A healthy soil environment with a balanced microbial community is an important prerequisite for successfully cultivating plants, but excessive use of chemical pesticides, fertilizers and other chemicals, a single planting model, wrong farming and reclamation methods, a...

AI Technical Summary

Problems solved by technology

However, ordinary chemical fertilizers have a big disadvantage: they are easily leached by rainwater, causing a large part of traditional chemical fertilizers to penetrate into the deep soil through water, and eventually pollute the surrounding water and the environment.

[0003] A healthy soil environment with a balanced microbial community is an important prerequisite for successfully cultivating plants, but excessive use of chemical pesticides, fertilizers and other chemicals, a single planting model, wrong farming and reclamation methods, and unfavorable climatic conditions will all lead to the loss of soil microbial communities. Unbalanced phenomena over a long period of time may cause explosive growth of pathogenic microorganisms in the soil, causing serious plant diseases, and ultimately reducing crop yield and quality, as well as applicability and storage

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