Microorganism growth promoter

Abstract

The invention relates to a microorganism growth promoter. The microorganism growth promoter mainly comprises more than 560 types of microorganisms, the effective viable count per milliliter is larger than 1010, the pH value is 3.5-5.5, and the microorganism growth promoter comprises a lactic acid bacterium group, a photosynthetic bacterium group, a saccharomycete group, an actinomycete group, a linear bacterium group, a decomposing bacterium group, deoxidizing bacteria, Shanyu bacteria, spore bacteria, nitrobacteria and a ZERO bacterium group; and the ZERO bacterium group mainly comprises one or more of lactic acid bacteria, photosynthetic bacteria, saccharomycete and fermentation system filamentous fungi, as well as cyanobacteria, nitrogen fixing bacteria, bacillus subtilis, acetic acid bacteria, sulfur reducing bacteria and bacteroides.

Description

technical field [0001] The present invention relates to an auxin, especially a microorganism auxin. Background technique [0002] At present, more chemical fertilizers and pesticides are used in agricultural production, resulting in deterioration of soil physical and chemical properties and structure, acidification, salinization, etc., changing soil biological properties, deteriorating soil fertility, and reducing plant production. At the same time, it causes food poisoning and pollution, seriously affecting people's life safety and health. The safe production of food has formed a trend, the awareness of environmental protection has strengthened, and the voice of food safety has become stronger and stronger. Looking forward to the era of high-quality, clean, healthy, and pollution-free green agriculture, the production of green and pollution-free food has become the development direction of food production. [0003] The application and role of microbial technology in agricu...

AI Technical Summary

Problems solved by technology

There are also some enterprises that produce microbial fertilizers for production, but the crop response is slow, the cycle is long, the increase in yield is not large, the degree of pollution-free is not high, and the effect is not obvious

However, many microbial fertilizers have quality problems due to improper selection of materials and unsuitable technology, coupled with imperfect processes and poor quality awareness.

Some microbial fertilizers have disadvantages such as low number of effective bacteria, insufficient hardness of fertilizer particles, high breakage rate, and high moisture content. The research on microbial fertilizers that introduces foreign advanced technologies is still rare.