Production method for microbial fertilizer capable of increasing production and income, resisting diseases and promoting plant growth

Abstract

Microbial fertilizer capable of increasing production and income, resisting diseases and promoting plant growth is characterized in that a preparation method thereof includes fermenting and cultivating EM cultures, preparing bacterial liquid, subjecting domestic sludge, nitrogen-phosphorus-potassium macroelements and boron-molybdenum microelements to mixing granulation, taking pallets as inner cores of the fertilizer, coating the inner cores of the fertilizer with the bacterial liquid, and coating the inner cores with deacetylated konjac glucomannan to obtain the microbial fertilizer capable of increasing the production and the income, resisting the diseases and promoting plant growth. The microbial fertilizer has the advantages that the preparation method is simple, cost is low, and nutrition is comprehensive; production increase can be guaranteed, utilization rate and nutrient absorptivity of crops to the fertilizer can be increased, consumption of chemical fertilizer can be reduced,cost can be lowered, quality of soil and the crops can be improved, and disease resistance of the crops can be enhanced.

Description

technical field [0001] The invention belongs to the field of fertilizers, and in particular relates to a production method of a microbial fertilizer that increases production and income, resists diseases and promotes growth and health. Background technique [0002] Microbial preparations include microbial pesticides and microbial fertilizers. Generally speaking, it is still customary to use traditional chemical fertilizers and pesticides in the use of microbial preparations, that is, the microbial preparation solution is directly applied to the soil surface by spraying. [0003] Since the microbial preparation actually includes living probiotics or dormant spores of the probiotics, the above spraying method tends to reduce the survival rate of the probiotics or their spores. That is to say, before the probiotics or their spores have adapted to the wild environment, they are sprayed on the soil surface and exposed to some unfavorable survival factors in nature (such as: ultr...

AI Technical Summary

Problems solved by technology

[0003] Since microbial preparations actually include living probiotics or dormant spores of probiotics, the above spraying methods tend to reduce the survival rate of probiotics or their spores

That is to say, before the probiotics or their spores have adapted to the wild environment, they are sprayed on the soil surface and exposed to some unfavorable survival factors in nature (such as: ultraviolet rays, natural enemies, etc.), which leads to the survival of these microorganisms The rate is greatly reduced

As a result, the efficacy of microbial agents is not obvious