Composite microbial agent and application thereof

Abstract

The invention provides a microbial agent. The microbial agent is prepared from the following strain fermentation liquor in parts by weight: 10-50 parts of flavobacterium, 30-60 parts of nitrogen-fixing bacteria and 10-30 parts of zoogloea. The microbial composite inoculant has the advantages that the microbial composite inoculant can replace pesticides to prevent and control soil-borne diseases inthe dry rice growth process and reduce the chemical residues in grains, the toughness and strength of stalk bases can be improved, and the lodging resistance of rice is improved; root system development can be stimulated, root system development is promoted, and root system vitality and ground gripping capacity are improved; automatic nitrogen fixation can be achieved, continuous nitrogen is provided for the whole rice growth period, and abuse of chemical fertilizer is avoided; the yield of drought (water) rice can be increased; and finally, the maturation of dry rice can be advanced by abouttwo weeks, so that the growth period is shortened, and rice enters the market in advance.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for better control over pests by replacing their use with other methods like biological agents or physical means such as soil fences. These new techniques help keep plants healthy from harming crops while reducing environmental impacts associated therewith.

Problems solved by technology

This patented technical problem addressed in this patent relates to improving rice production efficiency during harvesting operations due to factors such as environmental concerns associated with heavy metal contaminants accumulation on corn roots, reduced crop rotation rates leading to overweight grasses, increased costs attributed to land usage, and difficulties controlling root structures within specific areas where they may extend deeper without being affected negatively. Existing methods involve applying multiple applications of nitrification fertilizations alone, but these techniques result in unsatisfactory results because many parameters like moisture content, ammonia concentration, and sulfur deficiency levels affect optimal performance.

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