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Seaweed microbial beneficial bacteria fertilizer, the role played by the major bacteria introduced.

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Seaweed microbial beneficial bacteria fertilizer, the role played by the major bacteria introduced.

1, Bacillus subtilis: increase crop resistance, nitrogen fixation.

Second, the giant Bacillus: phosphate (phosphate bacteria), has a good degradation of soil organic phosphorus effect.

3, jelly-like Bacillus: potassium, the release of soluble phosphorus and potassium elements and calcium, sulfur, magnesium, iron, zinc, molybdenum, manganese and other trace elements.

Fourth, Bacillus licheniformis: disease resistance, kill harmful bacteria,

5, Bacillus thuringiensis: insecticides (including root-knot nematodes), on Lepidoptera and other arthropods have specific toxicity activity.

6, Bacillus lateralis: to promote root, sterilization and degradation of heavy metals,

Seven, gliobacillus: soluble phosphorus, potassium release and nitrogen fixation function, the secretion of a variety of enzymes, enhance the resistance of crops to some diseases.

8, Jingyang Streptomyces: with enhanced soil fertility, stimulate crop growth ability.

Nine, mycorrhizal fungi: to expand the root absorption surface, increase the original root hair absorption outside the range of elements (especially phosphorus) absorption capacity.

10, brown azotobacter: fixed air in the free nitrogen, yield.

11, photosynthetic bacteria: fertile soil and promote the growth of the main forces of animals and plants.

12, Bacillus coagulans: can reduce the environment of ammonia, hydrogen sulfide and other harmful gases. Improve the fruit amino acid content.

13, Aspergillus oryzae: the organic matter in the straw to become the nutrients needed for plant growth, improve soil organic matter, improve soil structure.

14, lilacinum lilacinum: a variety of nematodes have control efficacy, is the most promising prevention and control of root knot nematode biological control agents.

Three or more kinds of complex bacteria to promote each other, complement each other, soil-borne disease effect is far greater than a single strain. Beneficial flora synergies, common role, can make the crop to achieve high yield and high yield effect.

1, to promote rapid growth: bacteria in the giant Bacillus, jelly-like bacteria and other beneficial microorganisms in the metabolic process produces a large number of plant endogenous enzymes, can significantly improve crops on nitrogen, phosphorus, potassium and other nutrients absorption rate .

2, regulating life activities, increase production: bacteria in the jelly-like Bacillus, Bacillus spores, Bacillus licheniformis and other beneficial bacteria can promote crop root growth, fibrous roots increased. The plant endogenous enzymes and plant growth regulators produced by the metabolism of beneficial microbial flora enter the plants through roots, promote leaf photosynthesis, regulate the flow of nutrient elements to fruits, and increase the yield of fruit. Compared with the application of fertilizer, in the case of equivalent inputs can increase 15% -30%.

3, the fruit quality improved significantly: the bacteria in the side of Bacillus, Bacillus subtilis, Bacillus coagulans can reduce nitrate content in plants more than 20%, can reduce heavy metals, can increase the fruit Vc content of more than 30% , Soluble sugar increased 2-4 degrees. Lactic acid bacteria, Lactobacillus acidophilus, Bacillus coagulans, Bacillus subtilis can improve the essential amino acids (lysine and methionine), vitamin B group and unsaturated fatty acid content. Fruit good taste, resistance to storage, selling price high.

4, the decomposition of organic matter and toxins to prevent cropping: flora of the aspergillus, Bacillus licheniformis, Bacillus subtilis and other beneficial microorganisms can accelerate the decomposition of organic matter, for the crop to create available nutrients, provide power, can be decomposed for toxic and harmful Substances, to prevent cropping.

5, rhizosphere environmental protection barrier: Bacillus licheniformis and other beneficial microorganisms into the soil, the rapid propagation of dominant bacteria, control rhizosphere nutrition and resources, so that stubble, root rot, Li Kui, flow glue, ash Mold and other pathogens loss of living space and conditions. So that the plant root cell wall thickening, fibrosis, lignification, and the formation of double-layer of keratinocytes to form a strong barrier to prevent the invasion of pathogens.

6, to enhance the resistance: the bacteria in the licheniformis, Bacillus, Bacillus spores and other beneficial microorganisms can enhance the soil buffer capacity, water and moisture, and enhance crop drought, cold, waterlogging resistance; Bacillus can also strengthen the leaf protective film, resistance to pathogen infection, disease resistance, insect 


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