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Business · April 18, 2020

Microbial Fertilizer Nature way to Feed your Soil

Microbial fertilizer, a product that uses the life activity of microorganisms to provide crops a selected fertilizer effect, could even be a sort of fertilizer in agricultural production. Microbial fertilizers play a crucial role in agriculture, not only in improving the supply of soil nutrients but also in promoting crop growth, disease resistance and resilience.

The function of microbial fertilizers

After microbial fertilizers are applied to the soil, a “coexistence and co-prosperity effect between bacteria and crops”, “nutrient coordination effect”, “biological organic process effect”, etc. will occur among the species, crops and soil ecology to make sure the healthy growth and stable yield increase of the crop.

Increase soil fertility and improve fertilizer utilization

Microbial fertilizers are rich in organic matter and a selected amount of quick-acting nitrogen, phosphorus, potassium and trace elements, with comprehensive nutrients, increasing soil fertility; at an equivalent time, the combined action of multiple high-efficiency strains of beneficial microbial flora has the effect of decomposing phosphorus and potassium, while increasing soil porosity and improving the use rate of nitrogen, phosphorus, and potassium in conventional fertilizers. as an example, bacteria can gradually break down apatite and tricalcium phosphate, also as organophosphorus compounds, releasing phosphorus pentoxide for plant uptake for reuse.

Improving soil granular structure and loosening up the soil

Microorganisms produce large amounts of extracellular polysaccharides during growth and reproduction. Extracellular polysaccharides are the binders that form the structure of soil glomeruli and keep them stable. Bacteria synthesizing polysaccharides round the rootage are linked to the stableness of aggregates within the soil between the roots of the crop. additionally, the organic matter contained in microbial fertilizers can improve the organic matter content, improve the soil structure, loosen the activation of the soil, reduce soil clumping, improve the power of the soil to retain water, fertilizer and air permeability.

Promote crop growth and increase crop resilience

Microorganisms are ready to produce large amounts of phytohormone-like substances, like erythromycin and cytokinin, during the fermentation process and life activity within the soil, which, when in-tuned with the crop rootage, stimulate crop growth and regulate crop metabolism. Microbial fertilizers contain organic matter and compound that regulate the opening of crop stomata, which add synergy with the metabolites (enzymes) of beneficial microorganisms to strengthen crop resilience.

Reduction of soil-borne diseases

After the appliance of microbial fertilizer, microorganisms grow and multiply in large numbers within the crop rootage, forming the dominant bacteria between the roots of the crop, through competition, parasitism, occupancy and other relationships, inhibit and reduce the prospect of pathogenic bacteria to breed, some microorganisms also can produce antibiotics, lysozyme, and other active substances, effectively inhibit the expansion of pathogenic bacteria within the soil, and play a task in reducing soil-borne diseases of crops.

Decomposition of hazardous substance residues within the soil

The proliferation of microbial beneficial bacteria can inhibit the expansion and reproduction of pathogenic bacteria and also decompose the residues of fertilizers and pesticides within the soil, decompose the harmful inter-root secretions accumulated within the soil and alleviate the crop crop crop disruption.

Advantages and drawbacks of Microbial fertilizers

There is an honest quite microbial fertilizer on the market. Feedback from the particular use, good microbial fertilizer can indeed effectively enhance plant resilience, improve soil grain structure, alleviate crop stubble and reduce soil-borne diseases. At the thought, an honest microbial fertilizer should have several subsequent characteristics directly.

Excellent strains

Microbial fertilizer strains should be utilized within the laboratory for repeated screening, physical and chemical identification, mechanism of action and characteristics of a clearer basis, after repeated field verification, to prove that in line with production requirements, good fertilization effect of the superb strains.

Production process optimization

Choosing the proper fermentation equipment will prevent contamination within the smallest amount stages. The medium formulation, pH, temperature, ventilation, choice of sorbent and sterilization should be in accordance with the wants of the species.

The low number of contaminants and high strain purity

After the utilization of microbial fertilizer, only live bacteria, and thus the bacteria measured by the quality of “effective live bacteria”, so it seems that the effective live bacteria the greater the effect of the upper, isn’t entirely so. The purity of the strain is critical when the number of mold contaminants within the merchandise and thus the contaminant rate exceeds the quality also can affect the appliance, and there are a couple of substandard products on the market contain pathogenic bacteria, not only can’t repair the soil but also cause disease.

Synergies between strains

Microbial fertilizers aren’t about more strains and bigger numbers. The effect of the utilization of compound microbial bacteria are becoming to be suffering from the expansion habit of various strains, blind compounding, it’s extremely easy to cause antagonism between strains, affecting the effect. So it’s not that the more strains of the compound are that the upper, but that the strains can synergize and promote one another to know the sole results.