Basic Knowledge of Bacterial Fertilizer

As soil problems become more and more prominent, people's concept of using microbial fertilizer has gradually improved, and many people know that it is good to use bacterial fertilizer and to use more of it. But there are millions of fertilizers, what are the differences between each kind? How do we choose the right fertilizer for ourselves?

Bacillus subtilis (Promote growth and disease resistance)

Bacillus subtilis can be mixed with many kinds of bacteria and has an important role in agricultural production. It has obvious growth promotion and disease resistance function for many kinds of vegetables and fruit trees, and is a typical soil promoting bacteria.

It can produce many kinds of antibiotics and has obvious inhibitory effect on many kinds of pathogenic bacteria, which is a good biological control pesticide preparation.

It can quickly establish bacterial flora after applying into soil, which makes soil microbial environment richer and improves soil microenvironment.

Bacillus licheniformis (Anti-disease, kill harmful bacteria)

After Bacillus licheniformis is applied to the soil, the flora will multiply rapidly and occupy the space, increasing the number of beneficial flora in the soil and improving the inter-root environment of crops, thus enhancing soil permeability, improving soil water and fertilizer retention capacity, promoting plant root growth, enhancing crop resistance, and achieving the purpose of increasing yield and yield and improving survival rate.

Bacillus Coli  (Phosphorus solubilization, potassium release and nitrogen fixation)

Bacillus coli is also called silicate bacteria.

The most important function is to decompose potassium and silicon in minerals and phosphorus in apatite, as well as to secrete plant growth stimulating hormone and various enzymes to enhance the resistance of crops to diseases.

It has the functions of phosphorus solubilization, potassium release and nitrogen fixation, as well as the ability to produce organic acids, amino acids, polysaccharides, hormones and other substances beneficial to plant absorption and utilization during the growth and reproduction process.

Bacillus Jelly-Like Bacteria (Nitrogen fixation and improved resistance to stress)
Bacillus cereus has the functions of improving fertilizer efficiency, promoting the absorption of phosphorus and potassium elements, improving crop quality, improving crop resistance (cold resistance, drought resistance, disease resistance), and suppressing soil-borne diseases.

This bacterium can also effectively replenish the soil with a large number of beneficial microorganisms, forming beneficial flora in the roots of crops, and can effectively inhibit the reproduction of harmful and disease-causing microorganisms, significantly reducing the occurrence of a variety of soil-borne diseases.

It is widely applied to various crops such as grain, vegetables and fruit trees, and is especially suitable for farmland with prominent soil problems.

Bacillus Megaterium (Solves phosphorus and fixes potassium)

Bacillus megaterium can be used to produce phosphorus solubilizing and potassium fixing fertilizer, which has good effect of degrading organic phosphorus in the soil and is a common strain for producing bio-organic fertilizer.

After applied to the soil, it can well form a dominant population and has the functions of promoting crop growth, preventing diseases and improving soil.

Photosynthetic Bacteria (Promote growth, increase fertility and detoxification)

Photosynthetic bacteria enhance photosynthesis of crops, promote the absorption of various nutrients in the soil, increase the chlorophyll content of plants, promote plant growth and improve crop quality.

Moreover, photosynthetic bacteria can promote the growth of nitrogen-fixing bacteria, rhizobacteria and bacteria in the soil and increase soil fertility.

In addition, photosynthetic bacteria also have a detoxifying effect on the soil, and can degrade toxic compounds such as drug residues in the soil.