How to use microbial fertilizer to maximize its effect

The full name of bacterial fertilizer is "bacterial fertilizer, microbial strain". From the source point of view, bacterial fertilizer does not contain all trace elements, in other words, bacterial fertilizer cannot help the growth and development of crops.

However, bacterial manure can provide trace elements for the survival and reproduction of microbial strains in the soil layer, promote the reproduction of bacterial flora in the soil layer, and help the growth and development of crops.

Hope the microbial fertilizer will play a role, how to use it?

The role of microbial fertilizer 1. Improve soil fertility. Regardless of whether the soil is severely saline-alkaline, severely acidified, or heavy metals exceed the standard, the overall situation of the activated soil is that the soil particle structure is blocked, the soil ventilation and water retention capacity is reduced, a large amount of minerals are accumulated, and the soil is formed. iron plate. Microbial fertilizers can increase the gap between soil particles and form soil colloids through the conversion of soil remediation agents, growth-promoting bacteria agents, heavy metals and minerals during the promotion period of organic matter, and then the normal respiration and absorption function of the soil is normal. It can ensure the depth of the root system of crops and enhance the activation function.

2. To enhance the stress resistance of crops. After the microbial bacteria in the soil and crop roots are mixed with certain bacteria, they will form a balance of bacteria or limit the reproduction of bacteria, so that harmful bacteria cannot occur at will. This is the disease resistance of crops; The absorption and protection of soil nutrients and water by its microbial bacteria can enhance the cold resistance and resistance of crops.

Promote crop nutrient absorption Rhizobia, nitrogen-fixing bacteria, microbial bacteria silicate, and different types of biological bacteria in microbial fertilizers, such as phospholytic bacteria, can decompose a large number of elements in the soil, absorb crops, and greatly reduce the amount of artificial fertilization. At the same time, the trace elements in the soil will also be absorbed by the crops through the balance of fungi, so that more nutrients in the soil can be decomposed in an orderly manner, which can solve the actual problem of our soil compaction and greatly reduce the actual amount of fertilization. What does microbial fertilizer do? 1. It has a nitrogen-fixing effect. Under suitable environmental conditions, the nitrogen in the air can be fixed, the input of nitrogen can be increased, and the nutritional conditions of crop nitrogen can be improved. Such as legume crops. In pasture planting, the application of rhizobia can promote the growth of rhizobia, especially in the land where this plant has not been planted, the effect of application is more obvious.

2. Decomposition. The application of microbial fertilizers can decompose the difficult-to-absorb nutrients required by crops in soil organic matter and insoluble minerals for absorption and utilization by crops. 3. Promote birth. Some microorganisms can promote vitamins in life activities. (B1.B2.B6.B12, etc.) to synthesize and secrete growth stimulants such as naphthaleneacetic acid, promote cell division and elongation, promote crop germination, rooting, and increase enzyme activity, which is beneficial to the normal growth and development of crops.