About the role and advantages of microbial fertilizers

In recent years, with the increase in the amount of chemical fertilizer applied, the soil structure has been damaged. Organic matter content has declined, and a series of serious ecological and environmental problems have emerged in some areas, such as eutrophication of rivers and lakes and the decline in the quality of agricultural products. With the attention of the state and society to food safety, environmentally friendly, pollution-free microbial bacterial fertilizers are becoming more and more popular. Microbial bacterial fertilizers can effectively use nitrogen in the atmosphere or nutrient resources in the soil, reduce production costs, and improve crop yields. Improve crop quality, reduce environmental pollution, and to a certain extent improve the physical and chemical properties of the soil. In the long-term development of Chinese agriculture. On the road to sustainable development, microbial bacterial fertilizer is an indispensable part. The unique advantages of microbial bacterial fertilizers are reflected in the following aspects:

1. Grow out of nothing, provide usable nutrients for crops, reduce the amount of fertilizer used, and save costs. Microbial fertilizers contain different active microorganisms, such as nitrogen-fixing microorganisms. Organophosphorus bacteria, etc. Through the action of nitrogen fixases, nitrogen-fixing microorganisms can convert nitrogen in the air into ammonia that crops can absorb and utilize, thereby reducing the application of chemical fertilizers. Organophosphorus bacteria can accelerate the decomposition of organic matter in the soil and become small molecule nutrients that crops can directly absorb.

Since microbial fertilizers make full use of the unique properties of microorganisms, in order to increase the effective nutrients in the soil, the amount of application is generally small, and the energy consumed in the production process is also very small. In addition, while applying microbial bacterial fertilizer, about 30% of the amount of chemical fertilizer can be saved. Therefore, while achieving good nutritional results, Z saves fertilizer costs to a large extent.

2. Increase crop yield, improve crop quality, harvest. High quality and good efficiency. Microbial bacterial fertilizer contains some microorganisms, and its metabolites stimulate crop growth, which also provides trace elements for crops, stimulates crop root growth and development, and enhances disease-resistant antibodies drought resistance and cold resistance. After years of verification, cash crops using microbial bacterial fertilizers can increase yield by more than 30%, and field crops can increase yield by more than 10%, and the income growth effect is remarkable.

Due to the increased resistance to stress, the crop has less drug use, low incidence and greatly improved quality. In addition, some metabolites in microbial fertilizers have the effect of promoting early maturation. Compared with unused crops, microbial bacterial fertilizers have considerable economic benefits.

3. Fertilizer strength. Activates the soil. Pollution reduction is effective and is a long-term choice for agriculture. Sustainable development is a necessary option for sustainable development. The enrichment and pollution of heavy metals in soils has always been a big problem plaguing agricultural production. Paul Timhan's Biomic Fertilizer utilizes the affinity adsorption of heavy metals by some microorganisms, dissolves soil minerals by producing organic acids, and converts them into low-toxicity products, thereby promoting soil processes and available phosphorus. The release of potassium plays a role in reducing pollution. Activates the soil. The role of fertility.

Microbial bacterial fertilizer contains a large number of beneficial active bacterial substances and a variety of natural fermentation active substances, propagation in the root soil is conducive to crop growth of microbial dominant flora, regulate the root nutrient environment, restore the soil microecological balance, in its life activities itself also produces a variety of plant growth hormones, stimulate plant growth, while resisting certain pathogenic microorganisms and inhibiting diseases, so microbial fertilizers can improve soil fertility. Enhances disease resistance. Promotes growth. Increase yields. The role of improving quality is gradually attracting attention.

Microbial bacterial fertilizer is widely used, cash crops, field crops, fruit trees and vegetables, seedlings, flowers, medicinal materials, etc., the use of simple and diverse, can be used as a basic fertilizer, but also the long-term development of agriculture, should strengthen the promotion and publicity of microbial bacterial fertilizer.