How do microbial bacteria agent remediate soil?

1. Solve the excessive use of pesticides and fertilizers

The role of microbial bacteria agent in the restoration of organic pollutants such as pesticides in soil is to reduce the frequency of pest control and the use of pesticides, thereby reducing the amount of pesticide residues in crops. On the one hand, microorganisms produce a variety of substances during their life activities, such as hormones, humic acids and antibiotics, which can stimulate the robust growth of crops and enhance their own disease resistance. On the other hand, microbial probiotics can change the microbial flora of the soil tillage layer and form dominant colonies around the root system of crops, thereby strongly inhibiting the reproduction of pathogenic bacteria and reducing the occurrence of pests and diseases.

2. Promotes soil health
The remediation mechanism of microbial bacteria agent for inorganic pollutants is that after the microbial fertilizer enters the soil ecosystem, aerobic bacteria, anaerobic bacteria and other microbial probiotic groups reduce the acidity of the soil and increase the pH value of the soil through their own biological reactions. Reduce the toxicity of harmful heavy metals in the soil; at the same time, through the reproduction and metabolic activities of microbial probiotics, the heavy metals can be fixed, so that the active heavy metals in the soil become organically bound, forming a filter layer and an isolation layer, reducing the absorption of heavy metals in the soil by crops , so as to avoid the harmful substances such as heavy metals in the soil or their decomposition products being indirectly absorbed by the human body through "soil → plant → human body" or through "soil → water → human body", which damages the health of the body.

3. Restoring the Earth's strength
Through the reproduction and metabolic activities of a huge amount of probiotics in the microbial inoculum, it can effectively decompose various mineral nutrients in the soil, increase the content of soil organic matter, promote the formation of soil aggregate structure, activate the soil, enhance the ability of soil to retain fertilizer and water, and promote the development of crop roots. , improve resistance, and fully activate soil phosphorus and potassium, optimize carbon and nitrogen ratio, improve organic and inorganic fertilizer efficiency, restore soil fertility, promote crop yield, improve quality, and improve efficiency.