What are the functions and benefits of biochemical fulvic acid?
What are the functions of biochemical fulvic acid? Please introduce biochemical fulvic acid. You can refer to the following introduction: 1. Drought resistance and water saving, stress resistance and disaster reduction. The effective period of fulvic acid in inhibiting plant transpiration can last more than 28 days. Within 24 hours after spraying, it can make the plant stomata close appropriately, and after 5 days it can reduce the transpiration intensity of plants...
What are the functions of biochemical fulvic acid? Please introduce it.Biochemical fulvic acid can be introduced as follows:
1. Drought resistance and water saving, stress resistance and disaster reduction. The effective period of fulvic acid in inhibiting plant transpiration can last more than 28 days. Within 24 hours after spraying, it can make the plant stomata close appropriately, and after 5 days it can reduce the transpiration intensity of plants by about half, greatly controlling the transpiration of water and nutrients in the plant body, thereby achieving the purpose of increasing sources and reducing expenditure, and resisting drought and saving water, and greatly improving the resistance of crops to adverse environments.
2. Improving soil physical and chemical properties. Because fulvic acid contains many active functional groups, it can keep the soil loose. Using fulvic acid as an additive to produce compound fertilizers and foliar fertilizers can activate the soil, activate nutrient elements in compacted soil, and ensure soil activity.
3. Improving fertilizer utilization efficiency and pesticide efficacy. Fulvic acid has a small molecular weight and strong penetration. When compounded with pesticides, it can form pesticide complexes. After adding fulvic acid to fertilizers and pesticides, it has an obvious synergistic effect on fertilizers and pesticides, and can also reduce the amount of pesticides and fertilizers used, with significant economic benefits.
4. Stimulating crop growth. Fulvic acid has a stimulating effect on crop growth and development, which is a characteristic that ordinary fulvic acid does not have. Through methods such as seed soaking, root dipping, spraying, and root application, it can stimulate crop growth and development and promote early maturity of crops.
5. Improving the quality of agricultural products. Applying fulvic acid preparations to crops can promote the accumulation of dry matter, improve their quality, accelerate coloring and expansion speed, increase Vc content and sugar content, and promote the formation of starch and protein.
6. Inhibiting the breeding of harmful pathogens. Fulvic acid can promote crop growth, thereby improving the crop's own disease resistance. In addition, fulvic acid itself has the effect of inhibiting many pathogens, especially with good control effects on plant fusarium wilt, verticillium wilt, and rot disease.
7. Strong complexing ability. Fulvic acid has a certain chelating ability and quite good complexing ability for trace elements. After chelating with insoluble trace elements, its solubility is improved and it is easily absorbed by crops. Foliar fertilizer products chelated with major elements have stable performance. Fulvic acid used as a carrier and additive for fungicides and regulators can not only improve efficacy by more than 30%, but also provide rich nutrients for plant growth.
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