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In addition to acting on crops themselves, humic acid can also act on the growing environment of crops – soil, and it can be used as a soil conditioner. Humic acid as a soil conditioner has the following three main effects on soil improvement: ① Improve soil aggregate structure From the perspective of soil science, […]

Strictly speaking, humic acid itself is not a fertilizer. It does not contain elements of plant fertilizer (nitrogen, phosphorus, potassium or trace elements). It is only a carrier of certain fertilizer elements, but humic acid has the function of plant growth stimulant. At first, people used potassium humate solution to soak seeds and roots, and

With the development of industry, the pollution of toxic organic pollutants to soil has become more and more serious, and even threatens human health. Faced with this severe situation, humic acid has played a full role in repairing the pollution of toxic organic matter to soil. So how does humic acid repair the pollution of

Sodium humate is a green feed additive. In aquaculture, it can promote animal growth and enhance animal immunity. The previous updated article “Four perspectives on the role and function of sodium humate in aquaculture (Part 1)” has explained these two functions in detail. Next, we will continue to explain the role and function of sodium

Sodium humate is black in appearance, has strong water retention and adsorption, and can form complexes with many compounds. In aquaculture, its main function is to promote growth, prevent and treat diseases, and it is a feed additive that can replace antibiotics. In the following content, we will explain the role and function of sodium

The effects of humic acid on crops are mainly reflected in three aspects: plants, fertilizers, and soil. So how does it produce this series of effects on crops? It mainly includes four aspects: 1. It affects the growth of roots and their absorption of nutrients by directly acting on plants (especially plant roots). 2. It

After being absorbed by crops, humic acid can promote the growth of crops and improve the quality and stress resistance of crops. So what factors affect the absorption of humic acid by crops? The absorption of humic acid by crops varies depending on the molecular weight of humic acid. Small molecular weight humic acid components

Mineral humic acid promotes the absorption of nutrients by plant roots, so what factors will affect the effect? ​​The following content will explain it to you. The stimulating effect of mineral humic acid on the absorption of nutrients by plant roots is affected by its concentration, heterogeneity and molecular weight. Influenced by the concentration of

Generally speaking, the stimulating effect of mineral humic acid on plant root growth is related to the concentration, degree of polymerization, molecular weight and type of plants affected by mineral humic acid. 1. Concentration of mineral humic acid Researchers applied different concentrations of mineral-source humic acid to the rice roots and found that the rice

Mineral humic acid is a natural green plant growth promoter that can effectively stimulate the growth of plant roots and promote plant roots to absorb nutrients. The promotion effect of mineral humic acid on plant root nutrient absorption is mainly reflected in the absorption of nitrate. On the one hand, mineral humic acid can promote