Amino acids have a synergistic effect on chemical fertilizers

1. Synergistic effect on nitrogen fertilizer
Urea, ammonium bicarbonate and other small nitrogen fertilizers are highly volatile and have low utilization rates. Farmers generally believe that they are "violent, violent and short-lived". However, when mixed with amino acids, the absorption and utilization rate can be increased by 20 to 40% (carbon amine release It takes more than 20 days for the nitrogen to be absorbed by crops, and it can take more than 60 days after mixed application with amino acids).
There are also many aspects of the impact of amino acids on potential nitrogen in the soil. The stimulating effect of amino acids increases the prevalence of soil microorganisms, resulting in accelerated mineralization of organic nitrogen. Amino acids have a high salt base exchange capacity and can reduce nitrogen loss. Volatile loss also increases the content of available nitrogen in the soil.
2. Synergistic effect on phosphate fertilizer
Research on the effects of amino acids on phosphate fertilizers has been conducted abroad for many years, and research in this area has also been conducted in China. The results show that without adding amino acids, the vertical movement distance of phosphorus in the soil is 3 to 4 cm. After adding amino acids, the vertical movement distance of phosphorus can be increased to 6 to 8 cm. Nearly doubled, which helps crop roots absorb phosphorus. Amino acids have a significant effect on the decomposition of phosphate rock. They also protect available phosphorus and reduce the fixation of available phosphorus in the soil. They also promote the absorption of phosphorus by crop roots and improve the efficiency of phosphate fertilizers. The utilization of absorption rate is of extremely high value.
3. Synergistic effect on potash fertilizer
The synergistic effect of amino acids on potassium fertilizers is mainly reflected in the following: the acidic functional group of amino acids can absorb and store potassium ions, preventing them from being lost with water in sandy soil and highly leaching soil, and preventing the fixation of potassium in clayey soil, which can improve potassium-containing potassium ions. Potassium silicates, potassium feldspar and other minerals have a dissolving effect and can slowly decompose and release, thus increasing the content of available potassium in the soil.
In addition, amino acids also contain a variety of nutrients, which have long-term and quick-acting fertilizer supplement effects on the growth of crops. Therefore, amino acids can be used as foliar fertilizers and sprayed on them, so that supplementary nutrients can be combined with Improve the double effects of photosynthesis at the same time, laying a solid foundation for high yields and harvests of crops.