Properties of amino acid fertilizer

Fast fertilizer efficiency: compared with other nitrogen fertilizers, amino acid fertilizer can quickly provide plants with amino acids and other nutrients. The amino acid components absorbed by plants can directly participate in protein synthesis in plants without transformation, thus reducing the energy consumption of plant physical fitness. At the same time, amino acid chelated micro fertilizer can provide available trace elements for plants. The research results of somayeh Ghasemi and others on the synthesis, characterization and efficacy of amino acid chelated zinc show that amino acid chelated zinc can promote the growth of lettuce, provide amino acid nutrition for amino acids, and provide zinc faster than zinc sulfate.

Improve crop quality and Yield: amino acid fertilizer can improve the protein and sugar content of crops, so as to improve crop quality and product taste. At the same time, the yield increasing effect of amino acid fertilizer is very obvious. Xu Lijuan et al. [7] showed that under the same dosage, the yield increasing effect of compound amino acid trace element chelating fertilizer on crops was significantly better than that of inorganic trace element fertilizer. Chu Chengjiang studied the application effect of Nanjing Hefeng water-soluble fertilizer containing amino acids and trace elements in rice field demonstration. The results showed that spraying Nanjing Hefeng water-soluble fertilizer containing amino acids and trace elements on the leaf could increase the yield of rice by 561.0kg/hm2 and 7.56%.

Enhancing stress resistance: the research of Ammar BAHARI et al. Confirmed that spraying amino acid fertilizer under salt stress can improve the resistance of wheat seedlings. The research of Sheng Guo et al. Showed that Fe (Ⅱ) - amino acid chelate could alleviate the adverse effects of salt stress on tomato to a certain extent.

Improve soil and reduce pollution: as a nitrogen-containing organic matter, amino acid can not only provide nitrogen nutrients for soil, but also improve soil quality, reduce fertilizer residue, improve fertilizer utilization rate and reduce environmental pollution.