The Elements Can ''help Each Other'' By Using Chemical Fertilizer Reasonably

Between elements, there will be not only antagonism, but also assistance. In the case of appropriate concentration of nutrient elements, they often promote the absorption of specific elements, and the promotion effect is usually two-way. Therefore, farmers can "use it in the opposite way", pay attention to the matching application of elements, and improve the fertilizer utilization rate by guiding the "mutual assistance" between elements.

Magnesium and phosphorus have strong two-way interdependent absorption, which can make plants grow vigorously, increase female flowers, contribute to the absorption of silicon, and enhance the disease resistance and stress resistance of crops. Proper amount of calcium and magnesium have two-way mutual absorption, which can make the fruit precocious, hard and resistant to storage and transportation. In addition, there is a two-way assisted absorption relationship between manganese and nitrogen, potassium and copper.

An appropriate amount of boron can promote the absorption of calcium and enhance the mobility of calcium in the working object. Chloride ion is the most stable ion in biochemistry. It can maintain charge balance with cations. It is not only a regulator to maintain osmotic pressure in cells, but also a balance of cations in plants. Its function can not be ignored. Chlorine is more active than other anions and is very easy to enter into the working object. Therefore, it also strengthens the absorption of accompanying cations (sodium, potassium, ammonium ions, etc.).

Carbon can promote the absorption and utilization of other nutrients and improve photosynthetic efficiency, so it is conducive to the synthesis of protein. When carbon was deficient, the plants were mainly short, the leaf surface was dull, the photosynthetic efficiency slowed down, the stress resistance weakened, various diseases occurred frequently, and the soluble non protein nitrogen increased. The organic small molecule water-soluble carbon extracted from humic acid can release the consolidated nutrient elements in soil, mainly in the functions of nitrogen extraction, phosphorus dissolution, potassium promotion and chelation of trace elements. It is the best buffer for element antagonism.