Magnesium sulfate monohydrate application BY:Danny
It has significant effects on: rice, wheat, corn, cotton, rape, soybean, peanut, sugarcane, potato, tomato, tea, citrus, rubber tree, pineapple, etc.
1.Magnesium sulfate monohydrate fertilizer
It is one of the very important fertilizers, which not only provides magnesium and sulfur elements to plants, but also loosens the soil, promotes the growth and development of plant leaves, branches, and roots. The plant root system is large, and it can also accelerate the absorption of nitrogen and phosphorus elements in the soil, providing rich nutrients for plants and increasing their ability to resist diseases. It is called a nutrient for plant growth and high yield. Plants cannot grow normally due to magnesium deficiency, so timely supplementation is necessary to improve productivity and agricultural yield. Magnesium is an important component of chlorophyll and is indispensable for photosynthesis. It is an activator of many enzymes and can promote carbohydrate metabolism, nucleic acid synthesis, phosphate conversion, etc. At the same time, it participates in protein synthesis as a component of multi-core proteins and acts as a mediator for gene transmission as a component of some chromosomes. The magnesium fertilizer produced by our company comes in two types: powder and granular, containing magnesium, sulfur, calcium and other trace elements. It can be used alone or added to compound fertilizers or other fertilizers. It is a new type of green and pollution-free product, which has a very good fertilizer effect on fruit trees, vegetables and crops
2. The role of sulfur in crops: Sulfur is a nutrient required for crop growth
(1) It is a component of structures such as proteins and protoplasts, but most of the components that form proteins do not contain sulfur and only exist in the composition of two types of methionine.
(2) It participates in the physiological processes of oxidation-reduction and growth regulation within plant cells.
(3) Vitamin B1 with special skills is formed within the plant body. Vitamin H, thiocyanate, etc. Without sulfur, these substances cannot form.
(4) It indirectly participates in the metabolism of carbohydrates, the generation of chlorophyll, and sulfur deficiency can hinder the normal growth and development of plants.
3. Its physical and chemical indicators are:
total magnesium content of 25%. Sulfur 17%
4. Lacking Magnesium sulfate monohydrate
The impact on crops: Plants experience special leaf chlorosis, where the veins of old leaves lose their green color and appear in various colors, but still show green near the veins, resulting in delayed plant development; Decreased yield, deterioration of crops, magnesium deficiency in rice, and decrease in thousand grain weight; When there is less available magnesium in strongly acidic soil, applying it before germination can promote crop death, while using magnesium at the same time can prevent this phenomenon from occurring.
5. The impact of sulfur deficiency on crops: It is generally easy to damage crops during the early stages of growth and nutrient absorption, and many crops have similar symptoms of nitrogen deficiency; It is easy to not show on the leaves, and the yellowing phenomenon of Aoba leaves is more obvious than that of new leaves; Reduced chlorophyll production; Affects production.
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