What are the most common fertilizer components?
fertilizers come as one component or combination of mixtures for feeding plants adequate amounts of nutrients. The overall components consist of synthetic materials and natural sources. The common ingredients of fertilizers include non -organic, produced sources of nitrogen, potassium and phosphorus. Nutrients can also be derived from natural soil and plant matter. Chemical and natural fertilizers offer some similarities and differences. Fertilizers for dry, liquid and time release usually include percentages on the label. For example, a bag of 5-10-15 inorganic fertilizers may contain five percent nitrogen, 10 percent of the potassium and 15 percent of phosphorus. These chemical additives of fertilizers come from the air and minerals produced in apivin for plants. Some of these substances include pots salts, lime, ammonium sulphate, phosphate rocks, calcium and magnesium.
Components of organic fertilizers require time to distributeand forming into the nutrients needed to feed plants. In this case, natural sources of nitrogen, potassium and phosphorus come from the soil, as well as through the leaves and clippings of grass. Other ingredients of organic fertilizers include fish emulsion made of by -products of fish oil and ground animal bones used as a natural source of phosphorus. Sources such as bird and chicken waste provide plants with positive microorganisms, while Greensand and Coconut Coir are released and increased soil. Greensand, which consists of olive green sandstone, comes from the mineral deposits found in the ocean; Coconut coconut comes from coconut peels.
be it inorganic or organic, basic components of fertilizers such as nitrogen, phosphorus and potassium have different purposes when they are regularly applied to plants. Nitrogen increases the leaf, stem and grass growth and phosphorus strengthens the roots of the plant. Potassium protects the flower, stem, grass and other parts of plants from suffering from disease and drought.
ingredients in chemical and natural fertilizesIVách serves the same function to ensure the foundations of nitrogen, phosphorus, potassium and other minerals. All these ingredients stimulate plant growth, increase soil quality and produce abundant yields of plants or crops. Fertilizers usually differ depending on the type of plant and the growing season.
It seems that the main differences between inorganic and organic components are also effective in long -term use. Chemical additives of fertilizers offer nutrients easily accessible to plants, while natural ingredients tend to form more slowly. Organic components of fertilizers increase soil health by holding nutrients and moisture together, while the extensive use of inorganic fertilizers exhausts the quality of the soil and builds toxins over time.