Plants, like other living things, have a disease and need a physician to treat it. Botanical pharmacy is centers that deliver pest and plant disease by delivering the expert version of the expert. Farmers need to go to the herbal clinic after seeing the symptoms of the disease to use the best toxin to control the disease. But there are still many gardeners who do not believe in consulting with the expert and recognize the type of plant disease themselves, even endangering the plant's unauthorized toxin stores as well as the use of inappropriate health toxin.
It should be noted that the most important goal of medical pharmacies is to support agricultural production by reducing the use of toxin and fertilizer. But if your plant is contaminated with pest, it is recommended that you provide organic pesticides as much as possible, as it prevents contamination of water and soil and will not cause poisoning during spraying. Always remain on the plant after consuming the toxin, one of the benefits of using organic toxins is that you will no longer have to worry about the remaining toxins on the trees. Also, the use of this type of toxins will not have any negative effects on beneficial insects.
Calcium Nitrate Fertilizer
All plants, trees, agricultural products, etc. need nutrients to grow and survive. In many cases, the food in the soil is not enough, and plants need more nutrients to grow better and maintain quality and health. These extra nutrients are offered to plants in the form of "agricultural fertilizers". Fertilizers have different types. One of the best and most effective fertilizers for plants is calcium nitrate fertilizer.
Calcium nitrate provides a good amount of nutrients needed for plants. In addition, it is easy to use and you can find it in almost any agricultural and horticultural store.
Why should we use calcium nitrate fertilizer?
Plants with calcium deficiency
Calcium nitrate fertilizer is a great source to prevent calcium deficiency or compensate for calcium deficiency in plants. Increased calcium in plants helps improve leaf, fruit and root strength. It is relatively easy to detect calcium deficiency in plants. Calcium poverty in the plant results in brown spots or "chlorotic". Finally, other parts of the plant are brown. Plants with calcium deficiency often have dark brown veins. In addition, calcium deficiency also disrupts the plant's fruit production process.
Plants with nitrogen deficiency
Calcium nitrate can supply the nitrogen dose needed by plants. Like calcium deficiency, nitrogen deficiency can also be a deadly and troubled plant. That is why nitrogen is one of the most common and abundant compounds in agricultural fertilizers. Unlike calcium deficiency, nitrogen deficiency affects older foliage. When the plant does not have enough nitrogen, its leaves begin to become yellow or dim. The newer leaves also do not grow enough and look smaller than normal. Without adequate nitrogen, plant growth or even stops. Because plants need significantly nitrogen to produce energy through photosynthesis. In photosynthesis, plants use nitrogen to convert sunlight into energy.
Prevention of Disease
Protecting plants and products against disease is one of the reasons for the use of calcium nitrate fertilizer by gardeners and farmers. The decay of the blossoms, the stains on the cork, and the dark spots on the apples are all prevented or treated using calcium nitrate fertilizer.
Blossom ending (flower decay) is a common problem for tomato breeders that show this problem in the surface. The decay of the blossom end makes the tomatoes not look good and useless. The stains on the cork and dark spots in the apples are also problems with calcium deficiency in plants. The stains created on the apples do not look good but have no effect on the taste of apples.
Why do they use phosphoric acid in agriculture?
phosphoric acid is a nutritious chemical for the growth and strengthening of plants that phosphorus fertilizers are available as liquid and powder. Phosphorus from the seedling stage to the puberty stage is needed for the plant and strengthens the roots, which has a significant effect on the quality of the product, the phosphorus is plant nutrients in the soil, it is essential for cell division and plant growth, so it will be crucial for better growth of seedlings and plants. Phosphoric acid is used as fertilizer in agriculture, which is made up of three elements of phosphorus, oxygen and hydrogen.
as about 90% of phosphoric acid produced in the world are used to build chemical fertilizers, which are required to correct phosphorus deficiency in the soil. It is mainly converted to three phosphate salts: Triple Super Phosphate (TSP), Di -Ammonium Phosphate (DAP), and Mono Ammonium Phosphate (MAP) that are used as fertilizer.
What are the benefits of phosphoric acid for soil?
Help Soil Correction
Reduction of Salination of Water and Soil
Irrigation Water Modification
Highly absorbed and soluble
High -acidic pH
help release phosphorus stabilized in the soil
help release micronutrient elements such as: iron, zinc, manganese and copper
Phosphorus acid has a huge impact on plant root growth and development due to soil correction and soil PH and phosphorus supply. For this reason, one of the best sources of phosphorus supply for the plant, which also has a high absorption percentage, is phosphoric acid.
So using phosphoric acid in the agricultural industry is a great choice and a great choice to strengthen and maintain plant health that receives more and high quality products.