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Plants take small molecules such as carbon, hydrogen, oxygen, nitrogen, phosphorus, potassium and dozens of other minor nutrients, and use them to build large molecules such as sugars, carbohydrates, oils, protein, and DNA 🙌 These large molecules are used for everything that happens in the plant 👍 Cell walls are made up of carbohydrates, which can be used in the construction of wood. The enzymes are proteins responsible for all the chemical reactions that take place in plants. The energy source for the plant is sugars and carbohydrate. Plant to grow. Production of flowers and fruit require many different types of large molecules and all of these are made by the plant We call these small molecules nutrients. [1]
Synthetic fertilizers are water-soluble and can be taken up by the plant almost immediately. Synthetic fertilizers can actually “burn” your foliage, causing damage to the plants. Synthetic fertilizers are quick to give the plants an extra boost, but they do not provide much long-term benefits. Improve soil You can enhance soil texture and stimulate soil life. Synthetic fertilizers can leach into streams or ponds because they are water-soluble. Synthetic fertilizers can be beneficial in the early stages of spring. They are water-soluble so they can be used even though the soil may still be cold or soil microbes inactive. Some organic fertilizers such as PHC All-Purpose fertilizer contain small amounts synthetic fertilizers in order to guarantee the availability of nutrients. Thank you to Keona oakley for these recent updates. [2]
A recent discovery from canna-uk.com This report shows how I plan to use a 2-2-1 fertiliser having a density of 1.25 g/ml, to get 100 mg/l of Nitrogen in the water I use for my plants. This is calculated by multiplying the ratio with the density. 2g/100g = 1.2g/ml = 0.02 g/ml = 24, mg/ml. We now have the w/v content, which is 24g of nitrogen per litre. To ensure that my nutrient solution contains 100mg, I must obtain the same amount (100 mg) of fertilizer concentrate. We know that 24g of nitrogen is in a litre. This means we can use a rule of thumb to calculate how much water I need to add to it. This page was last modified 54 Days ago by Daivd Abrahams, Heze, China. [3]
Pennington.com He also mentions that plants require more nitrogen, phosphorus, and potassium than other nutrients. These are the three essential nutrients for plant growth, often referred to as primary macronutrients. While other elements such as iron are essential for the survival of plants, they also play a critical role in their development. Plants need They are available in smaller amounts. Different plants also have their own needs. Azaleas require more iron than other plants. Speciality fertilizers such as Pennington UltraGreen Azalea and Camellia & Rhododendron Plant Food 10-8-6 is formulated with iron, magnesium & 3 chelated essential plant nutrients for plant vigourr & beautiful blooms. This information is not included in the NPK ratio, but it’s shown on the label in the ingredients panel. Modified by Isabella Mitchell, Chiang Rai (Thailand) on March 20, 2020 [4]
You’re correct, seriously. Sweet corn and lawns; it’s way too much ‘N’ for plants that flower, like tomatoes,squash, beans,peppers, melons, eggplant, and—oh yeah, flowers! Bogus fertilizers of even number, such as 20-20-20 and 10-10-10, are made up concentrated chemical salts. This makes the plants very appealing to diseases and pests. And those salts—originally designed to be used as high explosives—ruin the soil, and kill the soil life that keeps plants Naturally healthy. Finally, even though they follow arithmetic, fertilizer ratios such as 10-10-10 can also be unbalanced. None of these nutrients is used by plants in equal quantities. Kaisa Stanllings edited this article on February 17, 2020. [5]
Refer to the Article
- http://www.gardenfundamentals.com/fertilizer-selecting-the-right-npk-ratio/
- https://www.gardeners.com/how-to/fertilizer-ratios/5161.html
- https://www.canna-uk.com/article_npk
- https://www.pennington.com/all-products/fertilizer/resources/understanding-fertilizer-labels
- https://www.gardensalive.com/product/fertilizer-