The impact of calcium on plant growth is actually quite significant. Calcium deficiency can lead to vigorous growth of apical buds or roots, especially the development of root hairs. Calcium serves as a component and activator for certain enzymes in plants and exerts a certain influence on the metabolism of nitrogen and carbohydrates. When plants lack calcium, they immediately exhibit symptoms of calcium deficiency and are prone to numerous calcium-deficiency-related diseases. For instance, root rot in tomatoes and sweet peppers, heart rot in celery, heart rot in Chinese cabbage, sprout rot in sweet potatoes, scab in apples, watercore in pears, hardening of stone cells in pear flesh, and unevenness on the surface of fruit skins—these conditions are all caused by calcium deficiency in plants. Magnesium is an essential nutrient required for the normal growth and development of plants; it is also the primary mineral element that makes up chlorophyll, directly affecting photosynthesis as well as the synthesis of sugars and proteins. A magnesium deficiency can cause irreparable damage to plant growth. Let’s now follow along with the editor to learn more. Calcium-magnesium fertilizer origin The role, right!
1. Detection studies show that oxides of eight nutritional elements—phosphorus, potassium, calcium, and magnesium—account for more than 80%, with calcium and magnesium each accounting for approximately half of this total.
2. Applying calcium and magnesium fertilizers can improve soil conditions, correct soil acidity, enhance soil fertility, promote the decomposition of organic matter, and inhibit soil-borne bacteria. If vegetables and fruits are continuously cultivated for more than two years, the accumulation of molds and pathogens can negatively affect crop yield and quality. These fertilizers effectively prevent and control the survival and reproduction of molds, root rot, and other crop diseases, thereby helping to increase crop yields.
3. Fruit tree application Calcium-magnesium fertilizer origin It can improve fruit quality and increase fruit size. Sugar content is enhanced, resulting in a sweet taste, fragrant aroma, and health benefits for the human body. Additionally, it exhibits excellent storage and transportation durability. Applying calcium and magnesium fertilizers to sugarcane can boost yields and, in the later stages, promote the accumulation of sugars in the stems, thereby increasing the sugar extraction rate.
The above is about Calcium-magnesium fertilizer origin Here’s an introduction to some of its functions—hope you can learn a bit more about them.