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Benefits of using seaweed fertilizer for foliar fertilization

Benefits of using seaweed fertilizer for foliar fertilization

Benefits of using seaweed fertilizer for foliar fertilization

① Fast nutrient absorption, good fertilizer effect. After soil fertilization, various nutrient elements are first adsorbed by the soil, and some fertilizers must be absorbed by crop roots through ion exchange or diffusion after a transformation process in the soil, and reach the leaves through the vascular bundles of roots and stems, in which the nutrient transport distance is far and the speed is slow. In the process of leaf fertilization, all kinds of nutrients are quickly absorbed by crop leaves, and directly enter the plant body from the leaves to participate in the metabolism of crops. The absorption rate and fertilizer efficiency are faster than soil fertilization, and the rate of fertilizer absorption is about 1 times faster than that of the root.
Compared with ordinary fertilizers, alginate in seaweed leaf fertilizer can reduce the surface tension of water, form a film on the surface of plant leaves, effectively increase the contact area, and facilitate water or water-soluble substances to enter the cell through the barrier structure of the leaf surface, so that plants can fully and effectively absorb nutrients.

① Fast nutrient absorption, good fertilizer effect. After soil fertilization, various nutrient elements are first adsorbed by the soil, and some fertilizers must be absorbed by crop roots through ion exchange or diffusion after a transformation process in the soil, and reach the leaves through the vascular bundles of roots and stems, in which the nutrient transport distance is far and the speed is slow. In the process of leaf fertilization, all kinds of nutrients are quickly absorbed by crop leaves, and directly enter the plant body from the leaves to participate in the metabolism of crops. The absorption rate and fertilizer efficiency are faster than soil fertilization, and the rate of fertilizer absorption is about 1 times faster than that of the root.
Compared with ordinary fertilizers, alginate in seaweed leaf fertilizer can reduce the surface tension of water, form a film on the surface of plant leaves, effectively increase the contact area, and facilitate water or water-soluble substances to enter the cell through the barrier structure of the leaf surface, so that plants can fully and effectively absorb nutrients.

① Fast nutrient absorption, good fertilizer effect. After soil fertilization, various nutrient elements are first adsorbed by the soil, and some fertilizers must be absorbed by crop roots through ion exchange or diffusion after a transformation process in the soil, and reach the leaves through the vascular bundles of roots and stems, in which the nutrient transport distance is far and the speed is slow. In the process of leaf fertilization, all kinds of nutrients are quickly absorbed by crop leaves, and directly enter the plant body from the leaves to participate in the metabolism of crops. The absorption rate and fertilizer efficiency are faster than soil fertilization, and the rate of fertilizer absorption is about 1 times faster than that of the root.
Compared with ordinary fertilizers, alginate in seaweed leaf fertilizer can reduce the surface tension of water, form a film on the surface of plant leaves, effectively increase the contact area, and facilitate water or water-soluble substances to enter the cell through the barrier structure of the leaf surface, so that plants can fully and effectively absorb nutrients.

② It can solve some special problems in agricultural production . Foliar fertilization can timely supplement the insufficient nutrient absorption caused by underdeveloped roots or root function decline at seedling and later growth stage, and play a role in strengthening seedlings and increasing production. After applying seaweed fertilizer to cucumber leaf surface, it can promote growth, delay the end of harvest, and increase the average yield per mu by 15% compared with the control. In saline, alkaline, drought and other environments, root nutrient absorption is inhibited, and page spraying can show a good effect (Alkier, 1972). In the process of plant growth, spraying the nutrients lacking in growth can correct or improve crop deficiency in time. If the root fertilization is used to provide trace element fertilizers such as B, Mn, Mo, Fe, etc., a larger amount is usually needed to meet the needs of crops, while leaf fertilization is concentrated on the crop leaves. Usually only a fraction or a tenth of the amount of soil fertilization is needed to achieve satisfactory results (Kaya, 1999).
② It can solve some special problems in agricultural production . Foliar fertilization can timely supplement the insufficient nutrient absorption caused by underdeveloped roots or root function decline at seedling and later growth stage, and play a role in strengthening seedlings and increasing production. After applying seaweed fertilizer to cucumber leaf surface, it can promote growth, delay the end of harvest, and increase the average yield per mu by 15% compared with the control. In saline, alkaline, drought and other environments, root nutrient absorption is inhibited, and page spraying can show a good effect (Alkier, 1972). In the process of plant growth, spraying the nutrients lacking in growth can correct or improve crop deficiency in time. If the root fertilization is used to provide trace element fertilizers such as B, Mn, Mo, Fe, etc., a larger amount is usually needed to meet the needs of crops, while leaf fertilization is concentrated on the crop leaves. Usually only a fraction or a tenth of the amount of soil fertilization is needed to achieve satisfactory results (Kaya, 1999).
② It can solve some special problems in agricultural production . Foliar fertilization can timely supplement the insufficient nutrient absorption caused by underdeveloped roots or root function decline at seedling and later growth stage, and play a role in strengthening seedlings and increasing production. After applying seaweed fertilizer to cucumber leaf surface, it can promote growth, delay the end of harvest, and increase the average yield per mu by 15% compared with the control. In saline, alkaline, drought and other environments, root nutrient absorption is inhibited, and page spraying can show a good effect (Alkier, 1972). In the process of plant growth, spraying the nutrients lacking in growth can correct or improve crop deficiency in time. If the root fertilization is used to provide trace element fertilizers such as B, Mn, Mo, Fe, etc., a larger amount is usually needed to meet the needs of crops, while leaf fertilization is concentrated on the crop leaves. Usually only a fraction or a tenth of the amount of soil fertilization is needed to achieve satisfactory results (Kaya, 1999).
③ High nutrient utilization, less fertilizer use, and less environmental pollution risk. The utilization of nutrients in soil fertilization is affected by many factors such as soil temperature, humidity, salinity, and microorganisms. In the process of foliar fertilization, nutrients do not go through the action of soil, avoiding soil fixation and leaching losses, and improving the utilization rate of nutrients. Generally, the nitrogen utilization rate of soil fertilization in the season is only 25%~35%. Foliar fertilization can absorb more than 70% within 24h (VasilasL, 1980), and the amount of fertilizer is only 1/10-1/5 of that of soil fertilization (Rodney, 1952). Proper use can reduce the amount of soil fertilization by about 25%, which reduces the soil and water pollution caused by massive fertilization to a certain extent.
③ High nutrient utilization, less fertilizer use, and less environmental pollution risk. The utilization of nutrients in soil fertilization is affected by many factors such as soil temperature, humidity, salinity, and microorganisms. In the process of foliar fertilization, nutrients do not go through the action of soil, avoiding soil fixation and leaching losses, and improving the utilization rate of nutrients. Generally, the nitrogen utilization rate of soil fertilization in the season is only 25%~35%. Foliar fertilization can absorb more than 70% within 24h (VasilasL, 1980), and the amount of fertilizer is only 1/10-1/5 of that of soil fertilization (Rodney, 1952). Proper use can reduce the amount of soil fertilization by about 25%, which reduces the soil and water pollution caused by massive fertilization to a certain extent.
③ High nutrient utilization, less fertilizer use, and less environmental pollution risk. The utilization of nutrients in soil fertilization is affected by many factors such as soil temperature, humidity, salinity, and microorganisms. In the process of foliar fertilization, nutrients do not go through the action of soil, avoiding soil fixation and leaching losses, and improving the utilization rate of nutrients. Generally, the nitrogen utilization rate of soil fertilization in the season is only 25%~35%. Foliar fertilization can absorb more than 70% within 24h (VasilasL, 1980), and the amount of fertilizer is only 1/10-1/5 of that of soil fertilization (Rodney, 1952). Proper use can reduce the amount of soil fertilization by about 25%, which reduces the soil and water pollution caused by massive fertilization to a certain extent.
④ The application method is simple and economical. The application of foliate fertilizer is not affected by the crop growth period, the operation is simple, can save labor and agricultural production investment, and reduce the production cost of agricultural products.
④ The application method is simple and economical. The application of foliate fertilizer is not affected by the crop growth period, the operation is simple, can save labor and agricultural production investment, and reduce the production cost of agricultural products.
④ The application method is simple and economical. The application of foliate fertilizer is not affected by the crop growth period, the operation is simple, can save labor and agricultural production investment, and reduce the production cost of agricultural products.

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