Potassium silicate can improve plant stress resistance
Views : 52
Update time : 2024-01-12 09:48:05
Extreme weather events are becoming more frequent around the world, posing challenges to agricultural production. Under global warming extreme natural disasters caused by global climate change have intensified the instability of agricultural production. Agricultural production is an activity in which natural and economic reproduction are intertwined. Climate change is an important challenge facing agricultural production. High-temperature weather is frequent in many places in the northern hemisphere, which has brought various adverse effects to global agricultural production.
The risk of grain production reduction is increasing.
Agricultural production costs may rise.
Uncertainty in global grain markets will increase. The World Meteorological Organization believes that due to climate change, extremely high temperatures are expected to be more frequent and intense. How to deal with the significant negative impact of extremely high temperatures on agricultural production is an unavoidable issue.
The pursuit of stable quality and output of agricultural products has become one of the main goals of agriculture. Improving crop yield and quality has been one of the main goals of global agriculture. This goal can be achieved roughly through the following research: First, improve the production capacity of crops and agricultural and sideline products. Secondly, it improves the ability of crops to resist viruses, pests, and fungi. The third is to improve the drought and cold resistance of crops. Using phytochemical control technology and plant growth regulators is an important way to increase crop yields and improve crop quality and is of great significance for deeply exploring crop yield potential. Plant growth regulators play an important role in agriculture.
Plant growth regulators are products that control plant growth and development, including synthetic similarities of natural plant hormones and hormones extracted from plants. Plant growth regulators are products developed by people who understand natural plant hormones' structure and mode of action, trace analysis, organic synthesis, plant physiology and biochemistry, and master modern agriculture, horticulture and other scientific technologies. The application of plant growth regulators is one of the five new technologies in agriculture. It has the advantages of small investment, quick results, small dosage, ppm level (one part per million), significant effect, and high input-output ratio. With the development of agricultural production technology, the role of plant growth regulators is becoming increasingly important.
On the one hand, crop yields can be further increased.On the other hand, plant growth regulators can improve plant immunity, promote plant health, and reduce crop damage caused by pesticide use and harsh weather conditions. The research on plant growth regulators and their application in agricultural production is one of the major advances in modern plant physiology and agricultural science. Agricultural scientists from all over the world attach great importance to this field. The application of plant growth regulators has become an important symbol of the development level of agricultural science and technology.
Potassium silicate has many important uses in agriculture: it can promote plant growth and resistance to adverse environmental conditions.
1. Enhance plant resistance: Potassium silicate can promote plant resistance to illness and insect pests and enhance plant resistance to pathogens and pests. Potassium silicate can form a silicate layer in plant cells, increasing the hardness and thickness of the cells, thereby enhancing the mechanical strength of plant cells and reducing the invasion of pathogens or pests. In addition, potassium silicate can also improve the plant's immunity by activating the plant's defense mechanism, such as increasing the plant's enzyme activity against biological stress and producing anti-bioactive substances.
2. Improve plants' ability to adapt to adverse environments: Potassium silicate can enhance plants' ability to adapt to adverse environments, including abiotic stresses such as drought and salinity and biotic stresses such as pests and diseases. Potassium silicate can help plants adjust their water balance and improve drought resistance. It can reduce transpiration, inhibit transpiration rate, and reduce water evaporation rate, thereby reducing water loss and improving plant water use efficiency. In addition, potassium silicate can also increase the concentration of salt ions in plant cells, reduce the absorption and accumulation of salt ions, and improve the plant's tolerance to salt-alkali stress.
3. Promote the growth and development of plants: Potassium silicate can promote the growth and development of plants. Potassium silicate can play a variety of roles in plants, such as promoting photosynthesis, improving light energy utilization efficiency, increasing chlorophyll content, etc., thus increasing the accumulation of photosynthetic and metabolic products of plants. Potassium silicate can also promote the growth and development of plant roots, increase the absorption area and absorption capacity of roots, and improve the plant's nutrient absorption efficiency. In addition, potassium silicate can also regulate plant hormone levels, such as promoting plant physiological processes, regulating plant physiological metabolism, and promoting flower bud differentiation.
4. Improve crop yield and quality: Potassium silicate can improve crop yield and quality. Potassium silicate can promote the growth of crop roots, accelerate plant growth, increase the accumulation and distribution of photosynthetic products, and increase crop yields. Potassium silicate can also improve the quality of crops, such as increasing the soluble solid content of fruits, enhancing the mechanical strength of plant organs, and improving the taste and aroma of crops.
High-quality Potassium Silicate
TRUNNANO is a globally recognized manufacturer and supplier of compounds with more than 12 years of expertise in the highest quality nanomaterials and other chemicals. The company develops a variety of powder materials and chemicals. Provide OEM service. If you need potassium silicate, please feel free to contact us. You can click on the product to contact us.
