The winter season has become a busy season for large numbers of farmers to grow radish. How do we receive more in the same conditions?
To make a substantial increase in production, we must work hard on character. Only good character has a good harvest. The growth of radish requires certain soil conditions. Only by finding suitable soil environmental conditions can the goal of high yield be achieved.
Soil consists of minerals, organic matter and microorganisms. It is the basis for the growth and development of radish. The beneficial microorganisms in the soil directly add to the formation and development of a series of soil fertility such as the conversion of matter and energy in the soil, the formation and decomposition of humus, the release of nutrients, and the fixation of nitrogen. The use of artificial methods to increase the amount of beneficial microorganisms in the soil can enhance the activity of microorganisms in the soil, thereby increasing the fertility of the soil. In particular, the microbial activity of the radish rhizosphere soil microecological flora is more important for plant root nutrition. Therefore, application of microbial fertilizers in the rhizosphere of radish plants will increase the amount and activity of beneficial bacteria in the rhizosphere soil, resulting in enhanced soil fertility.
The application of Kumba fungus fertilizer can increase soil fertility and increase yield of radish. The specific practices of Shikin Baby Bacteria are as follows:
Bio-hormone stimulates radish growth Microbiology of microbial bio-fertilizer produces large amounts of gibberellins and cytokines both in its fermentation process (which can be understood as the microbial self-enrichment process) and in the course of life activities in the soil. Substances and other substances, these substances in contact with the radish root system, will regulate the metabolism of radish plants, stimulate plant growth, so that the radish yield increase effect.
To reduce pathogenic bacteria by positive pressure and reduce the risk of microbial growth in the plant roots, microbial growth, resulting in the formation of dominant bacteria, thus inhibiting and reducing the invasion of pathogens and breeding opportunities, and played a role in reducing crop diseases (can image Understand it as "positive pressure". This will reduce the use of pesticides, improve radish quality and increase yield.
Stimulating organic matter to release nutrient-rich organic matter After microbiological activities, it can continuously release the nutrients needed for the growth of radish plants to achieve a long-term fertilizer effect.
Soil fertility protection and improved environmental enrichment of organic matter can also improve soil physical properties, increase soil aggregate structure, so that the soil is fluffy, reduce soil compaction, is conducive to water conservation, fertilizer, ventilation and promote root development, to provide suitable micro-radish Ecological growth environment.
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