The development of modern agriculture has greatly enriched people's dietary culture. At the same time, the application of chemical fertilizers also poses a great challenge to China's soil. Firstly, the increasing use of chemical fertilizers in the land results in a reduction in the utilization rate of chemical fertilizers. Second, the growth of crops controlled by pesticides increases the environmental pollution and the safety of agricultural products is increasing. In addition, the deterioration of the soil ecology has resulted in a lot of soil fertility. Decline, degradation, etc. The sustainable development of China's agriculture has been seriously threatened, and the development of microbial fertilizers is ready to come. This also gave birth to a large number of microbial fertilizer research and development companies such as Beijing Huaxia Kangyuan Technology Co., Ltd. Microbial fertilizer is the third-generation high-tech fertilizer after organic fertilizer and chemical fertilizer. Today's microbiological fertilizer is a dazzling array. There is a golden treasure rooting agent that is specially used for vegetable or rice seedlings, and root-enhancing seedlings to improve the survival rate of transplanting. , There are algae microbial fertilizers for specific nitrogen fixation, decomposition of phosphorus, potassium and the ability to activate soil (click here for details); also for fruit and vegetable products such as grapes, peaches, watermelons, tomatoes, pears, apples, apricots, plums, jujubes, oceans Melon, melon, strawberry and other fruit coloring, sweetening research and development of the dappies sweetening coloring agent. There are many kinds of microbial fertilizers, but no matter which kind of fertilizers can be classified according to the following aspects:
1. Microbial fertilizers Microorganisms can be classified according to microbial species Microbial fertilizers can be classified into bacterial bio-fertilizers (such as rhizobia, phosphate-solubilizing bacteria, nitrogen-fixing bacteria, and silicate-based fertilizers); fungus fertilizers ( Such as orchid mycorrhizal fungi); actinomycete fertilizers (such as antibiotics); algae fertilizers (such as nitrogen and nitrogen algae biological fertilizers); compound biological fertilizers (such as goldfish microbial fertilizers, by a variety of bacteria and actinomycetes Such as mixed).2. Microbial fertilizers According to their functions and fertilizer effects, microbial fertilizers can be classified into nitrogen-optimized bacterial fertilizers (such as rhizobia, nitrogen-fixing cyanobacteria, etc.) according to their functions and fertilizer effects; soil-insoluble mineral-decomposing bacterial fertilizers (such as inorganic phosphorus bacteria) Fertilizers, potassium bacteria, etc.); soil organic matter optimization of bacterial fertilizers (such as organic phosphorus bacterial fertilizers, etc.); plant-promoting long-type bacteria (such as growth-promoting bacteria, mycorrhizal bacteria, etc.).
3. Microbial fertilizers According to the mode of action, microbial fertilizers can be classified into two categories according to their mode of action. One type of microbial fertilizer is a nutrient type. When this type of fertilizer acts, it decomposes substances in the soil through the life activities of microorganisms, thereby promoting plant nutrient elements. The absorption of nutrients increases the utilization of nutrients and leads to an improvement in the nutritional status of the plant, which in turn increases production. The other type is microbe fertilizer, which is a hormone-stimulating type. Microorganisms in such fertilizers can accomplish the effects of rapid plant growth or sweetening by secreting hormones that promote plant growth.
4. Microbial fertilizers can be divided into biological inoculant formulations and compound fertilizers according to the action component classification. Biological inoculant fertilizer means that the fertilizer contains only bacteria, and it is a microbial fertilizer that uses inoculation as a means. Compound fertilizers will soon be made up of beneficial microorganisms mixed with organic fertilizers, which contain both beneficial microorganisms for inoculation and organic fertilizer bases that promote microbial activity. More microbial fertilizer information can be consulted: Beijing Huaxia Kangyuan Technology Co., Ltd. Telephone toll-free hotline
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What Are the Benefits of Microbial Fertilizer? What Are Microbial Fertilizers?
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