What are the effects of Mumetuli biological bacterial fertilizer?
The effects of Mumetuli biological bacterial fertilizer are to increase the number of soil microbial communities, inhibit viral damage, treat root diseases, eliminate various pests and diseases, overcome continuous cropping obstacles, and solve replant problems. It can act on the soil surface and even in deep soil more than 1m below, improving the physical and chemical properties of both surface and deep soil, changing soil water, fertilizer, air and heat conditions, and improving soil fertilizer supply capacity and the effective utilization of nutrients.
Can Mumetuli biological bacterial fertilizer be applied together with chemical fertilizers?
Mumetuli compound microbial fertilizer can be mixed and applied with chemical fertilizers (including compound fertilizers). This is precisely one of the fundamental differences between Mumetuli bacterial fertilizer and other biological organic fertilizers. Ordinary biological organic fertilizers have an active microbial population of no less than (0.2-200 million/gram), with single or relatively few microbial strains, and do not possess the above characteristics, so they cannot be mixed with chemical fertilizers.
When ordinary biological bacterial fertilizers are mixed with compound fertilizers, it is like people pickling vegetables in autumn: a few handfuls of salt are sprinkled to kill all the bacteria (molds) so that the pickles do not become moldy and rot. Because the technological level of ordinary biological organic fertilizers is not high, ordinary biological bacterial fertilizers cannot be mixed with compound fertilizers.
According to the soil science perspective, soil microorganisms are divided into five types (see figure), namely bacteria, fungi, actinomycetes, algae and protozoa. Rhizobia of the past and potassium-solubilizing bacteria, phosphate-solubilizing bacteria, Bacillus cereus, Bacillus mucilaginosus, etc. in ordinary biological organic fertilizers mostly belong to the bacterial type. Bacteria are the most numerous type of soil microorganisms, with the widest range of action intensity and influence, but they are only suitable for neutral and slightly acidic survival conditions. When this kind of biological organic fertilizer is mixed with compound chemical fertilizers, the compound chemical fertilizers decompose, changing the surrounding soil pH value and destroying the soil buffering effect, thereby affecting the life and survival of bacteria, causing some bacteria to die, and reducing and destroying the functions and effects of this kind of biological organic fertilizer.
The microbial communities in Mumetuli compound microbial fertilizer, among the 61 kinds of beneficial microorganisms contained, include not only bacteria but also actinomycetes, fungi, etc., with both alkali-tolerant and acid-tolerant types. Most importantly, the advanced manufacturing process of Mumetuli compound microbial fertilizer, as well as the superimposed integration of aerobic, anaerobic and facultative anaerobic strains, gives the fertilizer a relatively wide range of acid-base buffering capacity, so that when mixed with compound fertilizers, mineral fertilizers, etc., it does not affect the normal physiological activities of the microbial communities. Therefore, it can improve the utilization rate of compound fertilizers, strengthen roots and trees, and prevent and control soil-borne diseases.
Countless examples prove that Mumetuli compound microbial fertilizer (hereinafter referred to as Mumetuli bacterial fertilizer) can be mixed with compound fertilizers, and the effect is even better when combined with trace element mineral fertilizers and medium and trace elements.
The above is the relevant introduction to the effects of Mumetuli biological bacterial fertilizer. We hope it is helpful to everyone.