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目前显示的是标签为“microbesfertilizer”的博文

How Bacillus mucilaginosus can Prevent drought in the summer?

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When it comes to drought prevention ,everyone thinks that they may need more watering.Now,there is a better way that we can use microbiological fertilizers like Bacillus mucilaginosus to prevent drought. The reason is that:Bacillus mucilaginosus is also called silicate bacteria,it has strong potassium-dissolving ability,which is selected from the roots of crops and produced by industrial fermentation with a specific medium.Through its life activities in the soil,it increases the supply of plant nutrient elements,stimulates crop growth,inhibits harmful microbial activity,and has a strong effect of increasing production.It is currently the most significant and widely recognized microbial agent. Bacillus mucilaginosus 1.Bacillus mucilaginosus can secrete plant growth regulators such as auxin and gibberellin,increase roots and make seedlings strong,and directly enhance drought resistance of plants. There are auxin substances and gibberellin substances in the bacteria and ferm

The origin of Microbes fertilizer

The main characteristics of microorganisms are small size,variety,rapid reproduction,and strong adaptability to the environment.Microbes are widely distributed in nature.It can be said that all places where they can survive are their homes.However, the place where microorganisms are most concentrated is soil, which provides various basic elements required for the growth of microorganisms,and also has the advantages of good insulation properties and strong buffering properties.Therefore,soil is the stronghold of microorganisms and is the most abundant bacterial species library. Soil microorganisms constitute an important factor in soil fertility. Microorganism is a system with small volume and large area, with a huge absorption surface of nutrients, the excretion surface of metabolic waste and the exchange suface of environmental information. It absorbs more, transforms fast.  So it provides material basis for the high-speed growth, reproduction and the synthesis of large quantiti