Application of microbial fertilizer, why should microbial fertilizer be used in soil?

Because microbial fertilizers are now widely used, they can not only provide fertility to the soil, but also improve the structure of the soil and make it more suitable for plant growth. In the more and more developed economic society, not only the commercial aspect is very advanced, but also the agricultural aspect is particularly advanced, many farmers grow some crops, has got rid of the original traditional methods, especially the fertilizer not only has a variety of supplementary elements of fertilizer, but also microbial fertilizer. This microorganism refers to a class of products that take the life activities of microorganisms as the core and obtain specific fertilizer effects for crops.

Literally, this fertilizer seems to be a little better than traditional direct fertilization. So no one knows what the benefits of using microbial fertilizers are, so let's talk about my point of view.

First, the use of microbial fertilizers can improve the fertility of the soil.

First of all, microbial fertilizers can directly produce various nitrogen-fixing substances and a variety of phosphorus and potassium-containing substances. Microbial fertilizers are rich in a variety of bacteria that can produce trace elements, which can break down the very insoluble potassium in the soil and turn it into a substance that plants can absorb, so that these trace elements can be continuously supplied.

Second, it can also improve the structure of the soil.

Because microbial fertilizers contain a large number of bacteria that can decompose soil matter, these bacteria can decompose some impurities that are very difficult to decompose or substances that are not good for plants, so as to improve the soil structure. And these bacteria are often able to work together with things like exudates from plant roots and soil colloids to produce some nutrients.

Third, it is also good for improving the quality of crops and enhancing plant stress resistance.

In addition, these microbial fertilizers are very good at improving the quality of crops. It can increase the protein content of some legumes a lot, after all, microorganisms can provide a large amount of nitrogenous substances, which can increase the protein content. These microorganisms also have the ability to inhibit plant viruses, so that the resistance to stress and virus of plants is greatly enhanced.

This is because it makes the soil more fertile, and it also makes the soil more acidic and alkaline, and it is also conducive to the growth of plants and crops.

Because such fertilizers generally have a relatively high nutritional value, which can also provide very sufficient nutrients for the soil, and can also improve the yield of plants and organisms.

This is because using microorganisms as fertilizer will have a better effect on the soil, and it can fill the soil with nutrients, and the crops grown will be more nutritious.

Because after the microbial fertilizer is decomposed, the nutrients in it will be greatly improved, which can add a lot of fertility to the soil, so it should be used.

Fertilizers are microbial fertilizers. Soil amendments are made from natural minerals (dolomite, limestone and potassium-bearing shale) and extracted after calcination at high temperatures. Soil conditioners have three main soil conditioning properties:

Water retention, improved fertility and ventilation. Completely pollution-free, pollution-free, no biological hormones, different from various chemical fertilizers, pesticides, foliar fertilizers and biological hormones in the international market, it is the world's new agricultural and forestry planting green production materials. So, what's the difference between a soil conditioner and a microbial fertilizer?

There are many kinds of microbial fertilizers, which are divided into microbial fertilizers, microbial agents, and compound microbial fertilizers. Generally speaking, what we see most in the market are microbial fertilizers and microbial inoculants, which are both to improve the soil.

The main direction of soil improvement is similar to that of organic fertilizer, which is mainly to infiltrate the soil and make the soil more loose. At the same time, improve the environment of beneficial bacteria in the soil, increase the content of beneficial bacteria in the soil, and make the soil healthier. Soil amendments are materials that are added to soil to improve its physical and/or chemical properties and/or its biological activity.

Fertilizer is a material whose main function is to provide nutrients to plants. Soil amendments can be divided into inorganic soil amendments and organic soil amendments. Inorganic soil amendments do not contain organic matter and do not indicate the content of nitrogen, phosphorus, potassium or trace elements.

Organic soil amendments are derived from plants or animal and plant products and are used to improve the physical properties and biological activity of the soil.

Organic soil amendments cannot be classified as fertilizers because they have a low total amount of key nutrients, usually less than 2% of the final product. Soil conditioner is made of agricultural water retention agent and natural peat rich in organic matter, humic acid or other organic matter as the main raw materials, supplemented by bioactive ingredients and nutrients, and processed by science and technology. Soil conditioners, unlike chemical fertilizers, are neutralized and absorbed by weak acids secreted by the roots of growing plants.

Soil conditioners are relatively new to most farmers.

Soil conditioners are mostly mineral elements, which are soil conditioners after a large number of ore processing. This fertilizer is generally water-soluble and suitable for base fertilizer and soil improvement. Some can improve acidic soils, while others can improve alkaline soils.

When soil conditioners improve the soil, mineral elements are slowly released in the soil, so that the root system can better absorb medium and trace elements. Soil amendments contain more medium elements, and the most on the market are supplemented with silicon, calcium, and magnesium.

A microbial fertilizer is a type of fertilizer that contains a lot of beneficial bacteria and organic matter. Due to its diverse functions, non-toxic and non-polluting, this new type of fertilizer is welcomed by farmers and is widely used in agricultural production, especially melons, fruits, vegetables, fruit trees, flowers and other crops. However, microbial fertilizer is a special type of fertilizer that differs from ordinary fertilizer in many ways.

Only by adopting the correct method of use can we achieve twice the result with half the effort.

<> microbial fertilizer is based on the principles of soil microecology, plant nutrition and modern"Organic farming"The basic concept is to develop a new type of fertilizer containing dozens of live beneficial bacteria. Also known as third-generation fertilizers. It adopts modern bioengineering, that is, biological products produced with international advanced technology.

It is a low-carbon, all-natural, non-toxic, harmless and non-polluting organic microbial fertilizer.

Because the fertilizer contains a large amount of organic matter and a variety of beneficial bacteria, it can increase the organic matter in the soil, improve soil fertility, improve the soil aggregate structure, prevent soil hardening, improve the soil's fertilizer, water retention and cold resistance, and increase the number and activity of beneficial microorganisms in the soil; A large number of beneficial bacteria multiply in the soil to form beneficial flora, which can prevent pathogenic bacteria from invading crops, reduce the occurrence of plant diseases and pests, and enhance the disease resistance of crops. Promote crop growth, increase crop yield, improve the quality of agricultural products and other functions.

Microbial fertilizer is a new type of fertilizer made of animal manure such as chicken manure and pig manure or crop straw as raw materials, after full fermentation and decomposition, and then adding some beneficial microbial strains with insecticide, bactericidal or nitrogen fixation, phosphorus and potassium dissolving functions. It is required that the content of live microorganisms should be 20 million grams. Microbial fertilizers contain one or more organic matter and beneficial bacteria.

It is a natural, non-toxic, harmless and non-polluting organic microbial fertilizer. It can not only improve soil fertility, increase the number and activity of beneficial microorganisms in the soil, improve soil activation performance, and prevent soil hardening; It can also kill various pests and diseases in the soil, prevent pathogenic bacteria from invading seeds and seedlings, and reduce the occurrence of plant pests and diseases. It can prevent and control pests and diseases, increase crop yields, improve and restore the quality of agricultural products, and other functions.

First of all, you should choose some good quality microbial fertilizer, put the microbial fertilizer in a cool and ventilated place do not let the sun shine directly, when choosing to use microbial fertilizer, you should choose to drink water and stir evenly, microbial fertilizer can not be used with chemical fertilizers and pesticides, if it is acidic soil, it is best not to choose to use microbial fertilizer, the effect is very poor. After using microbial fertilizers, it is important to keep the soil breathable and absorbent in order to achieve the best results.

It is best not to get out of direct sunlight, otherwise you may die outright. And to improve their own soil, in fact, we should increase the relevant chemical fertilizers. Utilization rate. Do not use with harmful pesticides.

When used with organic fertilizers, it is necessary to pay attention to the time and temperature of use, and the dosage should be moderate, too much or too little will not work.

What is a microbial fertilizer? What are the advantages of microbial fertilizer?

The quantity of agricultural fertilizer is huge, and the quality of fertilizer is related to whether crops can increase production and income, and with the development of modern agricultural technology, the fertilizer industry has also been accelerated.

So what is a microbial fertilizer? What are the advantages of microbial amusement fertilizer? Let's take everyone to find the answer!

What is a microbial fertilizer?

Micro fertilizer refers to a specific product that contains live microorganisms and provides nutrients to plants and regulates plant growth through the specific role of microorganisms, which can obtain specific fertilizer benefits when applied in agricultural production and can be used as a beneficial supplement to chemical fertilizers.

What are the advantages of microbial fertilizers?

Merit. 1. Microbial fertilizers can improve soil fertility; For example, a variety of autogeneous, combined or symbiotic nitrogen-fixing microbial fertilizers can increase the nitrogen content in the soil; Microorganisms with the effect of dissolving phosphorus and potassium can secrete a variety of organic acids, and organic acids can promote the release of insoluble phosphorus and closed potassium through chelation; Rhizosphere microorganisms can also secrete some inducers to improve soil enzyme activity, which is conducive to the transformation of nutrients in rhizosphere soil, and facilitates the absorption and utilization of nutrients by plants.

Merit. 2. Microbial fertilizer can assist agricultural organisms to absorb nutrients Rhizobia fertilizer is an important kind of microbial fertilizer, which can invade the roots of leguminous plants and form nodules in the roots, which convert nitrogen in the air into ammonia and supply crop nutrition.

Mycorrhizae have the most obvious absorption of phosphorus, and also have a strong absorption effect on elements with poor activity and slow mobility in the soil, such as zinc, copper, calcium, etc.

Merit. 3. Microbial fertilizers can effectively enhance plant disease resistance and stress resistanceSome microbial fertilizers can grow and multiply in the roots of crops after being applied to the soil, becoming the dominant bacteria in the rhizosphere of crops.

After some microbial fertilizers such as mycorrhizal fungi are applied to the soil, the mycelium that multiplies in the roots of crops can not only benefit the absorption of nutrients by crops, but also increase the absorption of water, thereby improving the drought resistance of crops.

It is a mutually reinforcing effect. Some chemicals need microorganisms to help absorb them, and the nutrients in chemical fertilizers will also be absorbed by microorganisms.

When using the cavity car, pay attention to the method and dosage. The important thing to pay attention to is the concentration, when the concentration is very high, it will inhibit the reproduction of microorganisms, so it is necessary to fertilize the appropriate amount according to the soil and fertilization situation, and not to use too much.

Microbial fertilizers are generally used with fulvic acids, sails, amino acids, etc.

Microbial fertilizers are usually propagated with organic fertilizers as carriers. The strains added to the microbial fertilizer are different, and the purpose of application is also different, so it is necessary to select the appropriate microbial fertilizer according to the actual situation of the plot. Microorganisms can accelerate the decomposition and mineralization of organic matter, release nutrients, and reduce the amount of chemical fertilizers that are applied violently.