How does soil inoculation affect productivity? productivity?

In the period before the intensive use of mineral fertilizers, the number of living beneficial organisms (microorganisms) was quite high. Thanks to this, active decomposition of plant residues took place, the soils were not oxidized to such an extent, and the water, air and temperature balances were appropriate. The soil could provide the necessary conditions for the growth and development of the plant, and all this was ensured thanks to the living beneficial microorganisms (bacteria) present in the soil in the required amount.

The excessive use of mineral fertilizers and plant protection products led to a decrease in the number of beneficial bacteria.

Due to the intensive use of soil disinfectants, herbicides, mineral fertilizers, plant protection products, as well as inappropriate soil cultivation, the number of living beneficial bacteria in the soil has decreased.
The soil becomes denser and airless, the water, air and temperature balances deteriorate.
The pH level decreases: We get a disappointing result

- The number of beneficial bacteria decreases
- Harmful microorganisms multiply.
- Absorption of nutrients decreases.
- The assimilation of toxic substances increases.
- Biocontrol activities are decreasing.
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Soil inoculation is one of the main tools for restoring healthy soil life. This is due to the introduction of strains of appropriate bacteria into the soil, which improves the quality and microbiological condition of the root zone. Thanks to inoculation, soil cultivation and nutrient replenishment become more effective.



Soil inoculation is a soil energy boost.

Soil inoculation has short and long term effects. The positive short-term effect consists in the development of the plant, affects the yield and quality. The long-term effect improves soil quality, water balance and nutrient balance.

With the use of microbiological preparations, the available forms of nutrients in the soil increase, there is an increase in total biomass and nitrate accumulation potential, and the content of mobile phosphorus and exchangeable potassium increases. The determination of easily hydrolyzable nitrogen indicates that the soil is characterized by an increased content. Determination of nitrate and ammonium nitrogen indicates a 2.2-fold increase in the number of nitrate forms of nitrogen and a 1.4-fold increase in ammonium forms of nitrogen.

Why is soil inoculation useful?

Microorganisms increase the productivity of the soil, contribute to the assimilation of useful elements by plants. These are mainly species of Bacillus bacteria, sometimes there are representatives of the genus Azotobacter, which can fix a large amount of nitrogen from the air. In addition, bacteria optimize plant growth and assimilation of nutrients (including helping plants absorb 20% more mineral fertilizers)
It has a positive effect on the stimulation of germination, improves living conditions for sprouts, increases resistance, and also helps the development of the root system. Thanks to a stronger root system, plants will become more resistant to drought and can absorb more nutrients. Bacillus megaterium bacteria also play an important role in the rhizosphere (in the root zone). On the one hand, their action is related to their ability to produce antibiotics, and they protect plants from the harmful effects of filamentous fungi and yeast. On the other hand, these bacterial strains help to mobilize phosphorus and potassium, and also affect the growth and development of plants.
Thanks to the production of antibiotics and siderophoric compounds, soil bacteria protect the plant from diseases. These are, for example, groups of Bacillus and Pseudomonas bacteria. The mentioned microorganisms protect the plant from pathogenic bacteria and fungi by preventing their development. The Pseudomonas species is associated with the stimulation of plant growth and the reduction of the activation of pathogenic microorganisms, and with the help of siderophore production, the fixation and assimilation of iron ions is regulated.

High-quality inoculant of European production, available to the Ukrainian farmer for several years.FILAZONIT SOIL INOCULANT is a preparation based on useful soil bacteria (the composition of the preparation includes 4 strains of bacteria: Azotobacter Chroococcum, Bacillus megaterium, Pseudomonas putida and Bacillus circulans). The FILAZONIT line of preparations is manufactured in Hungary. The main advantage of using a biological preparation is to increase the efficiency of assimilation of nutrients contained in the soil.

We know that the trust in bacterial preparations is individual, that is why we offer it for your review.

Official acts and reports of conducted experiments