In plant cultivation the main technological discipline and consistency | BIO energy

In plant cultivation the main technological discipline and consistency


Soil is one of the most important components of the surrounding environment.
Soil and plants form a unified system. Soil degradation takes away the ecological basis of their existence. The purpose of Bioenergy is to help farmers protect the soil, its structure and properties and introduce soil-crop enhancing technologies.

Soil properties and the optimization of plant nutrition have an important role to play in the technology that allows the use of biological soil potential. The question may arise, and what will happen to the soil using its biological potential? As a result, we are introducing technologies that allow the management of biological processes in agrocenosis, the introduction of agronomically valuable strains of microorganisms into the plant's rhizosphere, enhancing valuable or inhibiting negative soil phenomena. Having evaluated the results of numerous experiments, it can be argued that the symbiosis of plants and microorganisms is the basis of plant vital functions.

The biological products we produce are divided into groups:

- Preparations optimizing plant nutrition (nitrogen-fixing, phosphorus-releasing and potassium-based microorganisms preparations: Azofix, AzofixRhizo, Fosfix);

- plant growth stimulating biological agents (MaxProlin, Nutrilife);

- Plant-susceptible pathogens (Bactoforce);

- soil improvers, increases the activity of microorganisms in the plant's forefront, increases the intensity of individual biological processes (Ruinex).

The plant's nitrogen supply is directly related to nitrogen fixation from the air. Nitrogen fixation is possible with the use of nitrogen fixing microorganisms, and their activity and abundance depend not only on plant nutrition but also on soil properties. In addition, nitrogen fixation is the only way to feed plants with nitrogen-free environmental equilibrium. Nitrogen bacteria can be symbiotic and free. Often the significance of symbiotic (more commonly known as amygdala bacteria) nitrogen bacteria is not evaluated and the seeds are not seeded with special preparations for sowing. However, the soil may contain active, low active and inactive symbiotic bacteria. Scientists recommend that, irrespective of the prevalence of symbiotic bacteria in the soil, puppules are inoculated with selected bacterial strains. The selected bacteria are much more active than in the soil, but seed crops tend to frighten farmers. We have developed the Azofix Rhizo product, which can not only inoculate the seeds but also spray the preparation on the soil before sowing or after sowing.

No less important and non-membrane nitrogen-fixing bacteria, which are more than symbiotic in nature. Free bacteria, "budding" with plants, supplies them with nitrogen without the specialized organs (nipples). The multiannual studies have shown that, using azotobacterial preparation, winter wheat fertilizing N120 yields the fertilization of nitrogen N160-180. In the non-membrane azotobacter roots, the amount of total nitrogen increases in plant biomass. In the exact tests, depending on the nitrogen fertilization rate, the supplement of winter wheat yield was 0.45 - 1.2 t / ha.

This autumn, farmers are particularly interested in phosphorus-releasing bacteria, which is understandable, because phosphorus is not absorbed quickly due to various factors, and plants can not wait, because they are not fertilizing, this element is needed for them in autumn when plant productivity is resolved. Phosphorus is the second most important in importance. On average, phosphorus is 25-85% in organic soils. of its total quantity, and on average 15-75%. Phosphorus is found in inorganic compounds available in difficult plants: calcium, iron, aluminum phosphates. Despite the fact that the total phosphorus content in the soil can be high, it is often present in plants that are difficult to reach. The mobilization of phosphates from plants hard-to-reach iron, aluminum, calcium and organic compounds can have many microorganisms. Microscopic cellulose-deficient fungi are capable of mineralizing organic phosphorus compounds and hardly soluble inorganic compounds. Cellulose degrading microorganisms can be grouped in the following order: actinomycetes, mushrooms, cellulose decomposing bacteria. It was this sequence that consisted of nature and this shows the importance of microorganisms in the transformation of organic and inorganic phosphorus compounds available to hard plants. Microorganisms of different groups have a positive influence on plant physiological processes, development and productivity. Many microorganisms activate growth by forming symbiotic relationships with plants or operating freely along the roots of plants or even on their surfaces. A very important factor is the release of microorganisms from biologically active substances: carbohydrates, organic acids, amino acids, antibiotic phytopathogen development, and compounds that act as growth hormones. 

Bioenergy consultants always emphasize the importance of technological discipline and work consistency by recommending one or the other solution. The soil is first evaluated, followed by recommendations. If the grower sprays some biological material into the soiled soil, the effect may not be noticed, as the microorganisms will try to supply themselves first and will not produce excess nitrogen or phosphorus. If the soil has lost biological activity, it is recommended that the plant residues be first sprayed with the combination of Ruinex and Penergetic K, and then start using the preparations according to the needs of the plants. Without tolerance for plant changes, if the soil is "tired" in autumn in winter wheat and rape, it is recommended to spray the combination of Bactoforce and Fosfix, adding humic acid to the soil. Bactoforce is the only preparation that activates the plant's immune system, using the plant, the plant "activates" protective functions and protects against autumn diseases: fusariosis, phomasias, verticilliosis.

Fosfix and Bactoforce can be used in biologically active soils. Please note that the unique preparations recommended for use can be combined with plant protection products and leafy fertilizers.

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    UAB BIOENERGY LT                                                              
    Lithuania, Panevėžys 36151, Staniūnų g. 83
    Bank: AB bankas "Swedbank"
    Company code.:302956352
    VAT: LT100007429419
    Account No: LT027300010134086612
    Bank code: 73000