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- W2919897058 abstract "Biological fixation of molecular nitrogen of the atmosphere is one of the main sources of nitrogen in agrocenoses. Due to the ability to fix nitrogen, nodule bacteria are considered to be a valuable genetic resource for biotechnology in agriculture. The scale of the annual production of microbial preparations for the inoculation of legumes by the areas of crops reaches hundreds of millions of hectares. The list of biological preparations for the plant production over the past decade have expanded to include preparations based on microorganisms of various functional groups and preparations of binary action, obtained as a result of a combination of several microorganisms. The possibility of using biological preparations of several strains of rhizobia belonging to the same species has been poorly studied. The aim of our work was to study efficiency of combined application of B. japonicum strains from various genetic groups as the preparations base for soybean treatment and assessing their effect in local rhizobial soil communities. The effectiveness of B. japonicum 46 + B. japonicum KB11 binary composition as the base of Rizobofit and Rizogumin microbial preparations for soybean had been investigated. It is shown that the combination of two strains of soybean nodule bacteria from various genetic groups in biopreparations and their introduction into agrocenosis is able to correct soil rhizobial communities. Soybean seeds treatment with B. japonicum strains composition ensures the formation of balanced symbiotic systems with the participation of introduced and local rhizobia. This method allows us to intensify the process of nodule formation, increase the level of symbiotic nitrogen fixation, and increase the yields on 18–35% according to the control (without inoculation). The usage of peat after Rizogumin biopreparation was the most effective in various soil and climatic conditions." @default.
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- W2919897058 date "2018-04-27" @default.
- W2919897058 modified "2023-09-26" @default.
- W2919897058 title "Correction of soil rhizobial communities under introduction of Bradyrhizobium japonicum of different genetic groups" @default.
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- W2919897058 doi "https://doi.org/10.33730/2077-4893.2.2018.157839" @default.
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