The effect of a microbiological product based on <i>Lactobacillus buchneri</i> on barley growth and productivity in the Vologda region

I. I. Rassokhina, A. V. Platonov
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Abstract

The purpose of the work was to study the effect of the experimental microbiological product ‘Naturost-Aktiv’, developed on the basis of live bacteria Lactobacillus buchneri, on barley growth and productivity in the Vologda region. The study was carried out during the vegetation periods of 2019, 2020 and 2022 on the experimental field of the FSBIS «Vologda Research Center of the Russian Academy of Sciences», as well as in production conditions on the fields of the APC Collective farm «Peredovoy» (Vologda Region). The product ‘Naturost-Aktiv’ was applied twice, when the seeds of the experimental group were soaked in the working solution (1 ml of the product per 1 liter of water) and the phyllosphere of the plants was sprayed in the tillering phase. Tap water was used as control. As a result, there has been identified an increase in the potential energy supply of barley. The area of an individual leaf of experimental plants exceeded the control by 16 %, and the content of the total chlorophylls (a+b) exceeded by 34–42 %, which contributed to a more active accumulation of dry mass of experimental plants in comparison with the control (duringthe action of the product there was an increase in the dry weight of the plant by 12–65 % relative to the control). The changes in the plant growth processes also affected the grain productivity, which increased by 8–26 % in the variants with the product compared to the control. The results of the production experiment, in general, turned out to be like the results of small-plot experiments. Thus, in the conditions of real management, grain productivity of the barley variety ‘Sonet’ increased by 14 % with the use of the product ‘Naturost-Aktiv’ relative to the control. Grain productivity improvement was associated both with an increase in the number of productive shoots and with an increase in the weight of an individual grain.
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一种以布氏乳杆菌为基础的微生物产品的效果关于沃洛格达地区大麦生长和生产力的研究
这项工作的目的是研究以活菌布氏乳杆菌为基础开发的实验性微生物产品“Naturost-Aktiv”对沃洛格达地区大麦生长和产量的影响。该研究于2019年、2020年和2022年的植被期在FSBIS“俄罗斯科学院沃洛格达研究中心”的试验田以及APC集体农场“Peredovoy”(沃洛格达地区)的生产条件下进行。将实验组种子浸泡在工作溶液中(每1升水1 ml本品),并在分蘖期喷洒植物的层球,使用产品“Naturost-Aktiv”两次。自来水作为对照。因此,已经确定大麦的潜在能源供应增加。试验植株单叶面积比对照高16%,总叶绿素(a+b)含量比对照高34 - 42%,使试验植株干质量积累较对照更为活跃(产品作用期间,植株干重较对照增加12 - 65%)。植株生长过程的变化也影响了籽粒产量,与对照相比,使用该产品的变异籽粒产量提高了8 - 26%。一般来说,生产试验的结果与小块试验的结果相似。因此,在实际管理的条件下,使用“Naturost-Aktiv”产品的大麦品种“Sonet”的粮食产量相对于对照提高了14%。籽粒产量的提高与生产性芽数的增加和单个籽粒重量的增加有关。
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发文量
45
审稿时长
8 weeks
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