Phytostimulatory effect of bacterial strains on oiled flax and black cumin cultivation

Snežana Dimitrijević, V. Filipović, M. Milic, S. Dimitrijević-Branković, A. Buntić, V. Ugrenović, V. Popović
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Abstract

In order to examine the influence of plant growth stimulating bacteria, which belong to the genus Streptomices sp., Paenibacillus sp. and Hymenibacter sp., on the yield and seed quality of linseed and black cumin, as well as on the morphological characteristics of these plants, a two-year field experiments were conducted. Soil treatment with a mixed culture of bacteria of different concentrations was applied during the sowing of plants. Before sowing, the influence of individual strains on the germination index of linseed and black cumin was examined. Based on the results presented in the paper, the strains CKS1 - Paenybacillus chitinolyticus, CKS3 - Hymenobacter sp., and CKS7 - Streptomyces fulvissimus, gave germination index values GI over 100% in linseed, within all tested concentrations, while in black cumin, such an effect was shown only by strain CKS7. The positive effect of the bacterial preparation in both examined plant species was recorded by measuring the yield of seeds per hectare treated with a lower concentration of the bacterial preparation compared to the corresponding untreated samples (control sample). A significant difference was recorded by measuring the number of cocoons in samples of treated linseed compared to untreated ones, as well as the mass of roots of both treated plant species. Also, the highest overall germination compared to the control was achieved by the linseed variant L2 in the treatment with a lower concentration of bacteria of 98.3±1.4%.
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菌株对油麻和黑孜然栽培的植物刺激作用
为了研究植物生长刺激菌Streptomices sp.、Paenibacillus sp.和Hymenibacter sp.对亚麻籽和黑孜然的产量、品质和形态特征的影响,进行了为期两年的田间试验。在播种期间,用不同浓度的细菌混合培养进行土壤处理。播种前,考察了单株菌株对亚麻籽和黑孜然发芽指数的影响。根据本文的结果,菌株CKS1 -溶几丁质Paenybacillus chitinolyticus, CKS3 - Hymenobacter sp.和CKS7 -链霉菌fulvissimus在所有测试浓度下,亚麻籽的萌发指数都超过100%,而在黑孜然中,只有菌株CKS7有这样的效果。通过测量与相应的未处理样品(对照样品)相比,使用较低浓度细菌制剂处理的每公顷种子产量,记录了细菌制剂对两种被检查植物物种的积极影响。通过测量处理过的亚麻籽样品中茧的数量与未处理过的亚麻籽样品相比,以及两种处理过的植物的根的质量,记录了显著的差异。此外,与对照相比,亚麻籽变异L2在细菌浓度较低(98.3±1.4%)的处理下的总发芽率最高。
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