A new variety of spring barley Boyarin and elements of varietal technology

I. Shchennikova, T. Sheshegova, O. Snigireva
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Abstract

The development of the Boyarin spring barley variety was carried out in 2008-2022, the improvement of varietal agricultural technology – in 2021-2022 in the soil and climatic conditions of the Kirov region. The Boyarin spring barley variety is characterized by a high yield (up to 6.15 t/ha in 2017), in some years exceeding the Belgorod 100 standard (by 0.9 t/ha in 2018). The variety is medium-early, the duration of the growing season is from 76 to 97 days; forms a highly productive stem (390 pcs/m2) due to good survival and bushiness of plants (2.0 pcs/plant), has a strong straw and is characterized by high resistance to lodging (5.0 points). The weight of 1000 grains is up to 47 g, the nature is up to 683 g/l, the protein content in the grain is up to 12.2 %. According to the quality of grain, it belongs to the varieties of grain-forage use. Since 2023, the Boyarin variety has been included in the State Register of Breeding Achievements Approved for Use in the Volga-Vyatka region. The article provides a scheme for creating a new variety of spring barley Boyarin and its economic and biological characteristics. When developing elements of varietal technology, new biofertilizers (Azolene, Azotovite, Phosphatovite, Kalivite, Nitroslak) andbiofungicides (Pseudobacterin, Flavobacterin, Alirin) were tested, which were used to treat seeds and plants in the "tillering" and "earing" phases. In relatively arid vegetation conditions (HTC = 1.23), no statistically significant yield increases were obtained from the use of all the studied preparations. With excessive moisture during the growing season of plants (HTC = 2.20) relatively high yield increases (1.31-1.58 t/ha with LSD05 = 0.50) were obtained in variants using biofertilizers Phosphatovite (seed treatment), Azotovite (plant treatment in the "earing" phase) and Kaliivit (treatment of plants in the "tillering" phase). The best biological protection against root rot at the level of 60.5 % was provided by the treatment of seeds with Nitroslak biofertilizer, which is not only a nitrogen fixator and phosphate immobilizer, but it also contains a binary mixture of microorganisms antagonists of phytopathogens.
春大麦新品种 Boyarin 和品种技术要素
根据基洛夫地区的土壤和气候条件,博亚林春大麦品种的开发工作于 2008-2022 年进行,品种农业技术的改进工作于 2021-2022 年进行。博亚林春大麦品种的特点是产量高(2017 年达到 6.15 吨/公顷),有些年份超过了别尔哥罗德 100 标准(2018 年超过 0.9 吨/公顷)。该品种属中早熟品种,生长期为 76 至 97 天;由于植株成活率和灌浆率高(2.0 株/株),茎秆产量高(390 株/平方米),秸秆粗壮,抗倒伏能力强(5.0 分)。千粒重高达 47 克,性质高达 683 克/升,谷物中蛋白质含量高达 12.2%。根据谷物品质,该品种属于粮饲兼用型品种。自 2023 年起,"博亚林 "品种被列入《伏尔加-维亚特卡地区批准使用的育种成果国家登记册》。文章介绍了春大麦新品种博亚林的培育计划及其经济和生物学特性。在开发品种技术要素时,对新型生物肥料(Azolene、Azotovite、Phosphatovite、Kalivite、Nitroslak)和生物杀菌剂(Pseudobacterin、Flavobacterin、Aligin)进行了试验,在 "分蘖期 "和 "抽穗期 "对种子和植物进行处理。在相对干旱的植被条件下(HTC = 1.23),使用所有研究的制剂在统计学上都没有显著的增产效果。在植物生长季节水分过多的情况下(HTC = 2.20),使用磷灰石(种子处理)、Azotovite("抽穗 "阶段的植物处理)和 Kaliivit("分蘖 "阶段的植物处理)生物肥料的变体可获得相对较高的增产(1.31-1.58 吨/公顷,LSD05 = 0.50)。使用 Nitroslak 生物肥料处理种子,对根腐病的生物防治效果最好,达到 60.5%,这种生物肥料不仅是固氮剂和磷酸盐固定剂,还含有拮抗植物病原体的微生物二元混合物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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