Estimation of adaptability parameters of grain sorghum variety range in the conditions of Donbass

А. V. Baranovsky, V. V. Kovtunov, N. A. Kovtunova
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Abstract

   The purpose of the current study was to conduct an environmental testing and give a comprehensive estimation of the adaptability parameters of modern grain sorghum varieties developed by the FSBSI “ARC “Donskoy”. Weather conditions during the years of study were different, which made it possible to estimate varieties under contrasting cultivation conditions.   The year’s conditions index was the highest in 2019 and 2023 (+0.76 and +1.03), and the lowest (-1.21) in the acutely arid year of 2020. The main effect on the productivity formation of the grain sorghum varieties was made by the conditions of the year (49.8 %) and the minor effect was made by the genotype of the variety (31.0 %). The varieties ‘Ataman’, ‘Zernogradskoe 88’, ‘Luchistoe’, ‘Zernogradskoe 53’ were found to be more productive (> 4.6 t/ha) and have a higher adaptability coefficient (108.8–117.2 %). Intensive samples (bi > 1) were ‘Zernogradskoe 53’, ‘Ataman’, ‘Luchistoe’, ‘Zernogradskoe 88’. Extensive varieties (bi < 1) were ‘Orlovskoe’, ‘Velikan’ and ‘Krymbel’ (st.). The varieties ‘Luchistoe’, ‘Ataman’,’ Zernogradskoe 88’ (S2d = 0.02–0.04) had high stability indicators, and the varieties ‘Ataman’, ‘Luchistoe’, ‘Zernogradskoe 88’, ‘Zernogradskoe 53’ had high overall adaptive capacity (TAC). The maximum indicators (115–131 %) of the stability level were established in the varieties ‘Ataman’, ‘Luchistoe’, ‘Zernogradskoe 88’. The rating estimation of adaptability parameters has shown that the early ripening intensive varieties ‘Ataman’ (68 points), ‘Luchistoe’ (67 points) and ‘Zernogradskoye 88’ (61 points) are the best and the most suitable ones for cultivation in the Donbass.
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顿巴斯条件下谷物高粱品种适应性参数估计
本研究的目的是进行环境测试,并对联邦科学与技术研究所(FSBSI)"ARC "Donskoy "培育的现代谷物高粱品种的适应性参数进行综合评估。研究年份的天气条件各不相同,因此可以对不同种植条件下的品种进行评估。 年份条件指数在 2019 年和 2023 年最高(+0.76 和+1.03),在 2020 年严重干旱年份最低(-1.21)。年份条件对谷物高粱品种生产力形成的影响最大(49.8%),品种基因型的影响较小(31.0%)。阿塔曼"、"泽尔诺格拉茨科 88"、"卢奇斯托"、"泽尔诺格拉茨科 53 "等品种产量更高(大于 4.6 吨/公顷),适应性系数更高(108.8-117.2%)。集约型样本(bi > 1)有 "Zernogradskoe 53"、"Ataman"、"Luchistoe "和 "Zernogradskoe 88"。广谱品种(bi < 1)有'Orlovskoe'、'Velikan'和'Krymbel'(st.)Luchistoe"、"Ataman "和 "Zernogradskoe 88"(S2d = 0.02-0.04)具有较高的稳定性指标,"Ataman"、"Luchistoe"、"Zernogradskoe 88 "和 "Zernogradskoe 53 "具有较高的综合适应能力(TAC)。阿塔曼"、"卢奇斯托"、"泽尔诺格拉茨科 88 "等品种的稳定性指标最高(115-131 %)。对适应性参数的评级估算表明,早熟强化品种 "阿塔曼"(68 分)、"卢奇斯托"(67 分)和 "泽尔诺格拉茨科耶 88"(61 分)是最适合在顿巴斯种植的最佳品种。
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