研究西西伯利亚不同形态蔬菜豌豆样本的抗沉积能力

S. Kuzmina, N. Kazydub, P. E. Pender
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引用次数: 0

摘要

蔬菜豌豆的产量在植株抽条时会明显降低。为解决这一问题,可在育种中使用叶片形态改变的突变无叶基因型。2017-2018 年,在鄂木斯克国立农业大学教育与实验农场对采集的普通形态和突变须叶形态的蔬菜豌豆样本进行了抗倒伏性和种子生产力的比较评估。作为研究对象,使用了 62 个从 VIR、VNIISSOK 和国外选种收集的蔬菜豌豆样本。研究结果表明,在普通(多叶)形态的植株中,抗性和高抗性形态的比例共计30%,而在须叶(无叶)植株中,抗性和高抗性形态的比例明显更高,达到77%。在生物成熟期,有须根形态的菜豆抗倒伏能力更强。有须形态样本的抗倒伏系数平均为 0.85,无叶形态样本的抗倒伏系数平均为 0.64。蔬菜豌豆的草丛高度和抗倒伏性之间存在平均关系,叶状样本的关系更高,相关系数为 r = 0.56,须状样本的相关系数为 r = 0.43。确定了蔬菜豌豆各形态型的高抗倒伏性来源:小胡子 - Cruiser、Flagman 8、Venture、Nemchinsky、Afilla、Poltavets、Azur、P. Khangilda、Teras 888;小叶 SH-92-79-3-3-1-1、Aldea、Norli、Adrianna、Gribovsky Jubilee。蔬菜豌豆样本建议用于育种,每个形态型都要兼具高表达生产力要素和抗倒伏能力:按豆粒数量 - Azur、Afilla(有须)、Aldea、Fruhe(常规);按豆粒重量 - Azur、Afilla(突变体)、Flagship 8、Fruhe、Aldea、SH-92-79-3-3-1-1(叶片);按豆粒种子数量 - Afilla、Venture(须)、Aldea、Norli、SH-92-79-3-3-1-1(叶片);按每株种子的重量--阿祖尔、阿菲拉(突变体)、弗鲁赫、阿尔迪亚、SH-92-79-3-3-1-1(叶片);按 1 000 粒种子的重量--旗人 8 号、纪念康吉丁、阿祖尔(偲)、弗鲁赫、阿尔迪亚(叶片)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Studying resistance to deposition in samples vegetable peas of different morphotype in Western Siberia
The yield of vegetable peas is significantly reduced when plants are lodging. To solve this problem, mutant leafless genotypes with modified leaf morphology can be used in breeding. A comparative assessment of collection samples of vegetable peas of the regular and mutant mustachioed morphotype for resistance to lodging and seed productivity was carried out at the educational and experimental farm of the Omsk State Agrarian University in 2017–2018. As an object for study, 62 samples of vegetable peas from the collection of VIR, VNIISSOK and foreign selection were used. As a result of the research, it was established that the proportion of resistant and highly resistant forms in plants with a common (leafy) morphotype amounted to a total of 30 %, in baleen (leafless) plants there were significantly more of these – 77 %. The mustachioed forms of vegetable peas have greater resistance to lodging in the phase of biological ripeness. The resistance coefficient of samples with a mustachioed morphotype was on average 0.85, and that of leafy ones – 0.64. An average relationship was established between the height of the grass stand and resistance to lodging in vegetable peas, and in leafy samples it was higher, the correlation coefficient was r = 0.56, in baleen samples – r = 0.43. Sources of high resistance to lodging were identified for each morphotype of vegetable pea: mustachioed – Cruiser, Flagman 8, Venture, Nemchinsky, Afilla, Poltavets, Azur, P. Khangilda, Teras 888; leaflet SH-92-79-3-3-1-1, Aldea, Norli, Adrianna, Gribovsky Jubilee. Vegetable pea samples are recommended for breeding that combine high expression of productivity elements with resistance to lodging for each morphotype: by the number of beans – Azur, Afilla (mustachioed), Aldea, Fruhe (regular); by weight of beans – Azur, Afilla (mutant), Flagship 8, Fruhe, Aldea, SH-92-79-3-3-1-1 (leaf); by the number of seeds in a bean – Afilla, Venture (baleen), Aldea, Norli, SH-92-79-3-3-1-1 (leaf); by weight of seeds per plant – Azur, Afilla (mutant), Fruhe, Aldea, SH-92-79-3-3-1-1 (leaf); by weight of 1 000 seeds – Flagman 8, In Memory of Khangildin, Azur (mustached), Fruhe, Aldea (leafy).
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