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首页> 外文期刊>American Journal of Agriculture and Forestry >Stability and Plasticity of Collection Samples of Durum Spring Wheat in the Forest-Steppe Conditions of Ukraine
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Stability and Plasticity of Collection Samples of Durum Spring Wheat in the Forest-Steppe Conditions of Ukraine

机译:乌克兰森林 - 草原条件下杜兰姆春小麦收集样品的稳定性和可塑性

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When working with collection material, one of the main problems is the study of most of the samples in a cycle of three years and the annual partial renewal of the set under study. Therefore, only a part of the varieties can be directly compared with each other in terms of ecological stability, and the main grouping has to be carried out by comparing the behavior of samples with standard varieties under conditions of different years. Even well-studied varieties are not always suitable for such comparisons. When selecting the starting material for breeding, it is important not only to find forms with a high level of manifestation of quantitative traits, but also to minimize this level under unfavorable conditions for plant growth and development. The purpose of our research was to determine the stability and plasticity of collection samples of spring durum wheat of various ecological and geographical origins. Over the years of the research, the yield averaged 330.3 g/m~2 and varied from 434.3 g/m~2 (max) in 2015 to 188.5 g/m~2 (min) in 2018. This indicates that the genotype and contrast weather conditions of the years significantly affect the yield of collection samples of spring durum wheat. Stable and plastic collection samples of spring durum wheat were identified for yield: 193 THKNEE 8 (Mexico) (b_i = 1.02, S~2d_i = 0.11), ARN AAZ-1.040 YRC-4M (Mexico) (b_i = 1.35, S~2d_i = 0.12), SHAG 21 / CASCA (Mexico) (b_i = 1.07, S~2d_i = 0.23), Hordeiforme 13-07 (Ukraine) (b_i = 2.11, S~2d_i = 0.31). According to the results of our research, it was found that the highest grain weight per spike (1.90 g) was in the sample Voronezhskaya 11 (Russia), and the lowest value was in the sample Damsinskaya yantarnaya (Kazakhstan) (1.57 g). Among the plastic and stable collection samples by the grain weight per spike, the following samples were distinguished: DUN / MUSK 1 (b_i = 3.45; S~2d_i = 0.07), SHAG 9 / BBUTO / 7 (b_i = 1.61; S~2d_i = 0, 05), CASM 3 // SRN 3 ASAIH 15 (b_i = 1.47; S~2d_i = 0.00), GREEN / SOMO (b_i = 1.35; S~2d_i = 0.01) (Mexico), Lilek (Russia) (b_i = 0.92, S~2d_i = 0.03), MAGH 72 FUTO ALG 86 (Mexico) (b_i = 0.75, S~2d_i = 0.01), YAZI 13 (Mexico) (b_i = 0.12, S~2d_i = 0.07).
机译:在使用收集材料时,主要问题之一是在三年循环中研究大多数样本以及在研究下集合的年度部分更新。因此,在生态稳定性方面只能在彼此相互比较各种品种,并且必须通过在不同年份的条件下与标准品种的样品的行为进行比较来进行主要分组。即使是研究的品种也不总是适合这种比较。选择用于培育的起始材料时,不仅要找到具有高度的定量性状的表现形式的形式,还可以在植物生长和发育的不利条件下最小化该水平。我们研究的目的是确定各种生态和地理起源的春季杜尔姆小麦收集样本的稳定性和可塑性。多年来,产量平均为330.3g / m〜2,2015年的434.3克/ m〜2(最多)变化至188.5克/ m〜2(分钟)。这表明基因型和对比度多年的天气条件显着影响弹簧小麦收集样品的收益率。鉴定了稳定的塑料收集样品的弹簧杜兰姆小麦的产量:193克knee8(墨西哥)(B_I = 1.02,S〜2d_i = 0.11),ARN AAZ-1.040 YRC-4M(墨西哥)(B_I = 1.35,S〜2D_I = 0.12),Shag 21 / Casca(墨西哥)(B_I = 1.07,S〜2D_I = 0.23),Hordeiforme 13-07(乌克兰)(B_I = 2.11,S〜2D_I = 0.31)。根据我们的研究结果,发现每穗(1.90g)的最高粒重在Voronezhskaya 11(俄罗斯)中,最低的值在Damsinskaya Yantarnaya(哈萨克斯坦)(1.57g)中。在塑料和稳定的收集样品中,通过每穗粒重,区分以下样品:DUN / MOSK 1(B_I = 3.45; S〜2D_I = 0.07),SHAG 9 / BBUTO / 7(B_I = 1.61; S〜2D_I = 0,05),Casm 3 // Srn 3 Asaih 15(B_I = 1.47; s〜2d_i = 0.00),绿色/ somo(b_i = 1.35; s〜2d_i = 0.01)(墨西哥),Lilek(俄罗斯)(b_i = 0.92,s〜2d_i = 0.03),Magh 72 futo all 86(墨西哥)(b_i = 0.75,s〜2d_i = 0.01),Yazi 13(墨西哥)(b_i = 0.12,s〜2d_i = 0.07)。

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