Selection references accessions of winter bread wheat for expression levels of performance constituents and yield

Yu.O. Chernobai, V. Riаbchun
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Abstract

Aim. To select references of various expression levels of spike performance constituents and to format a trait collection by yield and performance. Results and Discussion. Based on the results of three-year research (2017–2019), 104 winter bread wheat accessions were characterized by performance and yield constituents. The geographical diversity of the trait collection of winter bread wheat in terms of performance and yield is represented by accessions from 10 countries worldwide. The majority of the trait collection consists of varieties from Ukraine (66), Russia (16), and Germany (10). The remaining accessions come from Kyrgyzstan, Turkey, France, Romania, Azerbaijan, Slovakia, and Romania. In order to further study and organize the genetic diversity of the crop and to assess trait expression ranges across the studied accessions, references reflecting 10 traits with 36 levels of their expression, in accordance with gradations of the classifier scales, were chosen. Comprehensive evaluation of accessions for a set of valuable economic features, spike performance constituents, and yield opens up an opportunity to create highly productive winter bread wheat varieties. Conclusions. Based on the results of the 2017–2019 studies of the winter bread wheat accessions, references for 10 traits with 36 levels of their expression were selected. In addition, among the winter bread wheat accessions, sources of high expression of the spike performance and yield constituents were identified: of the productive shoot number – MIP Asol, Obriad, Darynka Kyivska, Hubernator (UKR); of the yield – MIP Asol, Konka, Shchedrist Odeska, Hubernator, Ladyzhynka, Darynka Kyivska (UKR); of the spike length – Chornozerna, Pamiati Hirka (UKR), Feoniya (RUS), SWW 1-904 (TUR); of the spikelet number per spike – Pamiati Hirka, Er 414-13(UKR), Vekha (RUS), Kanada (DEU), SWW 1-904 (TUR); of the kernel number per spike – Niva Odeska (UKR), Kanada and Faustus (DEU), SWW 1-904 (TUR); of the spike density – Zluka (UKR ) and Viglanka (SVK); of the kernel weight per spike – Krasnopilka, Harmonika, Serpanok Kyivskyi (UKR); of the thousand kernel weight – Blaho, Krasnopilka, Zluka, Serpanok Kyivskyi, Harmonika, Zoloto Ukrainy, and Fito 269/13(UKR), Kazachka ( RUS), Karous-10 (TUR).
冬面包小麦性能成分表达水平和产量的选择参考资料
的目标。选择不同穗效成分表达水平的参考资料,按产量和表现形成性状集合。结果和讨论。基于2017-2019年3年的研究成果,对104份冬面包小麦材料进行了性能和产量成分的表征。冬面包小麦品种在性能和产量方面的地理多样性体现在全球10个国家的选育中。性状收集的大部分品种来自乌克兰(66)、俄罗斯(16)和德国(10)。其余的成员国分别是吉尔吉斯斯坦、土耳其、法国、罗马尼亚、阿塞拜疆、斯洛伐克和罗马尼亚。为了进一步研究和组织该作物的遗传多样性,并评估所研究材料的性状表达范围,根据分类等级的分级,选择了反映10个性状36个表达水平的参考文献。对选育的小麦品种进行综合评价,以获得一系列有价值的经济特征、穗性能成分和产量,为培育高产的冬面包小麦品种提供了机会。根据2017-2019年冬面包小麦材料的研究结果,选择了10个36个表达水平的性状参考文献。此外,在冬面包小麦材料中,穗性能和产量成分的高表达来源是:生产芽数的MIP Asol, Obriad, Darynka Kyivska, Hubernator (UKR);产量- MIP Asol, Konka, Shchedrist Odeska, Hubernator, Ladyzhynka, Darynka Kyivska (UKR);穗长- Chornozerna, Pamiati Hirka (UKR), Feoniya (RUS), SWW 1-904 (TUR);每穗颖花数- Pamiati Hirka, Er 414-13(UKR), Vekha (RUS), canada (DEU), SWW 1-904 (TUR);每穗核数- Niva Odeska (UKR), canada和Faustus (DEU), SWW 1-904 (TUR);穗密度- Zluka (UKR)和Viglanka (SVK);每穗粒重- Krasnopilka, Harmonika, Serpanok Kyivskyi (UKR);千粒重中的Blaho、Krasnopilka、Zluka、Serpanok Kyivskyi、Harmonika、Zoloto Ukrainy和Fito 269/13(UKR)、Kazachka (RUS)、Karous-10 (TUR)。
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