带标记标志的黄籽亚麻初始材料的制备

V. P. Ponazhev
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摘要

具有标记标志的纤维亚麻(Linum usitatissimum L.)初始材料的创建是一个很有前途的育种方向,它决定了性能改良品种的育种效率。本研究的目的是为获得具有标记标志(黄色)和增加重量的种子创造初始亚麻材料。这些研究于2015-2018年在联邦麻纤维作物研究中心进行。在我们的工作中,我们使用了亚麻品种' Smolich ', ' Antey ', ' C-108 ',以及从这些品种中获得的形式。这些品种被用作对照。苗圃是在农业背景平坦的条件下建造的。种子按正方形(2.5×2.5 cm)播种。实验按现行方法进行,包括植物病理学检测。土壤-灰化土,中壤土,栽培。2015年Selyaninov热液系数(HTC)为1.3;2016年- 2.2;2017年- 1.8;2018年为1.3。在亚麻选育过程中,我们获得了三种种子呈黄色的亚麻品种。黄种1号从育种角度看是有价值的。它的种子重量比标准品种“斯莫利奇”高出0.8毫克(16.0%),种子产量比标准品种“斯莫利奇”高出0.06吨/公顷(9.8%)。形式1属于改良纤维亚麻线。与标准品种“C-108”相比,形式3的种子质量更高(5.6 mg)。籽粒产量和千粒重分别超标0.08 t/公顷(14.8%)和0.49 g /公顷(10.6%)。表格3是用于创造双边使用品种的育种材料。表格2有油麻线的迹象。种子产量比标准品种“安泰”高出0.18 t/ hm2 (40%);千粒重-减少0.53克(11.2%)。所创造的材料具有育种价值。转入亚麻生物资源库补充,转入特色资源库,并加入育种过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CREATION OF LINUM USITATISSIMUM INITIAL MATERIAL WITH MARKER SIGN – YELLOW-COLORED SEEDS
Creation of the initial material of fiber flax (Linum usitatissimum L.) with marker signs is a promising direction of breeding, which determines the efficiency of breeding varieties with improved properties. The purpose of the research was to create initial flax material for obtaining seeds with a marker sign (yellow color) and increased weight. The studies were carried out at the Federal Research Center for Bast Fiber Crops in 2015–2018. In our work, we used flax varieties ‘Smolich’, ‘Antey’, ‘C-108’, as well as forms obtained from these varieties. These varieties were used as control. Nurseries were laid under conditions of a leveled agricultural background. Seeds were sown in a square way (2.5×2.5 cm). The experiments were conducted according to the current methods, including phytopathological testing. Soil – sod-podzolic, medium loamy, cultivated. Selyaninov Hydrothermal Coefficient (HTC) in 2015 was 1.3; in 2016 – 2.2; in 2017 – 1.8; in 2018 – 1.3. During the flax plants selection, we obtained three forms with yellow-colored seeds. Yellow-seeded form No. 1 was valuable from the breeding point of view. It exceeded standard variety ‘Smolich’ in seed weight by 0.8 mg (16.0%), in seed yield – by 0.06 t/ha (9.8%). Form No. 1 belongs to the improved fiber flax line. Form No. 3 had a higher seed mass (5.6 mg) compared to standard variety ‘C-108’. In terms of seed yield and 1000-seed weight, this form exceeded the standard by 0.08 t/ha or 14.8% and 0.49 g or 10.6%, respectively. Form No. 3 is a breeding material for creating varieties of bilateral use. Form No. 2 had signs of the oil flax line. It exceeded standard variety ‘Antey’ in seed yield by 0.18 t/ha (40%); 1000-seed weight – by 0.53 g (11.2%). The created material has a breeding value. It was transferred to the bioresource collection of flax for its replenishment, to the bank of the characteristic collection and was additionally included in the breeding process.
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