白俄罗斯黑麦育种方向、方法和结果

IF 0.2 Q4 AGRICULTURE, MULTIDISCIPLINARY
E. Urban, S. Hardzei, D. U. Artjukh, I. S. Hardzei
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引用次数: 2

摘要

在科学发展的现阶段,利用包括分子方法在内的现代植物新品种选育是农业集约化的主要环节之一。黑麦在这方面也不例外。这是白俄罗斯传统的战略作物,在很大程度上决定了该国的粮食安全。本文结合历史背景,综述了我国在不同用途黑麦品种选育方面取得的主要成果。介绍了主要的方法,包括:在白俄罗斯条件下筛选冬季黑麦的世界多样性;运用实验多倍体、杂交、稳定选择、分子遗传等方法和技术。现代育种方法的发展和应用,揭示了许多遗传机制和规律,从而显著提高了黑麦育种在不同方向(群体和杂种优势)上的效率。目前,“白俄罗斯国家科学院耕地农业科学与实践中心”、国家科学机构“白俄罗斯国家科学院遗传与细胞学研究所”以及与其他机构共同开发了新的育种方法,包括分子遗传方法,这对提高获得竞争品种的效率尤为重要。在利用细胞质雄性不育(CMS)优势效应方面取得了显著成果。迄今为止,已经为不同肥力水平的土壤创造了一个高产竞争性黑麦品种系统:群体四倍体和二倍体,以及F1杂交品种- LoBel-103, Galinka, Plisa和Belgi。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Directions, methods and results of rye (Secale cereale L.) breeding in Belarus
At the present stage of science development, breeding of new varieties of plants using modern, including molecular methods, is one of the main links in the intensification of the agricultural industry. Rye is no exception in this respect. This is a traditional strategic crop for Belarus, that largely determines the country’s food security. In the paper, in a historical context, the main achievements in breeding of rye varieties for different uses are outlined. The main approaches are described, including: screening of the world diversity of winter rye in the conditions of Belarus; use of methods of experimental polyploidy, hybridization, stabilizing selection, molecular-genetic methods and techniques. Development and application of modern methods have allowed a number of genetic mechanisms and regularities to be discovered, which, in turn, has significantly increased the efficiency of rye breeding in different directions (population and heterosis). At present, RUE “Scientific and Practical Center of the NAS of Belarus for Arable Farming”, State Scientific Institution “Institute of Genetics and Cytology of the NAS of Belarus”, as well as jointly with other institutions have developed new breeding methods, including molecular-genetic ones, which is especially important for increasing the efficiency of obtaining competitive varieties. Significant results have been achieved on the use of the effect of heterosis based on cytoplasmic male sterility (CMS). To date, a system of highly productive competitive rye varieties has been created for soils of different levels of fertility: population tetraploid and diploid, as well as F1 hybrids – LoBel-103, Galinka, Plisa, and Belgi.
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