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- comp.: O. Shkromada, L. Ulko, O. Sklar
- А. И. Мальцев
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- Алла Дорошенко, Оксана Пискарева
- Анна Адасинская
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- Виктор Котелов
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- Г. -В. Хелдт ; ред.: А. М. Носов, В. В. Чуб ; пер. с англ. М. А. Брейгиной [и др.]
- Г. И. Баздырев, Н. Н. Третьяков, О. О. Белошапкина
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- Plant production
- millet, seeds, maternal plants, the first seed progeny, fertilizers, trait-indicator, correlation pleiade.Purpose. Determination and analysis of relationship of sowing qualities and yield properties of millet seed (Panicum meliaceum L.) to be formed by the action of predecessors and conditions of mineral nutrition in the context of unstable moistening in the Right-Bank Forest-Steppe zone of Ukraine. Methods. Mathematico-statistical ones (correlation, regression). Results. The use of correlation pleiades method allowed to analyze multifactor relations of sowing qualities and yield properties of millet seed and establish that there was a direct correlation relationship of medium strength (r = 0.52 ± 0.01) between yielding of maternal and millet plants of the first seed progeny. It was found that maternal plants yielding is strongly correlated with laboratory and technological indicators of seed quality that interrelated through integrated quality parameter of seed material (r = 0.56 ± 0.01) and millet output (r = 0.98 ± 0.00). Integrated quality parameter as well as each of the studied laboratory parameters of seed material quality taken separately have a high-level (r = 0.87…0.96 ± 0.00) effect on the formation of grain yield of the first seed progeny plants. Such physical and technological parameters of the quality of maternal plants yield as a content of protein and fat in seed, seed weight, its uniformity can directly, and millet output, thousand-grain weight and hull content – indirectly indicate peculiarities of forming future grain yield of plants of the first seed progeny. Conclusions. The use of the correlation pleiades method allows to analyze objectively the sowing qualities of millet seed and predict the yield properties in the next generation
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