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Influence of the method of growing seeds of a three-ploid hybrid of sugar beet on the productivity of root crops
Influence of method of growing seeds of triploid hybrid of sugar beet on root productivity. This article examines the issues of improving the methods of ratio of male-sterile component and pollinator in the cultivation of hybrid sugar beet seeds and how it affects the productivity of root crops. Properly selected ratio of components in the cultivation of seeds of male hybrids allows to avoid a number of negative phenomena in seed production; it is to ensure a low effect of heterosis, the degree of fertility and poor seed quality. The productivity of seed depends on the selection of crossbreeding components, which should be characterized by high productivity and combinatorial ability, and of course on the method of cultivation, the ratio of components and their placement in the hybridization site. Research has shown that from the correct selection of crossbreeding components, the feld area can be used to the maximum and rational. So the yield of seeds from the total and accounting area have different indicators. It was also found that the highest seed yield was observed in variants where a mixture of crossbreeding components was used, with such a scheme and the plantation was used to the maximum. But with such a planting scheme there is an important drawback; it is impossible to avoid mixing the male-sterile component and the pollinator during seed cleaning. When placing the seedlings in strips, the highest yield from the accounting plantation was at a ratio of 6:2, and the lowest at 10:2. Increasing the number of rows of male-sterile component from 6:2 to 10:2 seed germination decreases signifcantly. Higher productivity of root crops was obtained from sowing seeds that were grown with a mixture of crossbreeding components than when growing it in strips.
Key words: seeds, sugar beet, components of hybridization, triploid hybrid, planting scheme, similarity, yield capacity, monoecious, sugar content, sugar collection.
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