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Impact of Precision Seeding on Yield Of Sugar Beet

机译：精密播种对甜菜产量的影响

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The yield of sugar beet depends not only on soil and climatic conditions, but also on the quality of the distribution of plants along the sowing series of these plants. The maximum yield is obtained with the optimal value of the average interval between plants, and all intervals should be the same with a coefficient of variation close to zero. A computer program has been computed for the relative yields, depending on the precision of the sowing and the germination of the seeds. The harvest is calculated in relative terms to exclude the influence of soil and weather conditions. For a maximum, the harvest is taken with the exact location of the optimal number of plants under the same germination conditions. The article contains a calculation program and a graphical representation of the results for sugar beet. This will help determine the rational limits of the number of plants per hectare and the accuracy of their distribution. The accuracy of the distribution of plants is estimated by the coefficient of variation of the intervals betw een them, which can take values from 0.2 to 1.0. The loss of yields from inaccurate distribution of plants along the row may reach 21%.
机译：甜菜的产量不仅取决于土壤和气候条件，还取决于沿着这些植物的播种系列植物分布的质量。利用植物之间的平均间隔的最佳值获得最大产量，并且所有间隔应该是相同的，而变异系数接近于零。根据播种的精度和种子的萌发，已经计算了相对产量的计算机程序。收获以相对术语计算，以排除土壤和天气条件的影响。对于最大，在相同的萌发条件下，采用收获的精确位置。该文章包含一个计算程序和甜菜结果的图形表示。这将有助于确定每公顷的植物数量的合理限制以及其分布的准确性。植物分布的准确性通过它们之间的间隔的变化系数估计，这可以从0.2到1.0取得值。沿着该行的不准确分布的产量损失可能达到21％。

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