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Estimation of optimal size of plots for experiments with radiometer in beans

机译:用辐射计在豆类中进行实验的最佳样地估计

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An experimental error can lead to rework and, consequently, to the loss of financial and human resources. One way to reduce this problem is the estimation of the optimum size of experimental plot to carry out the treatments. The objective of this study was to estimate the optimal size of plots for reflectance measurements in beans by the modified maximum curvature method and the maximum distance method. Reflectance readings were made on bean plants with the aid of the GreenSeeker? equipment, obtaining basic units of 0.45 m2 in an area of lines 6 and 8 m in length, performing 46 combinations of experimental area. X0 was determined using the modified maximum curvature and the maximum distance method. To increase the R2, the calculations have been redone using 20 combinations of experimental area. By adopting the bigest obtained area, it was concluded that the optimum size of an experimental plot for works with reflectance in beans is 5.40 m2 and the combination that presents the best distribution is 2 lines totalling 6 m long.
机译:实验错误会导致返工,并因此导致财务和人力资源损失。减少此问题的一种方法是估计进行处理的实验地块的最佳尺寸。这项研究的目的是通过改进的最大曲率法和最大距离法来估计用于反射率测量的最佳样地面积。在GreenSeeker的帮助下,在豆类植物上获得了反射率读数。设备,在长度为6和8 m的生产线上获得0.45 m2的基本单位,进行46个实验区域的组合。 X0使用修改后的最大曲率和最大距离方法确定。为了增加R2,已使用20个实验面积组合重做了计算。通过采用获得的最大面积,得出的结论是,在豆中具有反射率的作品的实验地块的最佳尺寸为5.40平方米,呈现最佳分布的组合为2条线,总长6 m。

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