… The user can control the sizes and colors of the sunflowers. By selecting appropriate …
sunflowers, plots can be obtained that give both the overall sense of the data density distribution as …

… Figure 5: To draw a density-distribution sunflower plot, we first need to determine the number
of observations in each hexagonal bin. To do this, we tile the x–y plane with rectangular …

… density distribution sunflower plot [8,9], our goal was to come as close as possible to the stem
and leaf plot … That is, we wanted a graph that had the overall appearance of a density plot …

… , management techniques and plant density, we can infer that the estimated plot size (2.4 m
2 ) is suitable for most of the environments in which the sunflower is grown. This inference is …

… plot design, where the plant densities were distributed in the main plots and hybrids were
allocated to the sub-plots… Experimental sub plots consisted of five ridges, each 4 m in length …

… Mature seeds were collected from eight plants per plot that had … distribution (eg Table 5)
suggesting that it was independent of dry matter distribution in its response to population density…

… plots were fertilized with ammonium phosphate at approximately 30 g/m2 before sowing and
four plant density treatments were laid out in four 5 m×5 m plots… in these plots. Monitoring of …

… distribution of the adult weevil in cultivated sunflower and the effect of plant stages on weevil
density… Scatter plots of 11kover mean for the red sunflower seed weevil. Data from 163 …

… The plots were arranged in a three-block split-plot design with the densities as main plots
and hybrids as subplots. Plot dimensions and plant spacings are shown in Table 2. …

… 10 (low plant densities) to 20 plants (higher plant densities) per plot were sampled and no
… plant density) to 30 (high plant density) plants per plot and 8 additional plants per plot were …