Figure 7. (a) Evolution of the miospore diameter through the composite section. Mean size and quartile deviations of the whole miospore population are shown by the vertical dashes and solid curved line. The black dotted line shows evolution of the mean size of the studied Emphanisporites

deviation (2.0 m), and coefficient of variation (standard deviation/mean; 29%) of these 44 floodplain aggradation cycles’ thicknesses. The box boundaries represent lower and upper quartiles, lines extending from boxes indicate the 1st to 2nd and 3rd to 4th quartile ranges, lines and squares within boxes

Fig. 10. Box and Whisker plots of sample standard deviation of the mean relative differences (SDMRD) for three categories of extent (<200, 200–2000, >2000 m). The caps at the end of each box indicate the minimum and maximum, the lower and upper quartiles delimit the box, and the line

Table 2. Summary of statistical descriptive parameters of centering, dispersion and shape. Concentrations in mg/kg. N, north cores; S, south cores; 1 , this work; 2 , Oruro Pilot Project (PPO); MAD, median absolute deviation; Q 2 , second quartile; Q 3 , third quartile

Fig. 8. Box and Whisker plots for the sample standard deviation of the mean relative differences (SDMRD) according to surface (from 0 to 0.2 m), profile (from 0 to 0.3 m and deeper), and subsurface (at specific depths, with varying thickness) soil water content (SWC) measurements. The caps

Figure 11. Box plots showing variations in standard deviation (SD) for all parameters relative to the initial prior distribution after nine different two‐step updates, the combination of all two‐step posteriors, and a one‐step update with only the historical catalog. The variations in SD

, logarithmic ratio between measured and predicted V S 30 values with medians ( η ) and standard deviations ( σ ) in the middle, and box‐whisker plots of residuals (measured–predicted) with outliers on the right. The box represents the interquartile range (IQR) between the first and third

Table 1. Summary statistics of the populations of whole-shell TE/Ca values, including number of individuals measured, the mean, standard deviation, maximum and minimum values, the range, and inter-quartile range. Note that these values were calculated to include outliers that are not incorporated

Figure 1. Assumed log-normal distribution of platelet diameters (mean μ = 500 Å, standard deviation σ = 1.73 Å). Each quartile is represented by its mean value.

Figure 6. Distributions of back‐azimuth errors corresponding to the frequency bandwidths. (a) Back‐azimuth errors at each passband. The back‐azimuth errors are denoted by gray circles. Error bars were plotted using the average and standard deviation obtained from the errors at each passband. (b

Figure 10. Estimated rotation angles for stations and epochs that deviate by more than 7° from the reported orientation. The uncertainty of each estimate is given by the horizontal error bar and corresponds to the range of the second and third quartiles of individual measurements. Station

Figure 11. Comparison of minimum limiting bedrock and boulder sample age populations shown by box and whisker plots (bedrock, n = 20; boulders n = 13). The box encloses the area between the first and third quartiles, and the horizontal line represents the median. Whiskers show one standard

Figure 9. Empirical path corrections (dots) as a function of epicentral distance (a) and their standard deviations versus epicentral distance (b). The solid line connects the medians of every 5 percentile points of data, the bars indicate the range, and the boxes indicate the 25% and 75

Figure 9. Empirical path corrections (dots) as a function of epicentral distance (a) and their standard deviations versus epicentral distance (b). The solid line connects the medians of every 5 percentile points of data, the bars indicate the range, and the boxes indicate the 25% and 75

Figure 6. Foraminiferal and environmental data of the five live assemblages: A Average density of live foraminifera with one standard deviation error bars, B Fisher's α diversity, C organic carbon estimate, D salinity, E elevation box plot of all sites of live assemblages. Note: Tidal