Detection probability output from Do an invasive organism's dispersal characteristics affect how we should search for it?

Summary of five output variables (top to bottom panels) from 100 replicate runs for five different dispersal kernels and four different detection probabilities (very low 0.01, low 0.25, high 0.75 and perfect 1.00), a surveillance density of two and a surveillance frequency of one and a grid arrangement. Box plots indicate the median of the 100 replicate runs (internal line), the interquartile range (box), and the range (whiskers), with any outliers (results more than 1.5 times the interquartile range from the median) shown as individual points. Initial detection time is the number of months until the first detection occurs. Maximum distance represents the maximum distance in meters travelled by the pest at the time of detection. The suitable area infested is the number of 1 x 1 m pixels that were infested at the time of detection (maximum suitable pixels = 250,000). The number of fields represents the number of fields with any infestation at the time of detection (maximum possible fields = 25). Finally, the number of escapes indicates how many seed, or propagules, had travelled beyond the 50 m border at the time of detection. Note log-scale on y-axi