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First, we showed that differences in rates of detection among morphs presented on computer screens mirrored the previously reported [ 29] differences in rates of capture by humans of free-ranging grasshoppers in the wild.
Overall, relative frequencies of the striped, black and grey morphs in natural populations were negatively correlated with rates of detection by humans of images of the corresponding morphs presented on computer screens against natural visual backgrounds (rs = −0.71, n = 9, p = 0.032; Figure 5).
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The other group of ten morphs sets was presented on the remaining 40 trials.
One group of ten morph sets was presented on 40 of the trials in a block.
Within a block, trials were pseudo-randomized such that any one motion-morph level was never presented on three consecutive trials.
Colour morphs were not intermixed but presented one at a time in separate blocks.
In this study, we first analyzed encounters between human 'predators' and images of natural black, grey and striped colour morphs of the polymorphic Tetrix subulata pygmy grasshoppers presented on background images of unburnt, intermediate or completely burnt natural habitats.
For half of the participants, the first object presented on a given trial was the startpoint morph (e.g. bath) if it was from the first group of ten morph sets and the endpoint morph (e.g. sink) if it was from the second group of ten morph sets.
Measurements of the stigmas and anthers of the two morphs are presented in Table 1 and Figure 4.
Morphed faces were presented individually on a computer monitor in random order.
Each morph was presented twice in two separate sessions, with a short break in between (total of 240 morphs, 8 for each of the 30 levels).
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