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This is informative because a plot's treatment is likely to expand beyond plot borders in the course of time due to the movement of birds, and competition is then no longer avoided by leaving a plot (analysis is explained below).
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Juvenile males and females did not show differences in dispersal distance or the probability to leave a plot with respect to natural plot densities.
For the probability to leave a plot, we tested the same variables as for dispersal distance except the covariate days since fledging and the interactions with it (because only one record per individual was used).
On the other hand, juveniles that left a plot might have been observed "just" outside a plot and thus not necessarily find themselves in a different social setting because the movement of juveniles was directed away from the nest box of fledging and the social setting most likely expanded beyond plot borders.
Because the density treatment categories differed in final nestling densities in 2005 but not in 2006 (see above text), we tested whether the effect of the density treatment on dispersal distance and the probability to leave a plot differed between the 2 years.
We will incorporate the findings for both the dispersal distance and the probability to leave a plot when discussing the differences between juvenile males and females in their response to the local social environment, and we will examine the temporal patterns of their dispersal decisions.
Differences between the dispersal distance analysis and the probability to leave a plot analysis might originate because the more complex (less simplified) dispersal distance analysis additionally covers the temporal aspect of the dispersal process and also from the different spatial scales that are covered by the two.
(Left, (a)) Plots of seasonal variations of wind at 88 km for various locations between 22° N and 21° S. (Right, (b)) Zonal winds between 80 and 98 km.
In this analysis, the temporal pattern of dispersal is disregarded, but we can simply test whether the plot treatment affected the birds to leave a certain plot.
Four legume monocultures were killed by pathogens; one polyculture was also lost, leaving a total of 59 plots that we analyzed.
Until then, Onoda would later explain, he believed attempts to persuade him to leave were a plot concocted by the pro-US government in Tokyo.
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