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Imperiled populations have small effective population sizes, so the effects of random sampling are magnified (Masel, 2012).
A large reduction in carrying capacity will reduce the effective population size, which both enhances the effects of random genetic drift and limits the potential for adaptation to new conditions.
The boundaries between prokaryotes, unicellular eukaryotes and multicellular eukaryotes are accompanied by orders-of-magnitude reductions in effective population size, with concurrent amplifications of the effects of random genetic drift and mutation1.
The aim was to demonstrate the effects of random changes in UV parameters on plant failure.
Thereafter, the effects of random design variables on the pipe behavior are quantified by probabilistic analysis.
Through the effects of random genetic drift, a genetic trait can be lost from a small population relatively quickly (see biosphere: Processes of evolution).
However, the previous study has only focused on the effects of random inclusions.
The latter systems allowed one to characterize the effects of random fields on bulk critical behavior in several theoretically interesting universality classes.
The effects of random load spectrum, history length, and stress ratio on the crack growth and closure behavior are discussed.
The effects of random uncertainty in system parameters on the quality measures are investigated (analytically and numerically) via conditioning.
By implementing the different types of uncertainties, the presented approach is able to separately investigate the effects of random and interval variables acting upon the overall structural stability.
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