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    Small populations of Cepaea nemoralis show greater variat... — Carmelics
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    Supports→Genetic drift plays a substantial role in the evolution of Cepaea nemoralis populations, in addition to natural selection.

    Small populations of Cepaea nemoralis show greater variation among themselves than large populations do among themselves.

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    Genetic drift plays a substantial role in the evolution of Cepaea nemoralis popu...Greater variation among small populations than among large populations is a dist...Lamotte (1959) demonstrated this pattern by examining the populations as a whole...

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    Genetic drift plays a substantial role in the evolution of Cepaea nemo...82%Greater variation among small populations than among large populations...73%The size of the gene frequency fluctuations did not differ between sma...69%A species may be wide-ranging even though its individual organisms are...68%

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    These theoretical considerations were soon followed by field examinations of drift (there were also laboratory studies, but these were less contentious). Two sets of studies of natural populations are particularly notable. One set, referred to in the introduction to this essay, is composed of the studies of the polymorphic land snail, Cepaea nemoralis; these studies, and debates over the prevalence of drift, began in the 1930s and became quite heated in “The Great Snail Debate” of the 1950s and

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