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    Each generation's frequencies are determined by the small... — Carmelics
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    Supports→Genetic drift across multiple generations tends to produce fluctuating allele frequencies rather than stable ones.

    Each generation's frequencies are determined by the small random sample of the previous generation, not the full ancestral population.

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    Genetic drift across multiple generations tends to produce fluctuating allele fr...Multiple indiscriminate samplings over time each introduce independent random va...

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    A better illustration of drift has its origins in Theodosius Dobzhansky’s (1937) discussion of Dubinin and Romaschoff’s (1932) model, which asks us to imagine an urn filled with different colored balls. If the balls are drawn from the urn without respect to color, e.g., by a person drawing balls while blindfolded, then the balls are being indiscriminately sampled (unlike discriminate sampling, where someone deliberately tries to pick balls of a certain color). If a large sample of balls is taken

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