Could it be that successive mutations work together like compound interest?
It seems plausible that they do so at the level of the population of a species, but perhaps something akin to that is sometimes true with individual mutations, inasmuch as the result of two mutations is greater than the sum of the results of each of the mutations, considered apart from the other.
It seems plausible that they do so at the level of the population of a species, but perhaps something akin to that is sometimes true with individual mutations, inasmuch as the result of two mutations is greater than the sum of the results of each of the mutations, considered apart from the other.
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