By Young I. Cho (Eds.)
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Inclusive Fitness Theory Who are adaptations good for? Although the answer may seem obvious—that they are good for the organisms possessing the adaptations—this answer is only partially correct; it fails to account for the perplexing problem of altruism. As Darwin puzzled, how could behaviors evolve that conferred advantage to other organisms at the expense of the principle organism that performed the behaviors? Surely such acts of 7 generosity would be eliminated by natural selection because they decreased rather than increased the individual’s chances of survival and reproduction.
D. Hamilton (1964) and has come to be known variously as Hamilton’s rule, selﬁsh-gene theory (popularized by Dawkins, 1976), kin-selection theory, or inclusive ﬁtness theory. The core idea of inclusive ﬁtness theory is that evolution works by increasing copies of genes, not copies of the individuals carrying the genes. Thus, the genetic code for a trait that reduces personal reproductive success can be selected for if the trait, on average, leads to more copies of the genetic code in the population.
Wheeler, 1991). Finally, presume that these differences in the propensity for upright walking were heritable in nature—they were the result of speciﬁc genes that were reliably passed on from parents to offspring. The individuals who tended to walk upright would be, on average, more likely to survive (and hence, to reproduce) than would those who did not. Over time the genes responsible for bipedalism would become more prevalent in the population as the individuals who possessed them were more reproductively successful than were those who did not, and bipedalism itself would become pervasive in the population.
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