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Mating ability in laboratory-adapted and field-derivedDrosophila melanogaster: The stress of domestication

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Abstract

Mating ability differences between flies of different alcohol dehydrogenase (Adh) genotypes have been assessed in the temperature range 15 to 29°C for laboratory-adapted and field-derivedDrosophila melanogaster. Significant differences amongAdh genotypes were detected principally for the laboratory-adapted strains due to departures from random mating associated with heterozygote superiority at the relatively extreme temperature of 29°C, although mating ability differences could not be attributed directly to theAdh locus. The difference between the laboratory and the field populations can be explained by the effects of genetic back-ground manifested in the form of fitness differences, being enhanced for the laboratory-adapted flies as a consequence of the stress of laboratory culture. In contrast with larval survival and development time, laboratory and field flies do not differe appreciably in their overall abilities to obtain mates, which indicates that mating ability is a direct fitness character not greatly affected by laboratory culture. It follows that direct fitness traits are the least amenable to change under domestication.

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Kohane, M.J., Parsons, P.A. Mating ability in laboratory-adapted and field-derivedDrosophila melanogaster: The stress of domestication. Behav Genet 17, 541–558 (1987). https://doi.org/10.1007/BF01065531

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Key Words

  • mating ability
  • sexual selection
  • fitness
  • stress
  • domestication
  • Drosophila