May 16, 1996

Sexually antagonistic male adaptation triggered by experimental arrest of female evolution

Nature
William R Rice

Abstract

Each sex is part of the environment of the other sex. This may lead to perpetual coevolution between the sexes, when adaptation by one sex reduces fitness of the other. Indirect evidence comes from experiments with Drosophila melanogaster indicating that seminal fluid reduces the competitive ability of sperm from other males, thereby increasing male fitness. It also reduces a female's propensity to remate and increase her egg-laying rate. In contrast to these benefits to males, seminal fluid has substantial toxic side effects in females, with increasing quantity leading to decreasing female survival. Here I show that when female D. melanogaster are experimentally prevented from coevolving with males, males rapidly adapt to the static female phenotype. This male adaptation leads to a reduction in female survivorship, which is mediated by an increased rate of remating and increased toxicity of seminal fluid.

  • References8
  • Citations445

References

  • References8
  • Citations445

Citations

Mentioned in this Paper

Seminal Fluid
Life Extension
Sexual Behavior, Animal
Oviposition
Seminal Plasma
Subfecundity
Drosophila melanogaster
Phenotype Determination
Biological Evolution
Crosses, Genetic

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