The costs of mating for a female might depend on both her phenotype and that of her mate. Sexually antagonistic male traits that negatively affect females are often condition-dependent, so a male’s rearing environment can affect the costs he imposes on his mate. Likewise, a female’s ability to resist male-imposed costs might be condition-dependent. We experimentally manipulated female and male body condition in the seed beetle Callosobruchus maculatus by rearing larvae on a good or poor quality diet. We then tested whether the cost of mating for a female (measured as copulation behaviors associated with sexual conflict as well as her fecundity and survival) depended on her and/or her mate’s body condition. As expected, females in better con...
Whether sexual selection generally promotes or impedes population persistence remains an open questi...
Mating bears large costs to females, especially in species with high levels of sexual conflict over ...
Sexual conflict is a pervasive evolutionary force that can reduce female fitness. Experimental evolu...
The costs of mating for a female might depend on both her phenotype and that of her mate. Sexually a...
The costs of mating for a female might depend on both her phenotype and that of her mate. Sexually a...
Males typically gain fitness from multiple mating, whereas females often lose fitness from numerous ...
Sexual conflict occurs when selection to maximize fitness in one sex does so at the expense of the o...
Mating system variation is profound in animals. In insects, female willingness to remate varies from...
Differential allocation is the adjustment of reproductive allocation, typically by a female, in resp...
Sexual conflict occurs when reproductive partners have different fitness optima, and can lead to the...
Traumatic mating (or copulatory wounding) is an extreme form of sexual conflict whereby male genital...
Female mate choice and male–male competition are the typical mechanisms of sexual selection. However...
The evolution of male traits that inflict direct harm on females during mating interactions can resu...
Male parents face a choice: should they invest more in caring for offspring or in attempting to mate...
Between-individual variance in potential reproductive rate theoretically creates a load in reproduci...
Whether sexual selection generally promotes or impedes population persistence remains an open questi...
Mating bears large costs to females, especially in species with high levels of sexual conflict over ...
Sexual conflict is a pervasive evolutionary force that can reduce female fitness. Experimental evolu...
The costs of mating for a female might depend on both her phenotype and that of her mate. Sexually a...
The costs of mating for a female might depend on both her phenotype and that of her mate. Sexually a...
Males typically gain fitness from multiple mating, whereas females often lose fitness from numerous ...
Sexual conflict occurs when selection to maximize fitness in one sex does so at the expense of the o...
Mating system variation is profound in animals. In insects, female willingness to remate varies from...
Differential allocation is the adjustment of reproductive allocation, typically by a female, in resp...
Sexual conflict occurs when reproductive partners have different fitness optima, and can lead to the...
Traumatic mating (or copulatory wounding) is an extreme form of sexual conflict whereby male genital...
Female mate choice and male–male competition are the typical mechanisms of sexual selection. However...
The evolution of male traits that inflict direct harm on females during mating interactions can resu...
Male parents face a choice: should they invest more in caring for offspring or in attempting to mate...
Between-individual variance in potential reproductive rate theoretically creates a load in reproduci...
Whether sexual selection generally promotes or impedes population persistence remains an open questi...
Mating bears large costs to females, especially in species with high levels of sexual conflict over ...
Sexual conflict is a pervasive evolutionary force that can reduce female fitness. Experimental evolu...