The aim of the project was to test female advantages of promiscuous and/or polyandrous mating. Although, previous studies reported improved reproductive success of females copulating with multiple males in many model species, including Eublepharis macularius, this study failed to demonstrate such a benefit of polyandry. Traits reflecting female reproductive success, i.e. the number of produced eggs, egg mass, hatchability, hatchling mass, growth and survival were not influenced by copulation with multiple partners, but some of them were dependent on female condition. Only initial stages of juvenile growth were influenced by female identity and/or investment
Activity patterns and social interactions play a key role in determining reproductive success, altho...
Activity patterns and social interactions play a key role in determining reproductive success, altho...
).We mated females in the laboratory with two different males (polyandrous; controlling for mating o...
The aim of the project was to test female advantages of promiscuous and/or polyandrous mating. Altho...
Females across many taxa may mate with several males or mate more than once with the same male withi...
Females in numerous taxa engage in mating with more than one male within a breeding season, usually ...
Species in which males do not contribute to reproduction beyond the provision of sperm offer good op...
Sexual selection theory predicts different optima for multiple mating in males and females. We used ...
Species in which males do not contribute to reproduction beyond the provision of sperm offer good op...
Sexually reproducing organisms must process and respond to internal and external stimuli to successf...
Females of many iteroparous species face trade-offs between producing one or multiple broods per rep...
Female multiple mating with different partners (polyandry) is taxonomically widespread and appears t...
The optimal number of mate partners for females rarely coincides with that for males, leading to a p...
While males gain obvious direct advantages from multiple mating, the reproductive capacity of female...
The adaptive significance of female polyandry has become a recurrent subject of recent theoretical a...
Activity patterns and social interactions play a key role in determining reproductive success, altho...
Activity patterns and social interactions play a key role in determining reproductive success, altho...
).We mated females in the laboratory with two different males (polyandrous; controlling for mating o...
The aim of the project was to test female advantages of promiscuous and/or polyandrous mating. Altho...
Females across many taxa may mate with several males or mate more than once with the same male withi...
Females in numerous taxa engage in mating with more than one male within a breeding season, usually ...
Species in which males do not contribute to reproduction beyond the provision of sperm offer good op...
Sexual selection theory predicts different optima for multiple mating in males and females. We used ...
Species in which males do not contribute to reproduction beyond the provision of sperm offer good op...
Sexually reproducing organisms must process and respond to internal and external stimuli to successf...
Females of many iteroparous species face trade-offs between producing one or multiple broods per rep...
Female multiple mating with different partners (polyandry) is taxonomically widespread and appears t...
The optimal number of mate partners for females rarely coincides with that for males, leading to a p...
While males gain obvious direct advantages from multiple mating, the reproductive capacity of female...
The adaptive significance of female polyandry has become a recurrent subject of recent theoretical a...
Activity patterns and social interactions play a key role in determining reproductive success, altho...
Activity patterns and social interactions play a key role in determining reproductive success, altho...
).We mated females in the laboratory with two different males (polyandrous; controlling for mating o...