A variety of hypotheses has been proposed to explain why socially monogamous birds copulate repeatedly with their mates when only a single copulation is necessary to fertilize an entire clutch (Birkhead and Møller 1992, Petrie 1992, Hunter et al. 1993). Petrie (1992) hypothesized that a female should copulate frequently with her mate so as to reduce her mate’s involvement in extrapair copulations. By reducing her mate’s involvement in extrapair copulations, a female may: (1) avoid the transmission of parasites and sexually transmitted diseases (Hamilton 1990); (2) may avoid sperm depletion by her mate; and (3) may monopolize her mate’s paternal care (Petrie 1992)
Mating behavior has a profound impact on reproductive success and the resulting genetic structure of...
Joint nesting by females and cooperative polyandry—cooperatively breeding groups with a male-biased ...
Breeding synchrony is hypothesised to influence the occurrence and frequency of extra-pair fertilisa...
A variety of hypotheses has been proposed to explain why socially monogamous birds copulate repeated...
Two alternative hypotheses have been proposed to explain how social and genetic mating systems are i...
Extra-pair copulations (EPCs; copulations outside the pair bond) are widespread in birds and may res...
1) We attempted to identify the possible costs and benefits of Extra-Pair Copulations (EPCs) from fi...
In many social animals, females mate with multiple males, but the adaptive value of female extra-pai...
Extra-pair paternity is common among socially monogamous birds, but whether females benefit from hav...
Extra-pair copulations (EPCs; copulations outside the pair bond) are widespread in birds and may res...
Extra-pair copulations (EPCs) (copulations outside the pair bond) resulting in extra-pair fertilizat...
Extra-pair paternity are commonly detected in populations of social monogamous birds, however it rem...
Extra-pair copulations (EPCs) (copulations outside the pair bond) resulting in extra-pair fertilizat...
In the last decade, studies in bird breeding biology have shown that infidelity is prevalent in soci...
Forced copulation is a male reproductive strategy in a variety of animals but rare among avian speci...
Mating behavior has a profound impact on reproductive success and the resulting genetic structure of...
Joint nesting by females and cooperative polyandry—cooperatively breeding groups with a male-biased ...
Breeding synchrony is hypothesised to influence the occurrence and frequency of extra-pair fertilisa...
A variety of hypotheses has been proposed to explain why socially monogamous birds copulate repeated...
Two alternative hypotheses have been proposed to explain how social and genetic mating systems are i...
Extra-pair copulations (EPCs; copulations outside the pair bond) are widespread in birds and may res...
1) We attempted to identify the possible costs and benefits of Extra-Pair Copulations (EPCs) from fi...
In many social animals, females mate with multiple males, but the adaptive value of female extra-pai...
Extra-pair paternity is common among socially monogamous birds, but whether females benefit from hav...
Extra-pair copulations (EPCs; copulations outside the pair bond) are widespread in birds and may res...
Extra-pair copulations (EPCs) (copulations outside the pair bond) resulting in extra-pair fertilizat...
Extra-pair paternity are commonly detected in populations of social monogamous birds, however it rem...
Extra-pair copulations (EPCs) (copulations outside the pair bond) resulting in extra-pair fertilizat...
In the last decade, studies in bird breeding biology have shown that infidelity is prevalent in soci...
Forced copulation is a male reproductive strategy in a variety of animals but rare among avian speci...
Mating behavior has a profound impact on reproductive success and the resulting genetic structure of...
Joint nesting by females and cooperative polyandry—cooperatively breeding groups with a male-biased ...
Breeding synchrony is hypothesised to influence the occurrence and frequency of extra-pair fertilisa...