Male animals of many species use conspicuous coloration to attract mates. Among mammals, primates possess the most brilliant secondary sexual coloration. However, whether colour plays a part in primate female mate choice remains unknown. Adult male rhesus macaques undergo a hormonally regulated increased reddening of facial and anogenital skin during their mating season. We experimentally investigated whether red male facial coloration is preferred by simultaneously presenting female rhesus macaques (n = 6) with computer-manipulated pale and red versions of 24 different male faces. The duration and direction of gaze were measured to discern visual preferences. Females exhibited preferences for the red versions of male faces. It is proposed ...
Several primate species show sexual dichromatism with males displaying conspicuous coloration of the...
In a range of non-human primate, bird and fish species, the intensity of red coloration in males is ...
The evolution of the red-green visual subsystem in trichromatic primates has been linked to foraging...
Male animals of many species use conspicuous coloration to attract mates. Among mammals, primates po...
Pink-to-red anogenital and facial sexual skin occurs in females of many primate species. Since femal...
Exaggerated male traits can evolve under intra- or intersexual selection, but it remains less clear ...
Sexual selection produces extravagant male traits, such as colorful ornaments, via female mate choic...
Sexual selection promotes the prevalence of heritable traits that increase an individual's reproduct...
The effects of intrasexual and intersexual selection on male trait evolution can be difficult to dis...
Males in many vertebrate species have colorful ornaments that evolved by sexual selection. The role ...
International audiencePrimates appear unusual among mammals in the expression of female colorful orn...
Many primate species use colorful signals to communicate sexual receptivity, rank, pregnancy, health...
Among many primate species, face shape is sexually dimorphic, and male facial masculinity has been p...
Humans find members of the opposite sex more attractive when their image is spatially associated wit...
In a range of non-human primate, bird and fish species, the intensity of red coloration in males is ...
Several primate species show sexual dichromatism with males displaying conspicuous coloration of the...
In a range of non-human primate, bird and fish species, the intensity of red coloration in males is ...
The evolution of the red-green visual subsystem in trichromatic primates has been linked to foraging...
Male animals of many species use conspicuous coloration to attract mates. Among mammals, primates po...
Pink-to-red anogenital and facial sexual skin occurs in females of many primate species. Since femal...
Exaggerated male traits can evolve under intra- or intersexual selection, but it remains less clear ...
Sexual selection produces extravagant male traits, such as colorful ornaments, via female mate choic...
Sexual selection promotes the prevalence of heritable traits that increase an individual's reproduct...
The effects of intrasexual and intersexual selection on male trait evolution can be difficult to dis...
Males in many vertebrate species have colorful ornaments that evolved by sexual selection. The role ...
International audiencePrimates appear unusual among mammals in the expression of female colorful orn...
Many primate species use colorful signals to communicate sexual receptivity, rank, pregnancy, health...
Among many primate species, face shape is sexually dimorphic, and male facial masculinity has been p...
Humans find members of the opposite sex more attractive when their image is spatially associated wit...
In a range of non-human primate, bird and fish species, the intensity of red coloration in males is ...
Several primate species show sexual dichromatism with males displaying conspicuous coloration of the...
In a range of non-human primate, bird and fish species, the intensity of red coloration in males is ...
The evolution of the red-green visual subsystem in trichromatic primates has been linked to foraging...