<div><p>Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female ornamentation is now acknowledged also to be common but is generally less well understood. One example is the recently documented red female throat coloration in some threespine stickleback (<i>Gasterosteus aculeatus</i>) populations. Although female sticklebacks often exhibit a preference for red male throat coloration, the possibility of sexual selection on female coloration has been little studied. Using sequential and simultaneous mate choice trials, we examined male mate preferences for female throat color, as well as pelvic spine color and standard length, using wild-captured threespine sticklebacks from the Little Campbell River...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Interest in the evolution of female ornaments has been growing but explaining their presence remains...
Receiver-bias models of signal evolution predict that male sexually selected traits evolve through p...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments (traits showing little function ...
Sexual selection drives the evolution of exaggerated male ornaments (traits showing little function ...
Sexual selection drives the evolution of exaggerated male ornaments in many animal spe-cies. Female ...
Sexual selection drives the evolution of exaggerated male ornaments in many animal spe-cies. Female ...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Interest in the evolution of female ornaments has been growing but explaining their presence remains...
Receiver-bias models of signal evolution predict that male sexually selected traits evolve through p...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments (traits showing little function ...
Sexual selection drives the evolution of exaggerated male ornaments (traits showing little function ...
Sexual selection drives the evolution of exaggerated male ornaments in many animal spe-cies. Female ...
Sexual selection drives the evolution of exaggerated male ornaments in many animal spe-cies. Female ...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Sexual selection drives the evolution of exaggerated male ornaments in many animal species. Female o...
Interest in the evolution of female ornaments has been growing but explaining their presence remains...
Receiver-bias models of signal evolution predict that male sexually selected traits evolve through p...