It is well recognised that sex allocation strategies can be influenced by sexual selection, when females adjust offspring sex ratios in response to their mates’ attractiveness. Yet the reciprocal influence of strategic sex allocation on processes of sexual selection has only recently been revealed. Recent theoretical work demonstrates that sex allocation weakens selection for female preferences, leading to the decline of male traits. However, these results have been derived assuming that females have perfect knowledge of mate attractiveness and precise control over cost-free allocation. Relaxing these assumptions highlights the importance of another feedback: that adaptive sex allocation must become difficult to maintain as traits and prefe...
Sex allocation theory predicts that simultaneous hermaphrodites evolve to an evolutionary stable res...
Sexual selection can promote adaptation if sexually selected traits are reliable indicators of genet...
Sex allocation theory explains why most species produce equal numbers of sons and daughters, and hig...
It is well recognised that sex allocation strategies can be influenced by sexual selection, when fem...
It is well recognized that sex allocation strategies can be influenced by sexual selection, when fem...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
The operational sex ratio—the ratio of men to women in a given population—affects a range of social ...
Observations of male mate choice are increasingly common, even in species with traditional sex roles...
Observations of male mate choice are increasingly common, even in species with traditional sex roles...
It is often argued that females with attractive partners should produce more sons because these sons...
Theory predicts that local mate competition (LMC) favors the evolution of female-biased sex ratios. ...
Sex allocation theory predicts that simultaneous hermaphrodites evolve to an evolutionary stable res...
Sexual selection can promote adaptation if sexually selected traits are reliable indicators of genet...
Sex allocation theory explains why most species produce equal numbers of sons and daughters, and hig...
It is well recognised that sex allocation strategies can be influenced by sexual selection, when fem...
It is well recognized that sex allocation strategies can be influenced by sexual selection, when fem...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
Female choice is a powerful selective force, driving the elaboration of conspicuous male ornaments. ...
The operational sex ratio—the ratio of men to women in a given population—affects a range of social ...
Observations of male mate choice are increasingly common, even in species with traditional sex roles...
Observations of male mate choice are increasingly common, even in species with traditional sex roles...
It is often argued that females with attractive partners should produce more sons because these sons...
Theory predicts that local mate competition (LMC) favors the evolution of female-biased sex ratios. ...
Sex allocation theory predicts that simultaneous hermaphrodites evolve to an evolutionary stable res...
Sexual selection can promote adaptation if sexually selected traits are reliable indicators of genet...
Sex allocation theory explains why most species produce equal numbers of sons and daughters, and hig...