SummarySexually antagonistic selection generates intralocus sexual conflict, an evolutionary tug-of-war between males and females over optimal trait values [1–4]. Although the potential for this conflict is universal, the evolutionary importance of intralocus conflict is controversial because conflicts are typically thought to be resolvable through the evolution of sex-specific trait development [1–8]. However, whether sex-specific trait expression always resolves intralocus conflict has not been established. We assessed this with beetle populations subjected to bidirectional selection on an exaggerated sexually selected trait, the mandible. Mandibles are only ever developed in males for use in male-male combat, and larger mandibles increas...
Sexual conflict occurs whenever there is sexually antagonistic selection on shared traits. When shar...
Males and females differ in their phenotypic optima for many traits, and since the majority of genes...
Sexual conflict is thought to be an important evolutionary force in driving phenotypic diversificati...
SummarySexually antagonistic selection generates intralocus sexual conflict, an evolutionary tug-of-...
Intralocus sexual conflict arises when there are sex-specific optima for a trait that is expressed i...
Background: Intralocus sexual conflict, arising from selection for different alleles at the same loc...
Intralocus sexual conflict (IaSC) is pervasive because males and females experience differences in s...
The evolution of male traits that inflict direct harm on females during mating interactions can resu...
Intralocus sexual conflict (IASC) arises when fitness optima for a shared trait differ between the s...
Sexual conflict is thought to be an important evolutionary force in driving phenotypic diversificati...
Background Intralocus sexual conflict can inhibit the evolution of each sex towards its own fitne...
Males and females share most of their genomes and express many of the same traits, yet the sexes oft...
BACKGROUND: Intralocus sexual conflict can inhibit the evolution of each sex towards its own fitness...
Intralocus sexual conflict, which occurs when a trait is selected in opposite directions in the two ...
Genetic variance (VG) in fitness related traits is often unexpectedly high, evoking the question how...
Sexual conflict occurs whenever there is sexually antagonistic selection on shared traits. When shar...
Males and females differ in their phenotypic optima for many traits, and since the majority of genes...
Sexual conflict is thought to be an important evolutionary force in driving phenotypic diversificati...
SummarySexually antagonistic selection generates intralocus sexual conflict, an evolutionary tug-of-...
Intralocus sexual conflict arises when there are sex-specific optima for a trait that is expressed i...
Background: Intralocus sexual conflict, arising from selection for different alleles at the same loc...
Intralocus sexual conflict (IaSC) is pervasive because males and females experience differences in s...
The evolution of male traits that inflict direct harm on females during mating interactions can resu...
Intralocus sexual conflict (IASC) arises when fitness optima for a shared trait differ between the s...
Sexual conflict is thought to be an important evolutionary force in driving phenotypic diversificati...
Background Intralocus sexual conflict can inhibit the evolution of each sex towards its own fitne...
Males and females share most of their genomes and express many of the same traits, yet the sexes oft...
BACKGROUND: Intralocus sexual conflict can inhibit the evolution of each sex towards its own fitness...
Intralocus sexual conflict, which occurs when a trait is selected in opposite directions in the two ...
Genetic variance (VG) in fitness related traits is often unexpectedly high, evoking the question how...
Sexual conflict occurs whenever there is sexually antagonistic selection on shared traits. When shar...
Males and females differ in their phenotypic optima for many traits, and since the majority of genes...
Sexual conflict is thought to be an important evolutionary force in driving phenotypic diversificati...