SummarySex allocation in hermaphrodites should evolve in response to changes in the frequency of unisexuals. As predicted, it has now been demonstrated that hermaphrodites respond to the removal of males from experimental plant populations by increasing their allocation to male function
Sex allocation theory predicts that simultaneous hermaphrodites evolve to an evolutionary stable res...
Several different pathways for the evolution of dioecy from hermaphroditism have been invoked and an...
AbstractA careful comparative analysis suggests a simple explanation for a category of exceptions to...
SummarySex allocation in hermaphrodites should evolve in response to changes in the frequency of uni...
SummaryThe optimal deployment of reproductive resources by hermaphrodites to male versus female func...
The optimal deployment of reproductive resources by hermaphrodites to male versus female function (i...
Dioecy has often broken down in flowering plants, yielding functional hermaphroditism. We reasoned t...
Evolutionary transitions from hermaphroditism to dioecy have been common in flowering plants, <su...
Resource allocation to male and female functions was investigated in Thymus vulgaris L. (thyme), a g...
Evolutionary transitions from dioecy to functional hermaphroditism must overcome the inertia of sexu...
Plants are notoriously variable in gender, ranging in sex allocation from purely male through hermap...
Complex evolutionary forces determine whether plants are male, female or hermaphrodite throughout th...
PremiseEvolution of separate sexes from hermaphroditism often proceeds through gynodioecy, but genet...
Sex allocation theory explains how size-related variations in male and female fitness may favor the ...
Plants are notoriously variable in gender, ranging in sex allocation from purely male through hermap...
Sex allocation theory predicts that simultaneous hermaphrodites evolve to an evolutionary stable res...
Several different pathways for the evolution of dioecy from hermaphroditism have been invoked and an...
AbstractA careful comparative analysis suggests a simple explanation for a category of exceptions to...
SummarySex allocation in hermaphrodites should evolve in response to changes in the frequency of uni...
SummaryThe optimal deployment of reproductive resources by hermaphrodites to male versus female func...
The optimal deployment of reproductive resources by hermaphrodites to male versus female function (i...
Dioecy has often broken down in flowering plants, yielding functional hermaphroditism. We reasoned t...
Evolutionary transitions from hermaphroditism to dioecy have been common in flowering plants, <su...
Resource allocation to male and female functions was investigated in Thymus vulgaris L. (thyme), a g...
Evolutionary transitions from dioecy to functional hermaphroditism must overcome the inertia of sexu...
Plants are notoriously variable in gender, ranging in sex allocation from purely male through hermap...
Complex evolutionary forces determine whether plants are male, female or hermaphrodite throughout th...
PremiseEvolution of separate sexes from hermaphroditism often proceeds through gynodioecy, but genet...
Sex allocation theory explains how size-related variations in male and female fitness may favor the ...
Plants are notoriously variable in gender, ranging in sex allocation from purely male through hermap...
Sex allocation theory predicts that simultaneous hermaphrodites evolve to an evolutionary stable res...
Several different pathways for the evolution of dioecy from hermaphroditism have been invoked and an...
AbstractA careful comparative analysis suggests a simple explanation for a category of exceptions to...
DOI
Add to ORKG