The degree to which plants self-fertilize may impact their potential for genetic adaptation. Given that the mating system influences genetic processes within and among populations, the mating system could limit or promote local adaptation. I conducted a literature survey of published reciprocal transplant experiments in plant populations to quantify the effect of mating system on the magnitude of local adaptation. Mating system had no effect on local adaptation. I detected no effect when species were categorized as either self-compatible or self-incompatible or when accounting for environmental differences between source populations. The results suggest that, despite limited genetic variation in selfing species and greater potential for gen...
Understanding the ecological and evolutionary mechanisms that shape a species’ range is an important...
Selfing plant lineages are surprisingly widespread and successful in a broad range of environments, ...
Premise of the study: Hermaphroditic plants commonly reproduce through a mixture of selfing and outc...
The degree to which plants self-fertilize may impact their potential for genetic adaptation. Given t...
Persistence and adaptation in novel environments are limited by small population size, strong select...
Persistence and adaptation in novel environments are limited by small population size, strong select...
Persistence and adaptation in novel environments are limited by small population size, strong select...
Persistence and adaptation in novel environments are limited by small population size, strong select...
In flowering plants, shifts from outcrossing to partial or complete self-fertilization have occurred...
The evolution of self-fertilization is one of the most commonly traversed transitions in flowering p...
AGAP : équipe Génomique évolutive et gestion des populations (GE²pop)Mating systems are expected to ...
Understanding the ecological and evolutionary mechanisms that shape a species’ range is an important...
Understanding the ecological and evolutionary mechanisms that shape a species’ range is an important...
AGAP : équipe Génomique évolutive et gestion des populations (GE²pop)Mating systems are expected to ...
The evolution of self-fertilization is one of the most commonly traversed transitions in flowering p...
Understanding the ecological and evolutionary mechanisms that shape a species’ range is an important...
Selfing plant lineages are surprisingly widespread and successful in a broad range of environments, ...
Premise of the study: Hermaphroditic plants commonly reproduce through a mixture of selfing and outc...
The degree to which plants self-fertilize may impact their potential for genetic adaptation. Given t...
Persistence and adaptation in novel environments are limited by small population size, strong select...
Persistence and adaptation in novel environments are limited by small population size, strong select...
Persistence and adaptation in novel environments are limited by small population size, strong select...
Persistence and adaptation in novel environments are limited by small population size, strong select...
In flowering plants, shifts from outcrossing to partial or complete self-fertilization have occurred...
The evolution of self-fertilization is one of the most commonly traversed transitions in flowering p...
AGAP : équipe Génomique évolutive et gestion des populations (GE²pop)Mating systems are expected to ...
Understanding the ecological and evolutionary mechanisms that shape a species’ range is an important...
Understanding the ecological and evolutionary mechanisms that shape a species’ range is an important...
AGAP : équipe Génomique évolutive et gestion des populations (GE²pop)Mating systems are expected to ...
The evolution of self-fertilization is one of the most commonly traversed transitions in flowering p...
Understanding the ecological and evolutionary mechanisms that shape a species’ range is an important...
Selfing plant lineages are surprisingly widespread and successful in a broad range of environments, ...
Premise of the study: Hermaphroditic plants commonly reproduce through a mixture of selfing and outc...