Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual dimorphism. How this may arise is suggested by a computational model, DomWorld. The model represents male-biased sexual dimorphism through the males’ greater initial dominance and higher intensity of aggression, meaning that fights initiated by males have a greater impact than those by females. The model shows that female dominance over males increases with a greater proportion of males in the group. This happens because when males are involved in a larger fraction of fights this results in greater hierarchical differentiation (i.e., steepness). This causes rank overlap between the sexes (i.e., partial female dominance). We test the validity...
Intersexual dominance relations are important for female mammals, because of their consequences for ...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
Intersexual dominance relations are important for female mammals, because of their consequences for ...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
Intersexual dominance relations are important for female mammals, because of their consequences for ...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
Intersexual dominance relations are important for female mammals, because of their consequences for ...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
Intersexual dominance relations are important for female mammals, because of their consequences for ...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
Females dominate a subset of the males in a minority of mammalian species despite male-biased sexual...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
Intersexual dominance relations are important for female mammals, because of their consequences for ...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
Intersexual dominance relations are important for female mammals, because of their consequences for ...
In most group-living animals, a dominance hierarchy reduces the costs of competition for limited res...
Intersexual dominance relations are important for female mammals, because of their consequences for ...