In most plural breeding mammals, female group members are matrilineal relatives but, in a small number of species, all adult females are immigrants who are seldom closely related to each other. Some explanations of contrasts in female philopatry suggest that these differences are a consequence of variation in resource distribution and feeding competition, while others argue that they reflect variation in the risk of close inbreeding to philopatric females. However, neither explanation has been tested against quantitative comparisons. Here, we use quantitative comparisons and phylogenetic reconstructions to show that contrasts in female philopatry in plural breeders are associated with the risk that a female’s father is reproductively active...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Relatedness between group members is central to understanding the causes of animal dispersal. In man...
BACKGROUND: Female-biased dispersal (FBD) is predicted to occur in monogamous species due to local r...
In most plural breeding mammals, female group members are matrilineal relatives but, in a small numb...
In most plural breeding mammals, female group members are matrilineal relatives but, in a small numb...
In most plural breeding mammals, female group members are matrilineal relatives but, in a small numb...
Abstract In most plural-breeding mammals, female group members are matrilineal relatives but, in a s...
1 In most plural breeding mammals, female group members are matrilineal relatives but, in a small nu...
In many mammals, breeding females are intolerant of each other and seldom associate closely but, in ...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Abstract In most social mammals, some females disperse from their natal group while others remain an...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Natal sex-biased dispersal has long been thought to reduce the risk of inbreeding by spatially separ...
Natal sex-biased dispersal has long been thought to reduce the risk of inbreeding by spatially separ...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Relatedness between group members is central to understanding the causes of animal dispersal. In man...
BACKGROUND: Female-biased dispersal (FBD) is predicted to occur in monogamous species due to local r...
In most plural breeding mammals, female group members are matrilineal relatives but, in a small numb...
In most plural breeding mammals, female group members are matrilineal relatives but, in a small numb...
In most plural breeding mammals, female group members are matrilineal relatives but, in a small numb...
Abstract In most plural-breeding mammals, female group members are matrilineal relatives but, in a s...
1 In most plural breeding mammals, female group members are matrilineal relatives but, in a small nu...
In many mammals, breeding females are intolerant of each other and seldom associate closely but, in ...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Abstract In most social mammals, some females disperse from their natal group while others remain an...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Natal sex-biased dispersal has long been thought to reduce the risk of inbreeding by spatially separ...
Natal sex-biased dispersal has long been thought to reduce the risk of inbreeding by spatially separ...
Behavioral mechanisms for avoiding inbreeding are common in the natural world and are believed to ha...
Relatedness between group members is central to understanding the causes of animal dispersal. In man...
BACKGROUND: Female-biased dispersal (FBD) is predicted to occur in monogamous species due to local r...