As individual success often comes at the expense of others, interactions between the members of a species are frequently antagonistic, especially in the context of reproduction. In theory, this conflict may be reduced in magnitude when kin interact, as cooperative behaviour between relatives can result in increased inclusive fitness. Recent tests of the potential role of cooperative behaviour between brothers in Drosophila melanogaster have proved to be both exciting and controversial. We set out to replicate these experiments, which have profound implications for the study of kin selection and sexual conflict, and to expand upon them by also examining the potential role of kinship between males and females in reproductive interactions. Whi...
Female mate choice is a complex decision making process that involves many context-dependent factors...
Competition for mates can be a major source of selection, not just on secondary sexual traits but ac...
Males and females do not always share the same evolutionary interests. This is particularly true in ...
As individual success often comes at the expense of others, interactions between the members of a sp...
Two recent studies provide provocative experimental findings about the potential influence of kin re...
To resolve the mechanisms that switch competition to cooperation is key to understanding biological ...
Sexual selection frequently promotes the evolution of aggressive behaviours that help males compete ...
To resolve the mechanisms that switch competition to cooperation is key to understanding biological ...
Conflict between males and females over whether, when, and how often to mate often leads to the evol...
The concept of gene-centred evolution and subsequent inclusive fitness theory provided a formal fram...
Males compete over mating and fertilization, and often harm females in the process. Inclusive fitnes...
The fruit fly Drosophila melanogaster has a long history as a research model for studies on behaviou...
According to kin selection theory, individuals show less aggression towards their relatives. Limited...
In this thesis, I explore four different ways in which relatedness affects sexual interactions in th...
In this thesis, I explore four different ways in which relatedness affects sexual interactions in th...
Female mate choice is a complex decision making process that involves many context-dependent factors...
Competition for mates can be a major source of selection, not just on secondary sexual traits but ac...
Males and females do not always share the same evolutionary interests. This is particularly true in ...
As individual success often comes at the expense of others, interactions between the members of a sp...
Two recent studies provide provocative experimental findings about the potential influence of kin re...
To resolve the mechanisms that switch competition to cooperation is key to understanding biological ...
Sexual selection frequently promotes the evolution of aggressive behaviours that help males compete ...
To resolve the mechanisms that switch competition to cooperation is key to understanding biological ...
Conflict between males and females over whether, when, and how often to mate often leads to the evol...
The concept of gene-centred evolution and subsequent inclusive fitness theory provided a formal fram...
Males compete over mating and fertilization, and often harm females in the process. Inclusive fitnes...
The fruit fly Drosophila melanogaster has a long history as a research model for studies on behaviou...
According to kin selection theory, individuals show less aggression towards their relatives. Limited...
In this thesis, I explore four different ways in which relatedness affects sexual interactions in th...
In this thesis, I explore four different ways in which relatedness affects sexual interactions in th...
Female mate choice is a complex decision making process that involves many context-dependent factors...
Competition for mates can be a major source of selection, not just on secondary sexual traits but ac...
Males and females do not always share the same evolutionary interests. This is particularly true in ...