Game theory elucidates how competitive dynamics mediate animal social networks.

ABSTRACT:

Background

While most game theoretical models assume that individuals randomly interact with all other group members, strong evidence indicates that individuals tend to preferentially interact with some of them. The position of an individual in a network affects, among other factors related to survival, its predation risk and competitive success. Here I then modified the Hawk-Dove game to explore the effect of social network structure on competitive strategy of individuals that differ in their fighting ability and may adjust their use of the Hawk, Dove and Assessor tactics to maximize their foraging success when they meet opponents they are connected with.

Results

From randomly generated networks, I demonstrate that phenotypic assortment by fighting ability reduces individua

SUBMITTER: Dubois F 

PROVIDER: S-EPMC11365163 | biostudies-literature | 2024 Aug

REPOSITORIES: biostudies-literature