Positive relationship between risk-taking behaviour and aggression in subordinate but not dominant males of a Cuban poeciliid fish

in Behaviour
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Studies of integrated phenotypes sometimes reveal correlations between mating effort, favoured by sexual selection, and risk-taking, favoured by survival selection. We used Girardinus metallicus to examine the relationship between rank order of mating effort and risk-taking. We measured risk-taking in a novel environment containing a predator. We then paired males, using aggression to assign dominant or subordinate status, and examined mating behaviour. Dominant males showed higher mating effort, but did not exhibit any relationship between risk-taking and mating effort. Subordinate males exhibited a cross-context correlation, as males were either more willing to take risks and aggressive or more hesitant to take risks and nonaggressive. Less risk-averse, aggressive subordinate males may gain fitness advantages in a more realistic dominance hierarchy, despite being outranked by the rival with which they were paired in our study. Results highlight intraspecific variation in behavioural correlations and the importance of social environment in shaping integrated phenotypes.

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Figures

  • Aquarium in which the risk-taking behaviour trials were conducted. Figure shows refuge (A) separated by trapdoor from open field compartment (B), which is separated by a fixed, perforated clear plastic partition from the predator compartment (C). Not drawn to scale. Drawing of G. metallicus male taken from Pollux et al. (2014). This figure is published in colour in the online edition of this journal, which can be accessed via http://booksandjournals.brillonline.com/content/journals/1568539x.

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  • Relationships between rank orders of behaviour principal component scores across the mating effort and risk-taking behaviour contexts (panels A, B, D and E) and within the mating effort context (panels C and F), for dominant (panels A–C; circles) and subordinate (panels D–F; squares) males.

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