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Advisor(s)
Abstract(s)
Research on the diversity, evolution and stability of cooperative behaviour has generated a considerable
body of work. As concepts simplify the real world, theoretical solutions are typically also simple.
Real behaviour, in contrast, is often much more diverse. Such diversity, which is increasingly
acknowledged to help in stabilizing cooperative outcomes, warrants detailed research about the
proximate mechanisms underlying decision-making. Our aim here is to focus on the potential
role of neuroendocrine mechanisms on the regulation of the expression of cooperative behaviour
in vertebrates. We first provide a brief introduction into the neuroendocrine basis of social behaviour.
We then evaluate how hormones may influence known cognitive modules that are involved
in decision-making processes that may lead to cooperative behaviour. Based on this evaluation,
we will discuss specific examples of how hormones may contribute to the variability of cooperative
behaviour at three different levels: (i) within an individual; (ii) between individuals and (iii) between
species. We hope that these ideas spur increased research on the behavioural endocrinology of
cooperation.
Description
Keywords
Cooperative behaviour Vertebrates Arginine–vasopressin Oxytocin Androgens Glucocorticoids
Citation
Philosophical Transactions of the Royal Society B: Biological Sciences, 365, 2737-2750