Publication | Open Access
Constraining free riding in public goods games: designated solitary punishers can sustain human cooperation
282
Citations
33
References
2008
Year
Evolutionary Game TheoryBehavioral Decision MakingGame TheoryHuman CooperationSocial SciencesCollective Action ProblemNon-cooperative Game TheoryMechanism DesignKin SelectionPublic PolicyBehavioral SciencesAltruismSolitary PunishersPublic Goods GamesEvolutionary RiddleGamesBehavioral EconomicsRepeated GameProsocial BehaviorSocial BehaviorFree RidingBusinessCooperative Game Theory
Much of human cooperation remains an evolutionary riddle. Unlike other animals, people frequently cooperate with non-relatives in large groups. Evolutionary models of large-scale cooperation require not just incentives for cooperation, but also a credible disincentive for free riding. Various theoretical solutions have been proposed and experimentally explored, including reputation monitoring and diffuse punishment. Here, we empirically examine an alternative theoretical proposal: responsibility for punishment can be borne by one specific individual. This experiment shows that allowing a single individual to punish increases cooperation to the same level as allowing each group member to punish and results in greater group profits. These results suggest a potential key function of leadership in human groups and provides further evidence supporting that humans will readily and knowingly behave altruistically.
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