We report experimental findings on the impact of network structure on decentralized monitoring and punishment in public goods games. In the environments we study, individuals can only directly monitor and punish their immediate neighbors in an exogenously determined network. We examine...

We use a laboratory experiment to investigate the extent to which leaders---faced with opportunistic incentives---employ monitoring to improve team production. Participants are assigned to teams, with one person appointed as the leader. The leader has the power to commit to a monitoring option,...

We explore the potential benefits of an up-and-coming business model called "pay-what-you-like" in an environment where consumers experience a warm glow by patronizing a particular firm. We show that, given a social norm regarding minimum contributions, a pay-what-you-like firm should announce a...

We use a laboratory experiment to investigate the extent to which leaders---faced with opportunistic incentives---employ monitoring to improve team production. Participants are assigned to teams, with one person appointed as the leader. The leader has the power to commit to a monitoring option,...

While the rules governing the formation of groups engaging in collective action may have significant impact on group size and behavior of members, most experiments on public goods have been conducted with the subjects in fixed groups or of fixed sizes. We study endogenous formation of groups in...

This paper analyzes individual bidding data from a series of first price (FP) and second price (SP) sealed-bid auctions in which the number of bidders is unknown. In SP auctions we find a substantial amount of coincidence with theory. We observe systematic deviations from risk neutral bidding in...

We report experimental findings on the impact of network structure on decentralized monitoring and punishment in public goods games. In the environment we study, individuals can only directly monitor and punish their immediate neighbors in an exogenously determined network. We examine...