Abstract

The purpose of this paper is to investigate the effect of voting and excludability on individual contributions to group projects. We conducted two experiments on excludable and nonexcludable public goods, which provided several important results. First, contrary to our expectations, subjects are generally contributing more to the non‐excludable compared to the excludable public good. Second, participating in a vote to choose a public project per se makes no difference in contributions. However, if the project that the individual voted for also gets selected by the group, they contribute significantly more to that project. Third, empathy and locus of control are important driving forces of participation in common projects. Our results have implications on the procedural design of obtaining funding for public projects. First, the public should get involved and have a say in the determination of which project should be realized. Second, it might well pay off to attempt to develop a consensus among the population and obtain near unanimous votes, because in our experiment, subjects discriminate between the project they voted for and the project chosen by the majority. Third, the policy proposers should stress the other‐regarding interest of the public good rather than just pecuniary incentives.

Highlights

  • Numerous social and economic problems require group effort and coordination to solve

  • It is intriguing that the dynamics of the level of contributions hardly changed after the switch from the excludable to the non-excludable public goods game in round 11

  • This apparently happened in our game: the subjects were not sensitive to the change from the excludable to the non-excludable public good

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Summary

Introduction

Numerous social and economic problems require group effort and coordination to solve. Many of these situations are characterized by nonrivalry in consumption and nonexcludability. Individuals have the economic incentive to freeride. One way to alleviate this problem and achieve high contributions is to introduce opportunities for detection and subsequent punishment of freeriders. The efficacy of this approach has been confirmed by the experimental literature (e.g., [1,2,3]). The problem is, that in many public good/common pool resource cases, detection and/or punishment is not straightforward. Examples are international treaties and agreements on global environmental problems

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