Voting One Issue at a Time: The Question of Voter Forecasts

James M. Enelow and Melvin J. Hinich

American Political Science Review, 1983, vol. 77, issue 2, 435-445

Abstract: When issues (i.e., dimensions) are voted on one at a time, a voter whose preferences are not separable across issues must forecast the outcome of later issues in order to know how to vote in the present. This is the problem of expectations. In this article, we develop a general theory designed to handle this problem. Assuming that voters are risk averse and maximize expected utility, we demonstrate that a random variable forecast of how later issues will be decided reduces to a point forecast, which is the mean of the multidimensional random variable. We also show that single-peaked preferences are induced on each issue, and consequently there exists an equilibrium across issues.

Date: 1983
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