Degree Granting Department
Uday S. Murthy, Ph.D.
Nathan V. Stuart, Ph.D.
Brad Schafer, Ph.D.
Michael Coovert, Ph.D.
Experimental, construct accessibility, sunk cost, persuasive arguments theory, and computer-mediated communication
This research examines escalation of commitment in capital investment decisions and the extent to which it can be mitigated using a cognitive prime. Specifically, I examine the use of a cognitive prime as a way to mitigate escalation in three decision-making settings: (1) individual, (2) face-to-face team, and (3) computer-mediated team. Continued investment in failing projects is costly for firms. The use of a cognitive prime to reduce escalation would provide a low cost way to mitigate escalation. In this study, participants are primed to think about sunk costs. The expectation is that priming individuals to think about sunk costs will increase the accessibility of sunk cost knowledge and reduce the likelihood of continued investment in the failing project. Further, based on Persuasive Arguments Theory, it is expected that the prime will reduce escalation in teams communicating in a computer-mediated setting more than in any other decision setting. The results of the experiment support the prediction that priming will reduce escalation and did so in all decision making settings. Further, the results indicate that, in the computer-mediated setting, primed teams had the least amount of escalation behavior coupled with the largest difference in escalation compared to teams that were not primed.
Scholar Commons Citation
Dzuranin, Ann C., "Mitigating Escalation of Commitment: An Investigation of the Effects of Priming and Decision-Making Setting in Capital Project Continuation Decisions" (2009). Graduate Theses and Dissertations.