The Willingness to Pay for a Cooler Day: Evidence from 50 Years of Major League Baseball Games

The climate economy literature has documented adverse effects of extreme temperatures on well-being through mechanisms such as mortality, productivity, and conflict. Impacts due simply to discomfort are less well understood. This paper investigates individuals' valuations of weather using a revealed preference approach. We first quantify the decline in attendance at Major League Baseball games on hot and cold days. Leveraging this finding coupled with the historically informed assumption of a horizontal supply curve, we infer a monetized estimate of the disutility of extreme temperatures. We estimate a $1.53 utility loss per hour of exposure to high temperatures, implying nontrivial aggregate welfare effects. (JEL D12, I31, L83, Q54, Z21)

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Publication Details

Journal
American Economic Journal Applied Economics
Published
2024-12-31
DOI
https://doi.org/10.1257/app.20220606
Citations
4
Primary Topic
Economic and Environmental Valuation
Type
article
Field-Weighted Citation Impact
4.52
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article

The Willingness to Pay for a Cooler Day: Evidence from 50 Years of Major League Baseball Games

Melissa LoPalo, Kevin Kuruc, Sean O’Connor
4 citations
American Economic Journal Applied Economics
Economic and Environmental Valuation
4.52
article

The Willingness to Pay for a Cooler Day: Evidence from 50 Years of Major League Baseball Games

Melissa LoPalo, Kevin Kuruc, Sean O’Connor
article en
4 citations

Abstract

The climate economy literature has documented adverse effects of extreme temperatures on well-being through mechanisms such as mortality, productivity, and conflict. Impacts due simply to discomfort are less well understood. This paper investigates individuals' valuations of weather using a revealed preference approach. We first quantify the decline in attendance at Major League Baseball games on hot and cold days. Leveraging this finding coupled with the historically informed assumption of a horizontal supply curve, we infer a monetized estimate of the disutility of extreme temperatures. We estimate a $1.53 utility loss per hour of exposure to high temperatures, implying nontrivial aggregate welfare effects. (JEL D12, I31, L83, Q54, Z21)

American Economic Journal Applied EconomicsVol. 17(1)
Montana State University (US), The University of Texas at Austin (US), University of Oklahoma (US)
Openalex Percentile: Top 5%
Economic and Environmental Valuation
4.52
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The Willingness to Pay for a Cooler Day: Evidence from 50 Years of Major League Baseball Games — Melissa LoPalo, Kevin Kuruc, et al. · American Economic Journal Applied Economics (2024) | TGRS Research Map | TGRS