Climate shocks and human capital:evidence from Uganda

Abstract This research examines whether high temperatures and exposure to childhood rainfall and heat shocks are a cognitive drag on children in Uganda. First, it asks whether students perform worse on a test on hotter days. Second, it examines whether previous longer-term exposure to high temperatures and unusual rainfall influences current test scores and educational outcomes. The analysis shows that high temperatures on test dates harm test performance, especially for girls and children younger than ten, implying additional temperature control considerations for particular demographics. The analysis of childhood climate shocks, which employs within-parish distributions of rainfall and heat, shows that children who experience rain or heat above the $80^{th}$ percentile of the parish distribution from birth until age 4 have worse learning outcomes in math, English, or local language literacy.

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Publication Details

Journal
Environment and Development Economics
Published
2025-03-24
DOI
https://doi.org/10.1017/s1355770x25000105
Primary Topic
Agricultural risk and resilience
Type
article
Field-Weighted Citation Impact
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article

Climate shocks and human capital:evidence from Uganda

Osaretin Olurotimi
Environment and Development Economics
Agricultural risk and resilience
article

Climate shocks and human capital:evidence from Uganda

Osaretin Olurotimi
article en

Abstract

Abstract This research examines whether high temperatures and exposure to childhood rainfall and heat shocks are a cognitive drag on children in Uganda. First, it asks whether students perform worse on a test on hotter days. Second, it examines whether previous longer-term exposure to high temperatures and unusual rainfall influences current test scores and educational outcomes. The analysis shows that high temperatures on test dates harm test performance, especially for girls and children younger than ten, implying additional temperature control considerations for particular demographics. The analysis of childhood climate shocks, which employs within-parish distributions of rainfall and heat, shows that children who experience rain or heat above the $80^{th}$ percentile of the parish distribution from birth until age 4 have worse learning outcomes in math, English, or local language literacy.

Environment and Development EconomicsVol. 30(6)
University of Arizona (US)
Openalex Percentile: Top 93%
Agricultural risk and resilience
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