Too Hot to Work? Exploring the Average and Seasonal Effects of Temperature Variability in the Philippine Labour Market

Using temperature and employment data covering 16 regions from Q3 2003 to Q1 2022, this study examined the average and seasonal effects of temperature on year-on-year employment growth in the Philippines. Average effects are insignificant, while seasonal effects are heterogeneous. During the dry and cool season (Q1), higher temperatures are associated with a temporary 0.0397% increase in employment growth. In contrast, higher temperatures in the dry and hot season (Q2) are associated with a persistent decrease of 0.1361%, while higher temperatures during the wet and hot season (Q3) are associated with a persistent increase of 0.1450%, which is primarily driven by the services sector. These relationships attenuate and become statistically insignificant once time-fixed effects are included, suggesting that labour market responses are driven primarily by large-scale climatic fluctuations rather than localized weather variation.

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Publication Details

Journal
Millennial Asia
Published
2026-08-18
DOI
https://doi.org/10.1177/09763996261452356
Primary Topic
Climate Change and Health Impacts
Type
article
Field-Weighted Citation Impact
0.00
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article

Too Hot to Work? Exploring the Average and Seasonal Effects of Temperature Variability in the Philippine Labour Market

Maire Carroline Magante, Paolo R. Magnata
Millennial Asia
Climate Change and Health Impacts
article

Too Hot to Work? Exploring the Average and Seasonal Effects of Temperature Variability in the Philippine Labour Market

Maire Carroline Magante, Paolo R. Magnata
article en

Abstract

Using temperature and employment data covering 16 regions from Q3 2003 to Q1 2022, this study examined the average and seasonal effects of temperature on year-on-year employment growth in the Philippines. Average effects are insignificant, while seasonal effects are heterogeneous. During the dry and cool season (Q1), higher temperatures are associated with a temporary 0.0397% increase in employment growth. In contrast, higher temperatures in the dry and hot season (Q2) are associated with a persistent decrease of 0.1361%, while higher temperatures during the wet and hot season (Q3) are associated with a persistent increase of 0.1450%, which is primarily driven by the services sector. These relationships attenuate and become statistically insignificant once time-fixed effects are included, suggesting that labour market responses are driven primarily by large-scale climatic fluctuations rather than localized weather variation.

Millennial Asia
Ateneo de Manila University (PH), Delft University of Technology (NL)
Decent work and economic growth
Openalex Percentile: Top 10%
Climate Change and Health Impacts
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