HKUST Public Policy Bulletin Issue No.16
The impact of rainfall on productivity: Implications for Chinese manufacturing
Xiaodong Chen, Yatang Lin and Pengyu Zhu
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Global climate change amplifies rainfall volatility, posing risks to China’s manufacturing sector— a global powerhouse accounting for 22% of world manufacturing output. Addressing gaps in macro-centric research, this study offers micro-level empirical evidence to guide targeted policy: support vulnerable firms (labor-intensive, low-tech, foreign-owned, and those in rainy regions), strengthen anti-flood, transportation, and drainage infrastructure in high-risk areas, and align environmental policies with SSP scenarios. These measures aim to mitigate future productivity and output losses, safeguarding sustainable industrial growth.
The study integrates ground station-level climate data (from China’s National Meteorological Information Center) and micro-data of 568,888 manufacturing firms (1998–2007) from the ASIF database (covering over 90% of China’s industrial output). It uses fixed-effects panel regression (controlling firm, industry, year fixed effects) and quadratic climate variable terms, with rainfall measured via annual/seasonal totals, bins (e.g., ≥250mm), anomalies, and lagged effects.
Robustness checks include adjusting econometric settings, controlling snowfall, and testing alternative rainfall bin references. Heterogeneity analysis covers sectors (labor/capital-intensive), ownership (state/foreign-owned), and regions (southern rainy/northwestern arid), with productivity validated via OP, LP, and labor productivity measures.
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Further readingChen, X., Lin, Y., & Zhu, P. (2025). “The impact of rainfall on productivity: Implications for Chinese manufacturing.” Journal of Comparative Economics, 53(2), 389–411.https://doi.org/10.1016/j.jce.2025.03.005 |



