The impacts of extreme heat on wage losses: Evidence from the Chinese agri-food industry

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS
Xiaoke Zhu, Qiyun Deng
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引用次数: 0

Abstract

This paper investigates the effects of extremely high temperatures on wage losses for workers in the Chinese agri-food industry. Our estimated results suggest extreme heat is associated with a decrease in worker wages, and that these welfare losses could be attributed to the adverse impacts of extremely hot days on worker productivity. We also observe that, compared to male workers, female workers are more likely to bear wage losses when exposed to extremely hot weather. Furthermore, workers in private firms may experience more wage losses due to extremely hot days than those in other ownership types. Regarding the industry-level heterogeneity analysis, we find that wage losses in the agri-food manufacturing industry are more severe than those in the agri-food processing industry, while no significant wage losses are observed in the beverages and alcohol industry. In the long term, wage losses induced by climate change are projected to rise by 10.93% under RCP8.5, if no extra adaptation actions are implemented. [EconLit Citations: O13, P46, Q54]
极端高温对工资损失的影响:来自中国农业食品行业的证据
本文研究了极端高温对中国农业食品行业工人工资损失的影响。我们的估计结果表明,极端高温与工人工资下降有关,而这些福利损失可能是由于极端高温天对工人生产率的不利影响造成的。我们还发现,与男性工人相比,女性工人在极端高温天气下更容易遭受工资损失。此外,与其他所有制类型的企业相比,私营企业的工人可能因极端高温天而遭受更多工资损失。关于行业层面的异质性分析,我们发现农业食品制造业的工资损失比农业食品加工业更为严重,而饮料和酒类行业则没有观察到明显的工资损失。从长期来看,如果不采取额外的适应行动,预计在 RCP8.5 条件下,气候变化引起的工资损失将增加 10.93%。[经济学引文:O13, P46, Q54].
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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