Coal mine workers in the climate transition: subnational vulnerability disparities in China and India

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Authors: Augustin Danneaux, Thomas Le Gallic, Julien Lefèvre, Saritha Sudharmma Vishwanathan, Gang He
Cited by: 1
References: 43

Abstract

Abstract Transitioning away from fossil fuels poses significant challenges for coal-dependent workers and regions. While anticipating job losses is crucial for designing effective policy responses, we examine the future of coal workers across time and geographies in China and India under mitigation scenarios. We focus on mine workers who have been less studied, outnumber those in coal power plants, and are more geographically concentrated. Our approach enriches the results of an integrated assessment model by incorporating mine-level data and coupling with a novel module for demographic and labour mobility to understand how concentrated vulnerabilities challenge the transition. A decline in coal jobs is inevitable in China due to continued mining productivity increase. The potential employment reduces by 41% in the next decade even under current climate policies. On the other hand, India faces a critical crossroads as projected mining production growth surpasses productivity increases. Beyond national climate ambitions, differences in mining productivity, local economic diversification, labour concentration, and employment patterns drive subnational disparities in vulnerability to accelerated mitigation. Notably, Shanxi and Jharkhand, the main mining regions for each country, account for a third of the 1.2 million workers who may struggle to transition to other sectors in the next decade under ambitious emissions mitigation. Although they are less exposed with a smaller mining workforce, the challenges for unproductive regions such as West Bengal or Shandong are even more urgent. Our findings provide quantitative insights to guide just transition policies, emphasising the need for targeted support, including transitional assistance and economic diversification, in the most affected coal-producing regions.

Fields of Study & Subjects

Mining and Resource Management Coal Properties and Utilization Hydropower Displacement Environmental Impact

Publication details

Journal / source
Environmental Research Letters
Publisher
IOP Publishing
Volume
21
Issue
3
Pages
034026–034026
Publication date
30 January 2026
Language
EN