By: |
Forshaw, Rachel;
Kharadi, Natalya;
McLaughlin, Eoin |
Abstract: |
Air pollution is a global public health threat, responsible for more deaths
annually than conventional lifestyle risk factors. While the link between
particulate pollution and cardiovascular disease is well-established, evidence
for gaseous pollutants remains limited. This study estimates the long-term
population effects of a gaseous pollutant - SO2 - from 1901 to 1975 in a panel
comprising 29 countries distributed globally, contributing to the
under-explored literature on its cardiovascular disease mortality impact.
Across a comprehensive range of empirical specifications, we observe a robust
economically and statistically significant rise in cardiovascular disease
mortality for an increase in SO2 emissions. We also contribute to the
literature on economic growth and long-term health outcomes. Our historical
perspective aligns with the call for more research on the effects of air
pollution in developing nations. We highlight a complex trade-off: greater SO2
emissions increases cardiovascular disease mortality but leads to short-term
regional cooling and reduced global warming and as such its abatement may
contribute to future climate-related deaths. |
Keywords: |
Air pollution, Cardiovascular disease mortality, Economic growth, Environmental Kuznets Curve, Global public health, SO2 emissions |
JEL: |
I15 N30 N50 Q53 Q54 Q56 |
Date: |
2023 |
URL: |
http://d.repec.org/n?u=RePEc:zbw:hwuaef:280754&r=dem |