地域医療と健康教育

抽象的な

Quantifying the Air Pollution Mortality Impacts of Renewable Energy Farms across 150 U.S. Cities

Samir Chowdhury, Vihaan Mathur

Through trend and meta-analysis, this study estimates the public health benefits of renewable energy implementation in the United States by quantifying the mortality impacts of different sizes and types of renewable energy farms. The authors investigated the mortality benefits spurred by the reduction of PM_2.5 and PM10 air pollution that occurs with the implementation of 100 MW and 500 MW wind energy, solar energy, and nuclear energy farms in 150 populous cities across the U.S. The authors utilized socioenvironmental statistical relationships postulated from the Harvard Six Cities Study to calculate 900 mortality benefit data points. The study revealed that each type of renewable energy project, across sizes and energy types, reduces mortalities induced by air pollution, or “saves lives”, with the three energy types reducing an average of 3.75 deaths annually across all cities. When considering the U.S. 2021 estimated value of a statistical life of $ 7,500,000 per life, these benefits equate to $ 28,125,000. These findings affirm the tangible public health value of renewable energy and the life-saving value proposition that comes with it. This study found that wind energy reduces the most mortality; however, a One-Way ANOVA test indicates there is no statistically significant difference between the deaths reduced by the three types of energy. There is a correlation between mortalities reduced and social factors such as poverty and race, and the authors recommend that decision makers create renewable energy policies that prioritize and center low income, communities of color.