Nature Communications · 2019 · 159 citations · 47 references
Public AffairsEnvironmental PolicyEnvironmental SciencesAir PollutionClimate Change MitigationClimate PolicyAir PollutantsAir QualityClimate ChangeClimate Mitigation PolicyCost-benefit Analysis For MitigationEnvironmental Cost-benefit AnalysisAir Pollution Benefit-cost AnalysisAir Quality Co-benefitsClimate-air Pollution Co-benefitsCost ModelsCost-benefit EstimationGreenhouse Gas Co-benefitsMitigation Co-benefitsPollutant Emissions
mitigation can provide a strong incentive for climate policy through reductions in air pollutant emissions that occur when targeting shared sources. However, reducing air pollutant emissions may also have an important co-harm, as the aerosols they form produce net cooling overall. Nevertheless, aerosol impacts have not been fully incorporated into cost-benefit modeling that estimates how much the world should optimally mitigate. Here we find that when both co-benefits and co-harms are taken fully into account, optimal climate policy results in immediate net benefits globally, overturning previous findings from cost-benefit models that omit these effects. The global health benefits from climate policy could reach trillions of dollars annually, but will importantly depend on the air quality policies that nations adopt independently of climate change. Depending on how society values better health, economically optimal levels of mitigation may be consistent with a target of 2 °C or lower.
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