Journal of Political Economy · 2016 · 889 citations · 60 references
Natural SciencesEnvironmental SciencesAir ConditioningEnvironmental EconomicsEnvironmental HealthAir Conditioning EquipmentAir Conditioning SystemsAir Temperature EffectsClimate ChangeHeat AdaptationRefrigerationConsumer Surplus AnalysisConsumer Surplus ValuationHeat Adaptation PolicyHeat Health ImpactsHeat-related Illness EpidemiologyHeat-related Illness PreventionMortality Rates
The study examines the temperature‑mortality relationship across the twentieth‑century United States to identify adaptations for future climate change. The mortality impact of hot days (>80 °F) fell by 75 %—almost entirely after 1960—primarily due to widespread residential air conditioning, which also generated an estimated $85–185 billion in consumer surplus.
This paper examines the temperature-mortality relationship over the course of the twentieth-century United States both for its own interest and to identify potentially useful adaptations for coming decades. There are three primary findings. First, the mortality impact of days with mean temperature exceeding 80°F declined by 75 percent. Almost the entire decline occurred after 1960. Second, the diffusion of residential air conditioning explains essentially the entire decline in hot day–related fatalities. Third, using Dubin and McFadden's discrete-continuous model, the present value of US consumer surplus from the introduction of residential air conditioning is estimated to be $85–$185 billion (2012 dollars).
60
Managing the health effects of climate change
Anthony Costello, Mustafa M. El Abbas, Adriana Allen et al. · The Lancet · 2009 · 3K citations
Natural Sciences, Environmental Policy, Environmental Sciences +14
Yuyu Chen, Avraham Ebenstein, Michael Greenstone et al. · Proceedings of the National Academy of Sciences · 2013 · 1.8K citations · Full text
Public Health, Environmental Policy, Environmental Sciences +17