What explains temporal and geographic variation in the early US coronavirus pandemic?
- Collection:
- Health Policy and Services Research
- Series Title(s):
- Working paper (Stanford Institute for Economic Policy Research) and Working paper series (National Bureau of Economic Research)
- Author(s):
- Allcott, Hunt, author Boxell, Levi, author Conway, Jacob C., author Ferguson, Billy A., author Gentzkow, Matthew, author Goldman, Benny, author
- Contributor(s):
- Stanford Institute for Economic Policy Research, issuing body.
- Publication:
- Stanford, CA : Stanford Institute for Economic Policy Research (SIEPR), October 2020
- Language(s):
- English
- Format:
- Text
- Subject(s):
- COVID-19 -- epidemiology Disease Transmission, Infectious Health Policy Physical Distancing United States
- Genre(s):
- Technical Report
- Abstract:
- We provide new evidence on the drivers of the early US coronavirus pandemic. We combine an epidemiological model of disease transmission with quasi-random variation arising from the timing of stay-at-home orders to estimate the causal roles of policy interventions and voluntary social distancing. We then relate the residual variation in disease transmission rates to observable features of cities. We estimate significant impacts of policy and social distancing responses, but we show that the magnitude of policy effects is modest, and most social distancing is driven by voluntary responses. Moreover, we show that neither policy nor rates of voluntary social distancing explain a meaningful share of geographic variation. The most important predictors of which cities were hardest hit by the pandemic are exogenous characteristics such as population and density.
- Copyright:
- Reproduced with permission of the copyright holder. Further use of the material is subject to CC BY-NC-ND license. (More information)
- Extent:
- 1 online resource (1 PDF file (54 pages))
- Illustrations:
- Illustrations
- NLM Unique ID:
- 101776188 (See catalog record)
- Permanent Link:
- http://resource.nlm.nih.gov/101776188