Author: Ran, Jinjun; Zhao, Shi; Han, Lefei; Chen, Dieyi; Yang, Zuyao; Yang, Lin; Wang, Maggie H; He, Daihai
Title: The Ambient Ozone and COVID-19 Transmissibility in China: A Data-Driven Ecological Study of 154 Cities Cord-id: frv4c5ny Document date: 2020_7_8
ID: frv4c5ny
Snippet: • We quantified the COVID-19 transmissibility by the basic reproductive number. • The COVID-19 transmissibility could be negatively associated with ambient ozone. • The daily 1-h maximum ozone might cover 7.6% of the transmissibility variability. • It echoes a previous study of negative effects of ozone on the flu transmission. • The ground-level ozone may be a “double-edged sword†to public health.
Document: • We quantified the COVID-19 transmissibility by the basic reproductive number. • The COVID-19 transmissibility could be negatively associated with ambient ozone. • The daily 1-h maximum ozone might cover 7.6% of the transmissibility variability. • It echoes a previous study of negative effects of ozone on the flu transmission. • The ground-level ozone may be a “double-edged sword†to public health.
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