Public health impact of mass sporting and cultural events in a rising COVID-19 prevalence in England
A subset of events within the UK Government Events Research Programme (ERP), developed to examine the risk of transmission of COVID-19 from attendance at events, was examined to explore the public health impact of holding mass sporting events. We used contact tracing data routinely collected through telephone interviews and online questionnaires, to describe the potential public health impact of the large sporting and cultural events on potential transmission and incidence of COVID-19. Data from the EURO 2020 matches hosted at Wembley identified very high numbers of individuals who tested positive for COVID-19 and were traced through NHS Test & Trace. This included both individuals who were potentially infectious (3036) and those who acquired their infection during the time of the Final (6376). This is in contrast with the All England Lawn Tennis Championships at Wimbledon, where there were similar number of spectators and venue capacity but there were lower total numbers of potentially infectious cases (299) and potentially acquired cases (582). While the infections associated with the EURO 2020 event may be attributed to a set of socio-cultural circumstances which are unlikely to be replicated for the forthcoming sporting season, other aspects may be important to consider including mitigations for spectators to consider such as face coverings when travelling to and from events, minimising crowding in poorly ventilated indoor spaces such as bars and pubs where people may congregate to watch events, and reducing the risk of aerosol exposure through requesting that individuals avoid shouting and chanting in large groups in enclosed spaces.
History
Citation
Smith JAE, Hopkins S, Turner C, et al. Public health impact of mass sporting and cultural events in a rising COVID-19 prevalence in England. Epidemiology and Infection. 2022;150:e42. doi:10.1017/S0950268822000188Author affiliation
College of Science & Engineering ChemistryVersion
- VoR (Version of Record)
Published in
Epidemiology and InfectionVolume
150Pagination
e42Publisher
Cambridge University Press (CUP)issn
0950-2688eissn
1469-4409Copyright date
2022Available date
2024-06-19Publisher DOI
Spatial coverage
EnglandLanguage
enPublisher version
Deposited by
Professor Paul MonksDeposit date
2024-06-16Data Access Statement
The data supporting this paper have been made available in Supplementary material.Rights Retention Statement
- No