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 E-Mail IMAGE: (A) Change of TSCI in Wuhan from December 2019 through May 2020 in the form of a percentage of the average pre-lockdown level in December 2019 (100%). (B) The enlarged. view more  Credit: WorldPop, University of Southampton A combination of robust vaccination programmes and strict physical distancing rules could avoid recurring peaks of COVID-19 without the need to rely on stay-at-home restrictions, according to a new study by epidemiologists and demographers from WorldPop at the University of Southampton, in collaboration with The Chinese University of Hong Kong. This research used anonymised mobile phone geolocation data with epidemiological and coronavirus case data from China to model the potential impact of vaccination and physical distancing on virus transmission. They predicted the effect of different combinations of interventions on low, medium and high density cities in the country.

Shengjie laiCharles elderAndy tatemEnvironmental sciencesUniversity of southamptonChinese university of hong kongQs world university rankingsSenior research fellow in geographyChinese universityNature humanSenior research fellowProfessor andy tatemNature human behaviourUniversity rankingsHong kongEnvironmental health