outputs

covid19-school-closures

Detailed model outputs associated with the following article:

Estimating the impact of school closures on the COVID-19 dynamics in 74 countries: a modelling analysis. Romain Ragonnet, Angus E Hughes, David S Shipman, Michael T Meehan, Alec S Henderson, Guillaume Briffoteaux, Nouredine Melab, Daniel Tuyttens, Emma S McBryde, James M Trauer.

List of analyses available

Country Analysis    
Argentina Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Australia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Austria Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Belgium Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Bangladesh Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Bulgaria Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Bosnia and Herzegovina Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Bolivia, Plurinational State of Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Brazil Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Canada Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Chile Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Colombia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Costa Rica Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Czechia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Germany Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Denmark Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Ecuador Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Egypt Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Spain Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Finland Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
France Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
United Kingdom Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Georgia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Greece Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Guatemala Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Honduras Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Croatia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Hungary Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Indonesia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
India Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Ireland Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Iraq Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Israel Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Italy Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Jordan Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Japan Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Kazakhstan Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Kenya Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Korea, Republic of Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Lebanon Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Sri Lanka Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Lithuania Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Latvia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Morocco Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Moldova, Republic of Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Mexico Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
North Macedonia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Myanmar Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Malaysia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Netherlands Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Nepal Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Pakistan Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Panama Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Peru Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Philippines Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Poland Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Portugal Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Paraguay Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Romania Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Russian Federation Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Saudi Arabia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Serbia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Slovakia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Slovenia Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Sweden Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Thailand Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Turkey Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Ukraine Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Uruguay Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
United States Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Venezuela, Bolivarian Republic of Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Viet Nam Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
South Africa Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data
Zimbabwe Base case analysis SA1: Increased household transmission during closures SA2: Without Google mobility data