How many people did Covid lockdowns kill in Africa?
Kevin Bardosh sits down with Sosso Feindouno, a researcher based in France with FERDI (Foundation pour les Etude et Recherche sur les Development Internationale). Dr. Feindouno, along with colleagues, published a recent paper in Social Science and Medicine, where they modelled increases in excess mortality in Africa driven by the socio-economic consequences of lockdown in 2020. We discuss the paper, which is entitled Covid-19’s Death Transfer to Sub-Saharan Africa, as well his views on how African scientists and policymakers experienced the pandemic and its policy responses. We end by discussing the role of international organisations in lockdown and what needs to change in future pandemic responses.
Check out our conversation.
Listen to the full podcast on your favourite podcast app.
About Sosso Feindouno
Sosso Feindouno is a research officer at FERDI. He has a PhD in Development Economics from the CERDI (University of Clermont Auvergne). He works on issues related to vulnerability and fragility (economic, socio-political, environmental) of developing countries, including their measurement through the construction and refinement of composite indicators.
About Kevin Bardosh
Kevin Bardosh is the Director of Collateral Global, a UK-based charity dedicated to researching the global impacts of Covid-19 policy responses and helping the world better balance societal trade-offs during future health emergencies. He has worked in more than 20 countries on infectious disease control programs (including Ebola and Zika), authored more than 50 peer-reviewed publications and edited two books. He is currently an Affiliate Assistant Professor in the School of Public Health, University of Washington USA and an Honorary Lecturer at the Edinburgh Medical School, University of Edinburgh UK.
Follow Kevin Bardosh on X (formerly Twitter) @KevinBardosh
Follow Collateral Global on Twitter @collateralglbl
Why not subscribe to our YouTube channel to be the first to hear about the latest episode release.