The Evidence: When misinformation kills

Discovery
30 ott 2021 51 min
The Evidence: When misinformation kills
Apri in Clue

About this episode

<p>A maelstrom of misinformation and its sinister cousin, disinformation, have been swirling all around us about Covid-19. The rumours and conspiracy theories have raced around the globe as fast as the virus itself.</p><p>Untruths, half-truths, misunderstandings and deliberate mischief-making aren’t new when it comes to health of course, but a global pandemic with a novel virus means that there is much uncertainty and a lack of definite facts. In that gap, falsehoods flourish and in our super-connected world, they spread far and wide.</p><p>Claudia Hammond and her panel of global experts assess the scale of misinformation and its impact and conclude that misinformation really does cost lives.</p><p>Dr Brett Campbell, a physician in a dedicated Covid intensive care unit at Ascension St Thomas Hospital in Nashville, Tennessee, tells Claudia about the unvaccinated patients, many of them close to death, who still cannot accept that the virus is real. </p><p>Claudia’s guests include Heidi Larson , Director of the Vaccine Confidence Project and Professor at the London School of Hygiene and Tropical Medicine; Dr Saad Omer, Director of the Yale Institute for Global Health and Professor of Medicine and Infectious Diseases in the USA and Robert Kanwagi, a public health specialist and a member of the Global Task Force on Vaccine Confidence and Uptake. </p><p>Produced by: Fiona Hill and Maria Simons Studio Engineer: Jackie Marjoram</p>

Listen to this episode in English to learn English

Podcast episodes are one of the highest-density ways to absorb English at native pace. The Evidence: When misinformation kills from Discovery gives you natural dialogue, unscripted speech, and vocabulary that actually appears in real conversations.

In the Clue app, every word in the transcript is tappable. Tap an unknown word, see the translation in your language instantly, and keep listening without breaking flow.