Capturing greenhouse gas, Beating heart failure with beetroot, Why elephants don't get cancer, Exactly - a history of precision
Researchers have found a way to produce a naturally occurring mineral, magnesite, in a lab, that can absorb CO2 from the atmosphere, offering a potential strategy for tackling climate change. They've accelerated a process that normally takes thousands of years to a matter of days, using panels made from tiny balls of…
We score an episode from what we can actually measure — its reach and engagement, what listeners say about it, and what it covers. We don't have those signals for this one yet, so it doesn't get a number.
Buzzmeter says it's buzzing across platforms — the Hive Vote says whether the people who actually listened liked it.
Rate this episode
Add your vote to the Hive — listeners rate every episode after they finish.
- No reviews yet — be the first.
Similar episodes from other shows
More like BBC Inside Science →
How geoengineering could save us from climate disaster; Have we broken mathematics?; Why exercise reduces cancer risk
Can we stop climate change by removing CO2 from the air? | Tim Kruger
Mercedes Maroto-Valer on making carbon dioxide useful
52%Supersized El Nino strikes, and navigation app for the blind
One great episode in your inbox, daily — free.
One email a day, unsubscribe anytime. No spam, ever.