CrowdScience heads to Freetown, Sierra Leone for a panel debate in front of a live audience to answer listener questions about how artificial intelligence is helping tackle some of the world’s most pressing issues. Anand Jagatia is joined by regional science experts to explore how robots, drones and big data are transforming sectors such as agriculture, health and governance. Could clever machines help eradicate invasive species? Will block chain IDs eventually replace physical documents? And while this technology is heralded as a force for change we’ll ask whether fears of an AI takeover are unfounded?
Presented by Anand Jagatia and Produced by Marijke Peters and Mel Brown
(Photo: The panel and Audience at Crowd Science live event in Sierra Leone. Credit: BBC)
Today we know that one of the easiest and most effective things you can do to protect yourself from the cold, flu, and other respiratory illnesses (including those like the novel coronavirus) is to wash your hands. But there was a time when that wasn't so obvious. Dana Tulodziecki, a professor at Purdue University, tells the story of Ignaz Semmelweis, the scientist who's credited with discovering the importance of handwashing. We'll hear how he figured it out and why there's more to the story. Follow host Maddie Sofia on Twitter @maddie_sofia. Email the show at shortwave@npr.org.
Parts of China are on lockdown, a small number of cases have been reported in other countries and the past week has brought widely conflicting views on the potential danger presented by the new virus.
We look at the scientific facts, analyse why it’s so difficult to predict the spread of the virus, look at the nature of virus infection and discuss why treatments such as vaccines are not available.
We look at why some viruses can jump from animals to humans and examine hi-tech solutions designed to speed up the process of drug development.
Image: Medical staff member helps a couple at a hospital in Wuhan. Credit: Feature China/Barcroft Media via Getty Images)
With the Iowa caucuses around the corner, we give you a Short Wave guide (with some help from our friends at NPR Politics) to where the top-tier Democratic presidential candidates stand on climate change and the environment. Political correspondent and NPR Politics Podcast co-host Scott Detrow breaks it down for us. Follow host Maddie Sofia on Twitter @maddie_sofia and Scott @scottdetrow. Email the show at shortwave@npr.org.
Mongolia has a many-thousand year history of herding livestock. But in the past two decades, tens of thousands have left the countryside because of a natural disaster you may have never heard of. "Dzud" kills animals en masse during winter. Short Wave reporter Emily Kwong brings host Maddie Sofia this story from the grassland steppe, capturing how an agrarian community has adapted to environmental change. Follow host Maddie Sofia @maddie_sofia and reporter Emily Kwong @emilykwong1234 on Twitter. Email the show at shortwave@npr.org.
With the Iran nuclear deal in further jeopardy, we take a look at how the country's nuclear program began with NPR's Geoff Brumfiel. (The United States has a surprising role.) We'll also hear how the 2015 agreement, putting limits on that program, came about, and what it means now that the deal is on life support. For more on Geoff's reporting on nuclear weapons, follow Geoff on Twitter — he's @gbrumfiel. Plus, you can email the show at shortwave@npr.org.
Sarah Parcak explains how she uses satellite imagery and data to solve one of the biggest challenges in archaeology: where to start digging. Her book is called 'Archaeology From Space: How The Future Shapes Our Past'. Follow host Maddie Sofia on Twitter @maddie_sofia. Email the show at shortwave@npr.org.
The way in which a new virus has emerged in China is reminiscent of SARS, a highly infectious virus that spread rapidly. It’s so similar that Health officials demanded action as soon as its existence became known. And the Chinese authorities and global medical community have acted to try and stop the spread.
Events were still developing, even as we were in the studio making this programme, new reports of suspected cases were coming in. The WHO was yet to give its view on the severity of the outbreak. This week’s edition is very much a snapshot of what we know or knew about this virus on the afternoon of Thursday January 23rd 2020.
Super-sized volcanic eruptions and giant asteroids crashing in from outer space are the stuff of disaster movies. They have listener Santosh from South Africa slightly concerned. He’d like to know what’s being done in real life to prepare for this kind of event.
Although the chance of these events occurring is low, Santosh isn’t entirely wrong to be worried: Earth has a much longer history than humans do, and there’s evidence that several past extinction events millions of years ago wiped out the dominant species on the planet at the time, as we’ve heard before on CrowdScience. The kind of extraordinary geological and extra-terrestrial hazards thought to be responsible for the death of millions of lives do still exist. So is there really any way that humans could survive where the dinosaurs – and plenty of other species – have failed?
Presenter Marnie Chesterton finds out by meeting experts who are already preparing for the remote but real possibility of the biggest disaster we could face. It turns out that in real life most things we can think of which could cause an extinction event are being watched closely by scientists and governmental agencies. How worried we should really be by the possibility of a sudden super-volcanic eruption at Yellowstone in the USA, or one of the other enormous volcanoes dotting our planet’s surface? Marnie heads into an underground bunker near the remote Scottish coast to find out if hiding out is a viable survival option. Now a museum, Scotland’s Secret Bunker, formerly RAF Troywood, is one of a network of nuclear shelters built by nation states during the Cold War. And she hears about one of the combined space agencies most ambitious projects yet: NASA and ESA’s Asteroid Impact and Deflection Assessment mission to crash an impactor into an asteroid’s moon to find out whether we could knock any potentially problematic collisions off-course well before Earth impact.
(Image: Wuhan Residents wear masks to buy vegetables in the market. Credit: Getty Images)
Super-sized volcanic eruptions and giant asteroids crashing in from outer space are the stuff of disaster movies. They have listener Santosh from South Africa slightly concerned. He’d like to know what’s being done in real life to prepare for this kind of event.
Although the chance of these events occurring is low, Santosh isn’t entirely wrong to be worried: Earth has a much longer history than humans do, and there’s evidence that several past extinction events millions of years ago wiped out the dominant species on the planet at the time, as we’ve heard before on CrowdScience. The kind of extraordinary geological and extra-terrestrial hazards thought to be responsible for the death of millions of lives do still exist. So is there really any way that humans could survive where the dinosaurs – and plenty of other species – have failed?
Presenter Marnie Chesterton finds out by meeting experts who are already preparing for the remote but real possibility of the biggest disaster we could face. It turns out that in real life most things we can think of which could cause an extinction event are being watched closely by scientists and governmental agencies. How worried we should really be by the possibility of a sudden super-volcanic eruption at Yellowstone in the USA, or one of the other enormous volcanoes dotting our planet’s surface? Marnie heads into an underground bunker near the remote Scottish coast to find out if hiding out is a viable survival option. Now a museum, Scotland’s Secret Bunker, formerly RAF Troywood, is one of a network of nuclear shelters built by nation states during the Cold War. And she hears about one of the combined space agencies most ambitious projects yet: NASA and ESA’s Asteroid Impact and Deflection Assessment mission to crash an impactor into an asteroid’s moon to find out whether we could knock any potentially problematic collisions off-course well before Earth impact.
Produced by Jennifer Whyntie for BBC World Service
(Photo: Post apocalypse sole survivor. Credit: Getty Images)
A deadly virus believed to have originated in China was found in the US this week. NPR global health correspondent Jason Beaubien explains what we know and don't know about the disease — and the likelihood it will continue to spread.
Follow Jason on Twitter @jasonbnpr. More of NPR's reporting on the virus can be found here.
