Category: ScienceNews

Humans have a long history of inventions: electricity, telephones, computers, music — the list goes on. It's clear we're shaping the world around us.

But as Ainissa Ramirez explains in her new book, The Alchemy of Us, those inventions are shaping us, too.

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The current pandemic has and will continue to mutate the social landscape of the world, but amid the lost lives and spoiled economies in its wake has come a new appreciation of what science and scientists contribute.

“You don’t have to go back many months,” says Hetan Shah, the chief executive of the British Academy, “for a period when politicians were relatively dismissive of experts – and then suddenly we’ve seen a shift now to where they’ve moved very close to scientists.

“And generally that’s a very good thing.”

In this Social Science Bites podcast, Shah details how science, and social science in particular, has come to be deployed, how it’s been a force for good throughout the COVID-19 pandemic, and how it can help policymakers understand and shape a better tomorrow.

Arguably, even before coronavirus the British Academy, a national body of humanities and social science scholars, has served in similar roles. In addition to its well-known body of fellows, the academy funds new research and serves as a forum to discuss humanities’ and social science’s role and impact beyond academe. Shah took the reins of the academy in February, having headed the Royal Statistical Association for the eight years previous.

Given that his time at the academy roughly mirrors COVID’s arrival on the world stage, he’s had to hit the ground running. “It’s also been very interesting to see the government using the term, ‘We are following the science.’”

This has been a prime opportunity for social science to show its importance for the public, but also a chance for the public to consider what science is and isn’t.

“There isn’t a single monolithic thing called ‘The Science,’” Shah explains, adding, “I think governments have recognized that the pandemic is not just a medical phenomenon but a social and economic one.”

But even within the subcommunities of science there’s no single ‘Answer’ to any given challenge. “It does feel to me the public has seemed to cope quite well and understood the level of uncertainty of the science. It’s an argument for treating the public as grown-ups.

“We are making decisions at speed. That data are limited and being gathered as we speak. This is how science happens. There may well be settled science on these matters [someday] – but that might take really quite a lot of time.

“This is why none of us envy our decisionmakers. They’re having to make decisions on imperfect knowledge.”

Even without those capital-A answers, established social science has been deployed to good effect already, Shah says.

“Anthropologists who wouldn’t have been surprised at all by the panic buying of toilet paper. They have known for a long, long time, rooted in the work of people like Mary Douglas, the cultural and symbolic importance of things like cleanliness and security in times of crises. “

As other examples he offers the campaigns detailing how best to wash your hands, the crafting of the United Kingdom’s economic package along needs rather than party lines, and how to enforce social distancing. It was social science that shows that rather than shaming – in essence, promoting -- the few people who are breaking rules, compliance increases if you praise those who are keeping the rules. And social science also helps address wicked problems that predate COVID but which now have new facets, such as the unequal impact the disease has on ethnic minority communities.

There’s even a lesson in how science gets applied, he suggests. Like those anthropologists …  “[A]nthropology seems like it’s for other people -- ‘Other people have strange customs; we’re normal in the West and what we do is normal’ – but I think the key is to bring an anthropological lens to our own behavior. What are the practices that we have and how can we change them?”

Arenas like critical thinking and psychology are also brought to bear tellingly on the home front: “Our leaders share our biases,” he tells Edmonds, before detailing a number of logical traps policymakers and the populace currently share.

The podcast closes out with a look to the future, both through specific initiatives Shah is part of, and in general. “I think there will be all sorts of fascinating data about how the pandemic has affected us,” including, he made clear higher education and academic research itself. Shah, meanwhile, is acting chair of the Ada Lovelace Institute, which while looking at technical solutions to COVID also draws on social science insights, i.e. in digital contact tracing, it was revealed that those most vulnerable to COVID were also least likely to have a smart phone.

And the British Academy itself, he noted, has a group of scholars assembled who will provide a rapid response to government inquiries and needs, as well as looking at some of the other implications of the future “that the government doesn’t have the bandwidth for.”

During the pandemic, ventilators have been considered a vital medical tool to treat critically-ill COVID-19 patients. But more and more evidence is suggesting that those who go on a ventilator — don't end up surviving. NPR Science Desk correspondent Jon Hamilton tells us about how these machines work, and how, for patients who do survive, recovery can be a long road.

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President Trump has repeated unfounded claims that scientists created Covid-19 in a lab. Rigorous scrutiny of the genetics of the virus reveals no evidence for such a claim.

And Brazil’s President Bolsonaro is at odds with his own health advisors – splitting public opinion and action over lockdown measures needed to control the virus.

We also look at why Covid -19 seems to be associated with so many different symptoms, from diarrheal infections to complicating kidney disease, to heart attacks

And some potentially good news from HIV research, a new target to stop that virus in its tracks, which might also be useful in the fight against other viruses.

If you're an exercise fan, you'll know that sweating is how our bodies keep us cool, but how much water we lose and which bits of us get wettest depend on a whole host of factors.

Jamaican listener Andre wants to know why he sweats in a heart-shape when he hits the gym, and we find out how everything from the clothes he wears to the moves he's doing explain his unusual perspiration patterns.

In Kenya we meet a woman whose permanently clammy hands cause her to drop her mobile phone, and sweaty feet start to stink when she spends too long in shoes.

Hyperhidrosis is a condition affecting millions of people worldwide but an expert explains some of the treatments for this mysterious condition.

Image: President Trump (rhs) with Brazilian President Bolsonaro (lhs). (Photo by Alex Wong / Getty Images)

If you're an exercise fan, you'll know that sweating is how our bodies keep us cool, but how much water we lose and which bits of us get wettest depend on a whole host of factors.

Jamaican listener Andre wants to know why he sweats in a heart-shape when he hits the gym, and we find out how everything from the clothes he wears to the moves he's doing explain his unusual perspiration patterns.

In Kenya we meet a woman whose permanently clammy hands cause her to drop her mobile phone, and sweaty feet start to stink when she spends too long in shoes.

Hyperhidrosis is a condition affecting millions of people worldwide but an expert explains some of the treatments for this mysterious condition.

Presenter: Marnie Chesterton Producer: Marijke Peters

Image Credit: Getty Images

The U.S. may need 100,000 people trained in the public health practice of contact tracing — tracking and isolating people who've been in contact with someone who tests positive for the coronavirus. NPR health policy reporter Selena Simmons-Duffin explains how it works, and why it's a key part of the fight against the pandemic.

Email the show at shortwave@npr.org.

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President Trump has repeated unfounded claims that scientists created Covid-19 in a lab. Rigorous scrutiny of the genetics of the virus reveals no evidence for such a claim.

And Brazil’s President Bolsonaro is at odds with his own health advisors – splitting public opinion and action over lockdown measures needed to control the virus.

We also look at why Covid -19 seems to be associated with so many different symptoms, from diarrheal infections to complicating kidney disease, to heart attacks

And some potentially good news from HIV research, a new target to stop that virus in its tracks, which might also be useful in the fight against other viruses.

(Image: President Trump with Brazilian President Bolsonaro. Credit: Getty Images)

Presenter: Roland Pease Producer: Julian Siddle

If you have ever watched a spider as it works to build a web, spiralling inwards with a thread of silk, that intersects each glistening spoke with a precise touch of the foot, you will know that it is a remarkably complex behaviour. In this episode, presenter Geoff Marsh dives into the minds of spider-constructors as they build their webs. CrowdScience listener Daan asked us to find out how spiders can build webs without ever being taught how to do it. Are they just little robots controlled entirely by their genetic instructions? Spider silk expert Dr Beth Mortimer, describes the process of building a web in detail, while Professor Iain Couzin explains the simple modular behaviours that build up, in sequence, to create apparently complex instincts, like the huge locust swarms that are sweeping across vast areas of Africa and Arabia.

Taking us deep under the exoskeletons of invertebrates, Professor Gene Robinson reveals an animal's behaviours can be altered by their genes, and the root similarity between learning and instincts. Spiders, despite their tiny size, have fascinating behaviours. Some jumping spiders can work out the best way out of a maze, and one arachnologist reveals how some social spiders can cooperate to build communal webs and capture moths that are many times their size. Geoff searches for the science that can reveal how instinct can create complex behaviour by setting up interviews at the homes of spider experts from around the world. Presented by Geoff Marsh. Produced by Rory Galloway for BBC World Service.

Image: European garden spider, Araneus diadematus hanging in the web. Photo by: Michael Siluk / Universal Images Group via Getty Images

If you have ever watched a spider as it works to build a web, spiralling inwards with a thread of silk, that intersects each glistening spoke with a precise touch of the foot, you will know that it is a remarkably complex behaviour. In this episode, presenter Geoff Marsh dives into the minds of spider-constructors as they build their webs. CrowdScience listener Daan asked us to find out how spiders can build webs without ever being taught how to do it. Are they just little robots controlled entirely by their genetic instructions? Spider silk expert Dr Beth Mortimer, describes the process of building a web in detail, while Professor Iain Couzin explains the simple modular behaviours that build up, in sequence, to create apparently complex instincts, like the huge locust swarms that are sweeping across vast areas of Africa and Arabia.

Taking us deep under the exoskeletons of invertebrates, Professor Gene Robinson reveals an animal's behaviours can be altered by their genes, and the root similarity between learning and instincts. Spiders, despite their tiny size, have fascinating behaviours. Some jumping spiders can work out the best way out of a maze, and one arachnologist reveals how some social spiders can cooperate to build communal webs and capture moths that are many times their size. Geoff searches for the science that can reveal how instinct can create complex behaviour by setting up interviews at the homes of spider experts from around the world. Presented by Geoff Marsh. Produced by Rory Galloway for BBC World Service.

Image: European garden spider, Araneus diadematus hanging in the web. Photo by: Michael Siluk / Universal Images Group via Getty Images

We're all spending more time these days at home — including our bathrooms. But why do they look the way they do? From toilets to toothbrush holders, bioethicist and journalist Elizabeth Yuko explains how infectious diseases like tuberculosis and influenza shaped American bathroom design. And, we explore how the current pandemic could inspire a new wave of innovation in the bathroom.

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