Social Science Bites - Melanie Simms on Work

COVID-19 has changed everything, including how we work (and to be more precise, are employed). But in order to best understand how things have changed, and hopefully to grapple with how they will be, it helps to have studied how they were. Enter Melanie Simms, professor of work and employment at the University of Glasgow ‘s Adam Smith Business School, and the author – in 2019 – of What Do We Know and What Should We Do About the Future of Work?

In this Social Science Bites podcast, Simms explains that while the idea of working from home seemed to be the dominant narrative during the pandemic, it’s only one of two “real headlines.” That’s in large part because the people who talk publicly about working from home are academics and journalists, both groups that did work from home. In fact, Simms relates, in the United Kingdom about 70 percent of workers spent some or all of their time at their workplace.

The less public headline, she notes, is that there seems to be a large group of people who have left the labor market during the pandemic – often women with children. And while improving options for childcare might see more mothers in employed positions, Simms notes a different trajectory for older workers -- almost anyone over 50 who has left the workforce in the last year-and-a-half struggles to re-enter it -- regardless of kind of work they do.

In discussion with interviewer David Edmonds, Simms details that while she does look at global trends, her research mostly focuses on the United Kingdom, and thanks to the regulatory ecosystem and a skew toward the service economy, what’s true in the UK can’t automatically be applied elsewhere.

Among the subjects Simms and Edmonds touch on are the “regrowth” of the middle class female workforce starting in the 1960s; the difficulties that a lack of childcare routinely creates for working women; the aging of the workforce as young people stay in school longer (delaying their entry into the labor marker) while at the same time older workers remain active in the labor market for longer; de-industrialization; labor unions; and the gig economy, which Simms sees as more about how work is allocated than a change in work itself.

Short Wave - A new step toward ending ‘the wrath of malaria’

Scientists have been trying to figure out how to eradicate malaria for decades. Globally, a child under the age of five dies from the disease every two minutes, and even for kids who do survive there can be long term complications. A big breakthrough finally came in October when the World Health Organization endorsed MoSQUIRIX, the first malaria vaccine. It has relatively low efficacy, just about 30%, but malaria researcher Winter Okoth explains how the new vaccine could still make a big difference.

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Short Wave - The history and future of mRNA vaccine technology (encore)

(Encore) The Pfizer-BioNTech and Moderna COVID-19 vaccines are the first authorized vaccines in history to use mRNA technology. In light of the authorization for some children and teens now, we are encoring the episode in which Maddie Sofia chats with Dr. Margaret Liu, a physician and board chair of the International Society for Vaccines, about the history and science behind these groundbreaking vaccines. We'll also ask what we can expect from mRNA vaccines in the future.

Have a question for us? Send a note to shortwave@npr.org — we'd love to hear it.

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Unexpected Elements - Can we still avoid climate catastrophe?

Just a few days before COP26 opens in Glasgow, the World Meteorological Organisation reported record greenhouse gas levels, despite a fall in CO2 due to pandemic restrictions.

The UN Environment Programme’s Emissions Gap Report also revealed that current country pledges will only take 7.5% off predicted greenhouse gas emissions by 2030, well below the 55% needed to limit global warming to 1.5C. Worse still, many large emission producers are not on track to meet their countries’ pledges. Rachel Warren, Tyndall Centre for Climate Change Research, tells us the 1.5C limit is still achievable if we work in tandem with nature.

Research by Sara Mikaloff-Fletcher, National Institute of Water and Atmospheric Research (NIWA), illustrates this. Her contribution to the WMO Greenhouse Bulletin revealed that New Zealand’s indigenous forests play a bigger role in absorbing carbon from the atmosphere than previously thought. Also on the programme, Abinash Mohanty, Council on Energy, Environment and Water, has been mapping climate vulnerability in India and explains why communities should be at the forefront of climate adaptation and mitigation strategies. And particle physicist Claire Malone shares her insights on how we can help women thrive in science, technology, engineering and mathematics (STEM) fields. Picture: Aerial shot at the edge of Lake Carezza showing storm damaged forest, Dolomites, Italy.

And, As the world slowly moves away from using fossil fuels for electricity, one tiny Scottish island has proved it’s possible to rely almost entirely on renewables.

The inner Hebridean isle of Eigg used to get its power from diesel generators. But in 2008 its residents launched the world’s first electricity system powered by nature, and the Crowdscience team wants to know exactly how they did it, and whether such a model could work in other places with no national grid? Marnie discovers that the community is key to the success of this project, meeting the maintenance men who taught themselves to install equipment and solve any problems themselves, and hearing from residents who’ve changed their habits to use less juice. With the mainland more than an hour away by a once-daily ferry, this kind of resourcefulness is vital. Hydroelectric generators harness the power of running water and are complemented by wind turbines and solar panels on peoples roofs, meeting 95% of Eigg’s energy needs. Now others are learning from this unique experiment and we meet the Malawians who were inspired after visiting Eigg. A solar grid in the village of Sitolo has provided power to thousands of people, and the people who designed it are planning others.

Credit: Abstract Aerial Art/Getty Images

CrowdScience - Could we completely switch to renewable energy?

As the world slowly moves away from using fossil fuels for electricity, one tiny Scottish island has proved it’s possible to rely almost entirely on renewables.

The inner Hebridean isle of Eigg used to get its power from diesel generators. But in 2008 its residents launched the world’s first electricity system powered by nature, and the Crowdscience team wants to know exactly how they did it, and whether such a model could work in other places with no national grid? Marnie discovers that the community is key to the success of this project, meeting the maintenance men who taught themselves to install equipment and solve any problems themselves, and hearing from residents who’ve changed their habits to use less juice. With the mainland more than an hour away by a once-daily ferry, this kind of resourcefulness is vital. Hydroelectric generators harness the power of running water and are complemented by wind turbines and solar panels on peoples roofs, meeting 95% of Eigg’s energy needs. Now others are learning from this unique experiment and we meet the Malawians who were inspired after visiting Eigg. A solar grid in the village of Sitolo has provided power to thousands of people, and the people who designed it are planning others.

Thanks to Eigg residents: Sue Hollands, Maggie Fyfe, Eddie Scott, Bob Wallace, Greg Carr

Presented by Marnie Chesterton Produced by Marijke Peters for BBC World Service.

This episode of CrowdScience has been edited to correct a factual error

Image: Wind turbines on Eigg Credit: Getty Images

Science In Action - Can we still avoid climate catastrophe?

Just a few days before COP26 opens in Glasgow, the World Meteorological Organisation reported record greenhouse gas levels, despite a fall in CO2 due to pandemic restrictions. The UN Environment Programme’s Emissions Gap Report also revealed that current country pledges will only take 7.5% off predicted greenhouse gas emissions by 2030, well below the 55% needed to limit global warming to 1.5C. Worse still, many large emission producers are not on track to meet their countries’ pledges.

Rachel Warren, Tyndall Centre for Climate Change Research, tells us the 1.5C limit is still achievable if we work in tandem with nature. Research by Sara Mikaloff-Fletcher, National Institute of Water and Atmospheric Research (NIWA), illustrates this. Her contribution to the WMO Greenhouse Bulletin revealed that New Zealand’s indigenous forests play a bigger role in absorbing carbon from the atmosphere than previously thought.

Also on the programme, Abinash Mohanty, Council on Energy, Environment and Water, has been mapping climate vulnerability in India and explains why communities should be at the forefront of climate adaptation and mitigation strategies. And particle physicist Claire Malone shares her insights on how we can help women thrive in science, technology, engineering and mathematics (STEM) fields.

Picture: Aerial shot at the edge of Lake Carezza showing storm damaged forest, Dolomites, Italy, Credit: Abstract Aerial Art/Getty Images

Presenter: Roland Pease Producer: Samara Linton

Short Wave - The countries left behind in climate negotiations

NPR climate correspondents Lauren Sommer and Dan Charles join the show before the UN Climate Change Conference in Glasgow, Scotland (COP26) starts on Sunday. Diplomats, business executives, climate experts, and activists from all around the world will gather to discuss the question: Is the world on track to avoid the worst effects of climate change?

Lauren and Dan introduce us to two climate activists from countries that will be heavily impacted by climate change. Hilda Flavia Nakabuye from Uganda and María Laura Rojas from Colombia. We learn what's at stake for them if powerful countries don't move faster to halt climate change.

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Short Wave - How metaphors and stories are integral to science and healing

New York's Bellevue Hospital is the oldest public hospital in the country, serving patients from all walks of life. It's also the home of a literary magazine, the Bellevue Literary Review, which turns 20 this year. Today on the show, NPR's arts reporter Neda Ulaby tells Emily how one doctor at Bellevue Hospital decided a literary magazine is essential to both science and healing.

You can follow Emily on Twitter @EmilyKwong1234 and Neda @UlaBeast. As always, email Short Wave at ShortWave@NPR.org.

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Short Wave - Spiders can have arachnophobia!

If you're not so fond of spiders, you may find kindred spirits in other spiders! Researcher Daniela Roessler worked with jumping spiders and found that they know to get away from the presence of other possible predator spiders, even if they've never encountered them before. She talks with host Maria Godoy about her research and what Halloween decorations do to the poor spiders, if arachnids can have arachnophobia.

Read Daniela's research and watch a video of the experiment: https://doi.org/10.1111/1365-2435.13953

The video is also on her Twitter feed: https://twitter.com/RoesslerDaniela.

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Short Wave - The opioid epidemic

Over the last 25 years, the opioid epidemic has been devastating to families and communities all over the U.S., and has caused half a million deaths. But it started as a way to treat severe pain. Today, host Emily Kwong talks to Patrick Radden Keefe, author of the book Empire of Pain: The Secret History of the Sackler Dynasty, about what went wrong in science to make the opioid epidemic what it is today.

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