Social Science Bites - Shona Minson on Children of Imprisoned Mothers

When a mother with minor children is imprisoned, she is far from the only one facing consequences. Their children can end up cared for in multiple placements, they’re often unable to attend school and they’re stigmatised.

These effects on the children of the incarcerated, although predictable, have been poorly understood precisely because almost no one has done that. But Minson, who practiced both criminal and family law before entering academe, did. Following up on issues she’d seen in her work as a lawyer and after taking a master’s at the University of Surrey, she interviewed children, their caregivers and members of the Crown Court judiciary to see both how having a mom locked up affected children and how sentencing decisions that created those situations came about.

Furthermore, she shared her findings with the authorities. “I didn’t realize,” she tells interviewer David Edmonds in this Social Science Bites podcast, “that academics didn’t normally try to change things.”

And while that action might have been somewhat out of the ordinary , what happened next is even more unusual: the authorities listened. After telling the Parliamentary Joint Committee on Human Rights about her findings in March 2018, the committee held an enquiry centered on the rights of the children of the imprisoned, and on Tuesday, 1 October, new guidelines were released with the aim of strengthening female offenders' family and other relationships. Existing systemic problems, she believes, can be “more of a blind spot than a deliberate dismissal of these children.”

While the policy affect was likely the most gratifying reward, she also received this year’s Outstanding Early Career Impact Prize awarded by the Economic and Social Research Council in association with SAGE Publishing (the parent of Social Science Space).

In this podcast, Minson explains that the lack of research into the children of imprisoned women echoes scant data on the mothers themselves. No one knows exactly how many mothers are locked up in England and Wales because that information isn’t collected, but a “best” guess follows by multiplying the results of a 1997 study that found 61 percent of women in prison were mothers by the rough daily headcount of 3,800 women in prison. Of that estimated maternal population of 2,300, most are single mothers incarcerated up to 60  miles from home, leaving their children in the hands of a variety of carers, ranging from grandparents to friends to, as a last resort, a local authority.

“Most people don’t want their children to go into the care system,” Minson relates, “because it can be very, very difficult to get them back again. And often short sentences are given women ... so if they lose their children into care at that point, it can be years before they have them back even though they’ve only been in prison a few months.”

But those informal arrangements are also fraught, with children often living in multiple places during their mom’s confinement. And because these particular children are not recognized as ‘children in need,’ they get no priority in school places – so carry-on issues with not being in school, stigma because their mother is in prison, and resulting damage to education all plant seeds for future problems. And some not so-future ones ...

“Most of the children that I met just describe themselves as sad,” Minson says. “They have this huge grief, and therapists have written about this, whether it’s a disenfranchised grief where you’re almost unentitled to it, or an ambiguous loss because of the uncertainty – a person hasn’t died, but you don’t know when they’re coming back and you can’t talk about in the way you might if your parents separated or divorced.”

In this podcast, Minson discusses why she chose not to interview the imprisoned mothers for her research, the surprising lack of knowledge about child issues she saw in the judges she talked with, and how new court rulings are opening up non-custodial sentencing options for some mothers.

Minson is currently a British Academy post-doctoral fellow at the Centre for Criminology at the University of Oxford, where she is continuing to study children’s rights, this time in the wake of both custodial and non-custodial sentences.

Unexpected Elements - Global climate inaction

This week’s IPCC report on the state of the world’s climate looks very much like their earlier reports on the subject. The document cautiously expresses a picture of a future with greater climate extremes. Activists are frustrated by the lack of action. We look at why the scientific message is often hampered by politics.

Fish could provide micronutrients to the world poor, but as we’ll hear this would need a major shift in commercial fishing practices globally.

Baby bottles from thousands of years ago suggest Neolithic people gave animal milk to their children.

And when did the Sahara develop? New findings in deposits from volcanic islands provides some evidence.

The number of vegans is on the rise in many parts of the world, with many people swearing by the health benefits of a plant-based lifestyle. But is a vegan diet really better for your health? Is there any evidence to show that vegans are likely to live longer?

And what about the new, highly processed meat analogues becoming increasingly available in supermarkets and restaurants menus? They look, feel and taste just like meat products but what affect are they having on our health? To find out more, we talk to the experts and join listener Samantha in following a vegan diet.

(Image: Greta Thunberg. Credit: AFP/Getty Image)

CrowdScience - Is a vegan diet better for your health?

The number of vegans is on the rise in many parts of the world, with many people swearing by the health benefits of a plant-based lifestyle. But is a vegan diet really better for your health? Is there any evidence to show that vegans are likely to live longer? And what about the new, highly processed meat analogues becoming increasingly available in supermarkets and restaurants menus? They look, feel and taste just like meat products but what affect are they having on our health? To find out more, presenter Anand Jagatia talks to the experts and joins listener Samantha in following a vegan diet. Presenter Anand Jagatia Produced by Caroline Steel for the BBC World Service

(Photo: Healthy vegan food with herbs and spices. Credit: Getty Images)

Science In Action - Global climate inaction

This week’s IPCC report on the state of the world’s climate looks very much like their earlier reports on the subject. The document cautiously expresses a picture of a future with greater climate extremes. Activists are frustrated by the lack of action. We look at why the scientific message is often hampered by politics.

Fish could provide micronutrients to the world poor, but as we’ll hear this would need a major shift in commercial fishing practices globally.

Baby bottles from thousands of years ago suggest Neolithic people gave animal milk to their children.

And when did the Sahara develop? New findings in deposits from volcanic islands provides some evidence.

(Image: Greta Thunberg. Credit: AFP/Getty Image)

Presenter: Roland Pease Producer: Julian Siddle

Unexpected Elements - South East Asia choking – again

Staying indoors might seem a good way to avoid air pollution, but scientists studying the fires in Indonesia have found there is little difference between the air quality in their hotel room and the atmosphere outside. Both levels are high enough to be considered dangerous for human health. To add to the problem, fires continue to burn underground in the peaty soil long after they were started.

In the Arctic ice melt this summer has been particularly severe, however the picture in complicated by climatic conditions. A new mission to the region involving trapping a ship in ice over winter hopes to provide answers.

Nearly 500 million of year ago the earth’s sky was darkened by a massive asteroid explosion, blotting out the sun. New data on this event may provide an insight into contemporary climate change.

Sir Arthur Conan Doyle’s famous fictional detective is renowned for his feats of memory, his observational capacity, tireless energy and an almost supernatural ability to solve the most perplexing crimes from seemingly unconnected facts. But what does science have to say about the matter? We pit fact against fiction with a leading forensic expert, a sleep scientist, and we discover that most humans are able to train their brain to rival the memory capacity of Sherlock Holmes. And who wouldn’t want that?

(Image: Researcher Mark Grovener from Kings College London, measures air quality in Indonesia. Credit Marlin Wooster KCL)

CrowdScience - Could I learn to think like Sherlock Holmes?

Sir Arthur Conan Doyle’s famous fictional detective is renowned for his feats of memory, his observational capacity, tireless energy and an almost supernatural ability to solve the most perplexing crimes from seemingly unconnected facts.

CrowdScience listener Asghar wants to know whether the way Sherlock Holmes solves crimes goes beyond fiction. What does science have to say about the matter? We pit fact against fiction with a leading forensic expert, a sleep scientist and presenter Marnie Chesterton puts herself to the test under the guidance of memory champion Simon Reinhard.

She discovers that most humans are able to train their brain to rival the memory capacity of Sherlock Holmes. And who wouldn’t want that?

Presenter: Marnie Chesterton Producer: Louisa Field

(Photo: A Sherlock Holmes hat and magnifying glass on a wooden table. Credit: Getty Images)

Science In Action - South East Asia choking – again

Staying indoors might seem a good way to avoid air pollution, but scientists studying the fires in Indonesia have found there is little difference between the air quality in their hotel room and the atmosphere outside. Both levels are high enough to be considered dangerous for human health. To add to the problem, fires continue to burn underground in the peaty soil long after they were started.

In the Arctic ice melt this summer has been particularly severe, however the picture in complicated by climatic conditions. A new mission to the region involving trapping a ship in ice over winter hopes to provide answers.

Nearly 500 million of year ago the earth’s sky was darkened by a massive asteroid explosion, blotting out the sun. New data on this event may provide an insight into contemporary climate change.

And how about a device which turns the conventions of solar panels on their head and generates electricity in the dark?

(Researcher Mark Grovener from Kings College London measures air quality in Indonesia. Credit Marlin Wooster KCL)

Presenter: Roland Pease Producer: Julian Siddle

Unexpected Elements - Embryoids from stem cells

Scientists know very little about the first few days of the life of a human embryo, once it's been implanted in the womb. Yet this is when the majority of pregnancies fail. Professor Magdalena Zernika-Goetz at Cambridge University is a leader in the field of making 'model embryos' in both mice and humans. Model embryos until now have been grown in the lab from donated fertilised eggs, but these are hard to come by and governed by strict laws and ethical guidelines. Now researchers in the University of Michigan have used human pluripotent stem cell lines (originally isolated from embryos, but kept and nurtured as clumps of dividing cells in petri-dishes for many years) to make a model embryo that has shown signs of development and organisation in the crucial 7-10 day window. We discuss how helpful these will be to understanding crucial early stage pregnancies and as a tool to test drugs, treatments and disease processes. The ethical side of growing human embryos from stem cells is addressed by Stanford University ethicist Professor Hank Greely.

Astronomers have detected water vapour in the atmosphere of a planet called K2-18b orbiting within the habitable zone of a distant star. The lead scientist, Professor Giovanna Tinetti of University College London, talks about the discovery and what she hopes to explore when a satellite telescope called ARIEL is launched by ESA in around a decade.

The World Health Organization ranks migraines as the second most disabling neurological disorder in the world and in people under the age of 50, it is the single most disabling medical condition. With stats like that, it’s no wonder that so many listeners have got in touch wanting help with their headaches. Peter from Germany askes what happens in his brain when he’s got a migraine, whilst Nika from Germany has found that changing lifestyle has dramatically reduced hers but she’s not sure why. What’s the link between diet, exercise and migraines, Nika wonders? Meanwhile, Judy from USA wants to know if there’s a cure, as her son gets chronic migraines and she wants to know what the future looks like for him. We investigate some of the latest research in headache and migraine research to find some answers.

(Photo: A set of five embryo-like structures in a microfluidic device developed in the lab of Jianping Fu. Image credit: Fu Lab, Michigan Engineering)

CrowdScience - Can my migraines be cured?

The World Health Organization ranks migraines as the second most disabling neurological disorder in the world and in people under the age of 50, it is the single most disabling medical condition. With stats like that, it’s no wonder that so many CrowdScience listeners have got in touch wanting help with their headaches.

Peter from Germany askes what happens in his brain when he’s got a migraine, whilst Nika from Germany has found that changing lifestyle has dramatically reduced hers but she’s not sure why. What’s the link between diet, exercise and migraines, Nika wonders? Meanwhile, Judy from USA wants to know if there’s a cure, as her son gets chronic migraines and she wants to know what the future looks like for him.

Anand Jagatia and migraine sufferer Graihagh Jackson take a trip into the neurology of migraines, investigating some of the latest research in headache and migraine research to find some answers.

Presenters: Anand Jagatia & Graihagh Jackson Producer: Graihagh Jackson

(Photo: A young man suffering from a migraine. Credit: Getty Images)

Science In Action - Embryoids from stem cells

Scientists know very little about the first few days of the life of a human embryo, once it's been implanted in the womb. Yet this is when the majority of pregnancies fail. Professor Magdalena Zernika-Goetz at Cambridge University is a leader in the field of making 'model embryos' in both mice and humans. Model embryos until now have been grown in the lab from donated fertilised eggs, but these are hard to come by and governed by strict laws and ethical guidelines. Now researchers in the University of Michigan have used human pluripotent stem cell lines (originally isolated from embryos, but kept and nurtured as clumps of dividing cells in petri-dishes for many years) to make a model embryo that has shown signs of development and organisation in the crucial 7-10 day window. Magdalena and Roland Pease discuss how helpful these will be to understanding crucial early stage pregnancies and as a tool to test drugs, treatments and disease processes. The ethical side of growing human embryos from stem cells is addressed by Stanford University ethicist Professor Hank Greely.

Astronomers have detected water vapour in the atmosphere of a planet called K2-18b orbiting within the habitable zone of a distant star. The lead scientist, Professor Giovanna Tinetti of University College London, talks to Roland about the discovery and what she hopes to explore when a satellite telescope called ARIEL is launched by ESA in around a decade.

And an amateur astronomer has discovered a comet that appears to have arrived from outside our Solar System. This observation follows on from that of Oumuamua which looked like it was an asteroid that had escaped from an exoplanetary system. Roland asks professional astronomers Alan Fitzsimmons of Queens University Belfast and Simon Porter from South West Research Institute in Colorado what they make of the latest interstellar visitor.

(Picture: A set of five embryo-like structures in a microfluidic device developed in the lab of Jianping Fu. The top row consists of “immunostaining” images in which key proteins are tagged with dyes to label different cell types, whereas the bottom row shows standard photos taken through a microscope. Parts of the bottom images were blurred to more clearly show a correlation between the rows. Image credit: Fu Lab, Michigan Engineering)

Presenter: Roland Pease Producer: Deborah Cohen