The Threads social media app launched on 5th July. Instagram users were able to sign up with just a few clicks. It joins a plethora of other social media apps like Snapchat, Twitter and TikTok, all of which are readily accessible on our phones. With all these apps at our fingertips, it’s never been easier for us to discover new people to follow, keep in touch with our friends and stay up to date with the latest news about our favourite celebrities. But Professor Devi Sridhar, the chair of global public health at the University of Edinburgh, is concerned about the harmful effect that all these apps could potentially be having on the health of young people. She talks to Marnie Chesterton about why they should be better regulated in order to protect our children. Marnie is then joined by Professor Andrew Przybylski from the University of Oxford who says that more studies need to be carried out.  Next up we find out more about phages – ‘good’ viruses that infect and destroy bacteria and could hold the key to fighting disease. Tom Ireland, author of a new book, The Good Virus, tells Marnie about the history of phages and their potentially exciting future. This week the European Court of Human Rights ruled in favour of middle-distance runner and Olympic champion Caster Semenya in a case related to testosterone levels in female athletes. Marnie speaks to developmental biologist Dr Emma Hilton about what causes differences in sexual development and the impact they can have. We also hear from Dr Stuart Farrimond who explains how the microclimates in your garden can affect the plants you can grow. Presenter: Marnie Chesterton Producer: Harrison Lewis Content producer: Alice Lipscombe-Southwell Assistant producer: Robbie Wojciechowski Editor: Richard Collings

The Threads social media app launched on 5th July. Instagram users were able to sign up with just a few clicks. It joins a plethora of other social media apps like Snapchat, Twitter and TikTok, all of which are readily accessible on our phones. With all these apps at our fingertips, it’s never been easier for us to discover new people to follow, keep in touch with our friends and stay up to date with the latest news about our favourite celebrities. But Professor Devi Sridhar, the chair of global public health at the University of Edinburgh, is concerned about the harmful effect that all these apps could potentially be having on the health of young people. She talks to Marnie Chesterton about why they should be better regulated in order to protect our children. Marnie is then joined by Professor Andrew Przybylski from the University of Oxford who says that more studies need to be carried out. Next up we find out more about phages – ‘good’ viruses that infect and destroy bacteria and could hold the key to fighting disease. Tom Ireland, author of a new book, The Good Virus, tells Marnie about the history of phages and their potentially exciting future. This week the European Court of Human Rights ruled in favour of middle-distance runner and Olympic champion Caster Semenya in a case related to testosterone levels in female athletes. Marnie speaks to developmental biologist Dr Emma Hilton about what causes differences in sexual development and the impact they can have. We also hear from Dr Stuart Farrimond who explains how the microclimates in your garden can affect the plants you can grow. Presenter: Marnie Chesterton Producer: Harrison Lewis Content producer: Alice Lipscombe-Southwell Assistant producer: Robbie Wojciechowski Editor: Richard Collings

How social media can affect the health of teenagers

A rocket launch, super-massive black holes and ghost particles! This past week’s scientific findings are testament to how hard-at-work cosmologists and physicists have been seeking out the fundamental building blocks of our universe and the rules that govern it. Professor of Cosmology at UCL, Andrew Pontzen, joins Marnie Chesterton to discuss the lot of them. Euclid took to the stars on Saturday, carrying a wide-angle space telescope that promises the opportunity to create a far larger and accurate 3D map of the universe to anything ever seen before. Gravitational waves detected by the North American Nanohertz Observatory for Gravitational Waves (NANOgrav) provide insight into the role black holes play in galaxy formation. And neutrinos recorded in the remote ices of Antarctica have been detected from the centre of our Milky Way. Dr Stuart Farrimond also joins us for the next few weeks with his pitch on the science of gardening. He’ll be digging up facts and tips that will help make the most out of summer blooms. This week Stu unearths how the pH of your soil could be hindering the flowerbeds.And visit a Welsh quarry with reporter Ella Hubber to hear how a mere 462 million years ago new species were exploding onto the scene. Palaeontologists Dr Joe Botting and Dr Lucy Muir stumbled across the most abundant and rare deposit of soft bodied fossils on record, scoring an archaeological jackpot! Presenter: Marnie ChestertonProducer: Harrison LewisContent producer: Alice Lipscombe-SouthwellAssistant producer: Robbie WojciechowskiEditor: Richard Collings

A rocket launch, super-massive black holes and ghost particles! This past week’s scientific findings are testament to how hard-at-work cosmologists and physicists have been seeking out the fundamental building blocks of our universe and the rules that govern it. Professor of Cosmology at UCL, Andrew Pontzen, joins Marnie Chesterton to discuss the lot of them. Euclid took to the stars on Saturday, carrying a wide-angle space telescope that promises the opportunity to create a far larger and accurate 3D map of the universe to anything ever seen before. Gravitational waves detected by the North American Nanohertz Observatory for Gravitational Waves (NANOgrav) provide insight into the role black holes play in galaxy formation. And neutrinos recorded in the remote ices of Antarctica have been detected from the centre of our Milky Way. Dr Stuart Farrimond also joins us for the next few weeks with his pitch on the science of gardening. He’ll be digging up facts and tips that will help make the most out of summer blooms. This week Stu unearths how the pH of your soil could be hindering the flowerbeds. And visit a Welsh quarry with reporter Ella Hubber to hear how a mere 462 million years ago new species were exploding onto the scene. Palaeontologists Dr Joe Botting and Dr Lucy Muir stumbled across the most abundant and rare deposit of soft bodied fossils on record, scoring an archaeological jackpot! Presenter: Marnie Chesterton Producer: Harrison Lewis Content producer: Alice Lipscombe-Southwell Assistant producer: Robbie Wojciechowski Editor: Richard Collings

Mapping the universe

Last summer saw intense heatwaves across the world. And already this year, global air, surface and sea temperatures have hit the highest levels on record. China, India and the US are currently experiencing heatwaves. In June, the UK’s Met Office released a health warning because of the high temperatures.  In this episode Gaia Vince investigates what causes heatwaves and how hotter weather impacts our health. She finds out how we can prepare ourselves as the temperatures rise.  Gaia is joined by Peter Stott at the Met Office Centre for Climate Prediction, who reveals more about the forecast and what causes heatwaves.  She also speaks to Bob Ward, policy director at the Grantham Research Institute on Climate and the Environment, who gives us the lowdown on the UK’s heat health warning system and says what the future could look like if we continue to miss climate targets. In addition, Dann Mitchell, professor of climate science at the University of Bristol, discusses the health impacts of extreme heat.  Guillermo Rein, professor of fire science at Imperial College London, explains what sparks wildfires and how they spread. Elsewhere, Germany has launched a high-tech heat health warning system to warn people when the temperatures are rocketing. Gaia speaks to Andreas Matzarakis, from Albert Ludwig University in Freiburg, who developed the system.Presenter: Gaia Vince Producer: Harrison Lewis Content Producer: Alice Lipscombe-Southwell Assistant Producer: Robbie Wojciechowski Editor: Richard Collings

Last summer saw intense heatwaves across the world. And already this year, global air, surface and sea temperatures have hit the highest levels on record. China, India and the US are currently experiencing heatwaves. In June, the UK’s Met Office released a health warning because of the high temperatures. In this episode Gaia Vince investigates what causes heatwaves and how hotter weather impacts our health. She finds out how we can prepare ourselves as the temperatures rise. Gaia is joined by Peter Stott at the Met Office Centre for Climate Prediction, who reveals more about the forecast and what causes heatwaves. She also speaks to Bob Ward, policy director at the Grantham Research Institute on Climate and the Environment, who gives us the lowdown on the UK’s heat health warning system and says what the future could look like if we continue to miss climate targets. In addition, Dann Mitchell, professor of climate science at the University of Bristol, discusses the health impacts of extreme heat. Guillermo Rein, professor of fire science at Imperial College London, explains what sparks wildfires and how they spread. Elsewhere, Germany has launched a high-tech heat health warning system to warn people when the temperatures are rocketing. Gaia speaks to Andreas Matzarakis, from Albert Ludwig University in Freiburg, who developed the system. Presenter: Gaia Vince Producer: Harrison Lewis Content Producer: Alice Lipscombe-Southwell Assistant Producer: Robbie Wojciechowski Editor: Richard Collings

Heat and health

Scientists, conservationists and other researchers are using audio soundscapes in innovative ways to record the natural world in rich detail and help develop strategies to preserve it.   Gaia Vince visits the Dear Earth exhibition at London’s Southbank Centre where she interacts with the ‘Tell It To The Birds’ artwork by Jenny Kendler. This piece transforms spoken word into birdsong, which Jenny hopes will help raise awareness of threatened species. She is joined by Dr Patricia Brekke from the Zoological Society of London who reveals more about the threats faced by birds.  We then visit the Knepp Estate to meet ecologist Penny Green, who reveals more about the value of audio for her work.   Gaia then speaks to Dr Alice Eldridge, an acoustics expert from the University of Sussex, who has spearheaded the Wilding Radio project at the Knepp Estate in Sussex. She was curious to find out whether the sounds in the environment would change following the introduction of beavers to the estate. In collaboration with arts cooperative Soundcamp, she built high-quality, solar-powered equipment to continuously broadcast the soundscape from above and below the water.While we can record animals which we currently share the world with, what about those that have been lost forever? Cheryl Tipp, the British Library’s curator of wildlife and environmental sounds, looks after the library’s audio collection of more than 250,000 species and habitat recordings. She shares the heartbreaking tale of a now-extinct bird and explains why sound is such a valuable resource.   Finally, Dr Tim Lamont, a marine biologist from Lancaster University, tells us why a degraded coral reef sounds different from a healthy one. He explains how broadcasting the sounds of a healthy reef can help attract more marine wildlife to an area.Presenter: Gaia Vince  Producer: Hannah Fisher Content Producer: Alice Lipscombe-Southwell Editor: Richard Collings

Scientists, conservationists and other researchers are using audio soundscapes in innovative ways to record the natural world in rich detail and help develop strategies to preserve it. Gaia Vince visits the Dear Earth exhibition at London’s Southbank Centre where she interacts with the ‘Tell It To The Birds’ artwork by Jenny Kendler. This piece transforms spoken word into birdsong, which Jenny hopes will help raise awareness of threatened species. She is joined by Dr Patricia Brekke from the Zoological Society of London who reveals more about the threats faced by birds. We then visit the Knepp Estate to meet ecologist Penny Green, who reveals more about the value of audio for her work. Gaia then speaks to Dr Alice Eldridge, an acoustics expert from the University of Sussex, who has spearheaded the Wilding Radio project at the Knepp Estate in Sussex. She was curious to find out whether the sounds in the environment would change following the introduction of beavers to the estate. In collaboration with arts cooperative Soundcamp, she built high-quality, solar-powered equipment to continuously broadcast the soundscape from above and below the water. While we can record animals which we currently share the world with, what about those that have been lost forever? Cheryl Tipp, the British Library’s curator of wildlife and environmental sounds, looks after the library’s audio collection of more than 250,000 species and habitat recordings. She shares the heartbreaking tale of a now-extinct bird and explains why sound is such a valuable resource. Finally, Dr Tim Lamont, a marine biologist from Lancaster University, tells us why a degraded coral reef sounds different from a healthy one. He explains how broadcasting the sounds of a healthy reef can help attract more marine wildlife to an area. Presenter: Gaia Vince Producer: Hannah Fisher Content Producer: Alice Lipscombe-Southwell Editor: Richard Collings

The science of sound

On Tuesday, the United Nations reported that the breach of the Nova Kakhovka dam on the Dnipro River in Ukraine will impact heavily on global food security, causing a rise in food prices and leaving many without access to clean drinking water. Nine days after the disaster Gaia looks to the future alongside Kira Rudyk, Ukrainian MP who is also leader of the opposition party Golos and Laura Wellesley, senior research fellow in the Environment and Society Programme at Chatham House.Earlier this week the three-year inquiry into COVID began, seeking ‘to examine the UK’s response to and impact of the COVID-19 pandemic and learn lessons for the future.’ Eyes are on the inquiry from many angles. Inside Science looks at what scientists hope to contribute and learn from it, with author and broadcaster Philip Ball.Also, a spike in North Atlantic sea temperatures has sparked concern among scientists. Richard Betts, head of climate impacts at the Met Office, talks through the factors that have coincided to form the anomaly. Presenter: Gaia VinceProducer: Harrison LewisAssistant producer: Robbie WojciechowskiEditor: Richard Collings

On Tuesday, the United Nations reported that the breach of the Nova Kakhovka dam on the Dnipro River in Ukraine will impact heavily on global food security, causing a rise in food prices and leaving many without access to clean drinking water. Nine days after the disaster Gaia looks to the future alongside Kira Rudyk, Ukrainian MP who is also leader of the opposition party Golos and Laura Wellesley, senior research fellow in the Environment and Society Programme at Chatham House. Earlier this week the three-year inquiry into COVID began, seeking ‘to examine the UK’s response to and impact of the COVID-19 pandemic and learn lessons for the future.’ Eyes are on the inquiry from many angles. Inside Science looks at what scientists hope to contribute and learn from it, with author and broadcaster Philip Ball. Also, a spike in North Atlantic sea temperatures has sparked concern among scientists. Richard Betts, head of climate impacts at the Met Office, talks through the factors that have coincided to form the anomaly. Presenter: Gaia Vince Producer: Harrison Lewis Assistant producer: Robbie Wojciechowski Editor: Richard Collings

The Kakhovka dam and global food security

For World Ocean Day, Gaia Vince finds out how the planet’s seas could help us to generate clean power, capture CO2 and feed the world. Gaia is joined in the studio by science journalist and marine biologist Olive Heffernan. She dives into the controversy regarding the potential of mining in deep oceans and discusses whether the seas could become the location for Industrial Revolution 2.0.We’re used to seeing seaweed wrapped around our sushi rolls but it’s so much more than that. As well as being a tasty addition to what we eat, seaweed plays a vital role in absorbing CO2. Gaia speaks to Vincent Doumeizel, a senior adviser on oceans to the UN Global Compact; he’s also the food programme director at the UK-based charity Lloyd’s Register Foundation. He’s confident that seaweed could enable us to sustainably feed a growing global population in the coming decades.Phytoplankton – microscopic species of algae that exist on the surface of the sea – also absorb huge amounts of carbon from the atmosphere. Sir David King, founder and chair of the Climate Crisis Advisory Group and former chief scientific adviser to the UK Government has the radical idea that artificial whale poo could boost phytoplankton growth, leading to an increase in fish stocks and, consequently, improved biodiversity in the oceans. He tells Gaia about his project and the potential it has for carbon capture.When we think of energy generation from the oceans, we tend to think of offshore technology such as wind turbines. But what about generating electricity using the water itself? Gaia speaks to Eco Wave Power’s Inna Braverman who reveals how her project harnesses the power of the waves by attaching to existing coastal structures such as piers and jetties, to provide a source of clean, renewable energy. Presenter: Gaia VinceProducer: Hannah FisherContent Producer: Alice Lipscombe-SouthwellEditor: Richard Collings

For World Ocean Day, Gaia Vince finds out how the planet’s seas could help us to generate clean power, capture CO2 and feed the world. Gaia is joined in the studio by science journalist and marine biologist Olive Heffernan. She dives into the controversy regarding the potential of mining in deep oceans and discusses whether the seas could become the location for Industrial Revolution 2.0. We’re used to seeing seaweed wrapped around our sushi rolls but it’s so much more than that. As well as being a tasty addition to what we eat, seaweed plays a vital role in absorbing CO2. Gaia speaks to Vincent Doumeizel, a senior adviser on oceans to the UN Global Compact; he’s also the food programme director at the UK-based charity Lloyd’s Register Foundation. He’s confident that seaweed could enable us to sustainably feed a growing global population in the coming decades. Phytoplankton – microscopic species of algae that exist on the surface of the sea – also absorb huge amounts of carbon from the atmosphere. Sir David King, founder and chair of the Climate Crisis Advisory Group and former chief scientific adviser to the UK Government has the radical idea that artificial whale poo could boost phytoplankton growth, leading to an increase in fish stocks and, consequently, improved biodiversity in the oceans. He tells Gaia about his project and the potential it has for carbon capture. When we think of energy generation from the oceans, we tend to think of offshore technology such as wind turbines. But what about generating electricity using the water itself? Gaia speaks to Eco Wave Power’s Inna Braverman who reveals how her project harnesses the power of the waves by attaching to existing coastal structures such as piers and jetties, to provide a source of clean, renewable energy. Presenter: Gaia Vince Producer: Hannah Fisher Content Producer: Alice Lipscombe-Southwell Editor: Richard Collings

An ocean of opportunities

In the headlines this week eminent tech experts and public figures signed an open letter that read “Mitigating the risk of extinction from AI should be a global priority alongside other societal-scale risks such as pandemics and nuclear war.”One of the signatories was Geoffrey Hinton, the so-called ‘godfather of AI’. He’s  become so concerned about the risks associated with artificial intelligence that he recently decided to quit his job at Google, where he had worked for more than a decade. But are these concerns justified, or is it overblown scaremongering? And should we start prepping for a Terminator-style takeover? To get the answers, presenter Gareth Mitchell is joined by computational linguist Prof Emily M. Bender from the University of Washington along with Dr Stephen Cave, Director at the Leverhulme Centre for the Future of Intelligence (CFI). Next up, we hear from Prof Carl Sayer at UCL, along with Dr Cicely Marshall and Dr Matthew Wilkinson from the University of Cambridge, to dig into the science behind wildflower meadows and whether they can boost biodiversity and even help ease climate change.  Finally, have you heard about Balto the sled dog? He was part of a life-saving mission in the 1920s and now he has the chance to be a hero once more. His DNA has been studied by the Zoonomia project, which is using databases of genomes from hundreds of mammals to build a better picture of evolution. This data could then be used help identify those animals that are at the greatest risk of extinction. Presenter: Gareth MitchellProducer: Harrison LewisContent Producers: Ella Hubber and Alice Lipscombe-SouthwellEditor: Richard Collings

In the headlines this week eminent tech experts and public figures signed an open letter that read “Mitigating the risk of extinction from AI should be a global priority alongside other societal-scale risks such as pandemics and nuclear war.” One of the signatories was Geoffrey Hinton, the so-called ‘godfather of AI’. He’s become so concerned about the risks associated with artificial intelligence that he recently decided to quit his job at Google, where he had worked for more than a decade. But are these concerns justified, or is it overblown scaremongering? And should we start prepping for a Terminator-style takeover? To get the answers, presenter Gareth Mitchell is joined by computational linguist Prof Emily M. Bender from the University of Washington along with Dr Stephen Cave, Director at the Leverhulme Centre for the Future of Intelligence (CFI). Next up, we hear from Prof Carl Sayer at UCL, along with Dr Cicely Marshall and Dr Matthew Wilkinson from the University of Cambridge, to dig into the science behind wildflower meadows and whether they can boost biodiversity and even help ease climate change. Finally, have you heard about Balto the sled dog? He was part of a life-saving mission in the 1920s and now he has the chance to be a hero once more. His DNA has been studied by the Zoonomia project, which is using databases of genomes from hundreds of mammals to build a better picture of evolution. This data could then be used help identify those animals that are at the greatest risk of extinction. Presenter: Gareth Mitchell Producer: Harrison Lewis Content Producers: Ella Hubber and Alice Lipscombe-Southwell Editor: Richard Collings

AI and human extinction

This week, we hear from the University of Florida’s Dr David Duffy. He heads up a team of researchers who are studying sea turtles. In order to track the animals and their diseases, the scientists devised a method of collecting fragments of DNA from tanks at the university’s turtle hospital, as well as from sand and water in the local environment. While they found plenty of turtle DNA, they were surprised to uncover large amounts of high-quality human eDNA. Duffy tells us all about the study and his surprising findings, but also highlights the ethical problems this could raise. We are then joined by Dr Matt Clark from the Natural History Museum, and Sir Jonathan Montgomery from University College London, to discuss the ins and outs of eDNA – how it can be beneficial for conservation, forensics and healthcare, but could also be problematic from a privacy perspective. Muriel Rabone and Dr Adrian Glover from the Natural History Museum have compiled an extensive checklist of all the species present in the remote Clarion-Clipperton Zone, which is an area twice the size of India, five kilometres deep in the Pacific Ocean. While you might expect this part of the sea to be devoid of life, the organisms that live there are surprisingly diverse, and we still know little about them. But the region is also chock-full of in-demand rare-earth metals. And we are joined by Dr Katie King to talk over some of her favourite science stories of the week, followed up by Helen Keen, who gets the kettle on to reveal more about the surprising physics behind a cup of coffee. Milk and two sugars for us, please. Presenter: Gareth MitchellProducer: Hannah FisherContent Producer: Alice Lipscombe-Southwell

This week, we hear from the University of Florida’s Dr David Duffy. He heads up a team of researchers who are studying sea turtles. In order to track the animals and their diseases, the scientists devised a method of collecting fragments of DNA from tanks at the university’s turtle hospital, as well as from sand and water in the local environment. While they found plenty of turtle DNA, they were surprised to uncover large amounts of high-quality human eDNA. Duffy tells us all about the study and his surprising findings, but also highlights the ethical problems this could raise. We are then joined by Dr Matt Clark from the Natural History Museum, and Sir Jonathan Montgomery from University College London, to discuss the ins and outs of eDNA – how it can be beneficial for conservation, forensics and healthcare, but could also be problematic from a privacy perspective. Muriel Rabone and Dr Adrian Glover from the Natural History Museum have compiled an extensive checklist of all the species present in the remote Clarion-Clipperton Zone, which is an area twice the size of India, five kilometres deep in the Pacific Ocean. While you might expect this part of the sea to be devoid of life, the organisms that live there are surprisingly diverse, and we still know little about them. But the region is also chock-full of in-demand rare-earth metals. And we are joined by Dr Katie King to talk over some of her favourite science stories of the week, followed up by Helen Keen, who gets the kettle on to reveal more about the surprising physics behind a cup of coffee. Milk and two sugars for us, please. Presenter: Gareth Mitchell Producer: Hannah Fisher Content Producer: Alice Lipscombe-Southwell

The benefits and problems of eDNA

The Royal Society is the oldest scientific academy in the world. Since being established in 1660, it has painstakingly archived thousands of papers, letters, manuscripts and illustrations from some of science’s most enquiring minds.In this episode, Victoria Gill takes a trip to the society to pore over some of the most intriguing artefacts within its vaults. While there, she finds out more about the formation of the Royal Society and how science has been shaped over the centuries. Along the way, she considers the role of women in science, and asks whether their contributions have been historically overlooked.She is joined by the Royal Society’s Louisiane Ferlier and Keith Moore, along with Prof Uta Frith, a Royal Society Fellow and psychologist, and Dr Stephen Webster, a senior lecturer in science communication at Imperial College London. As part of its Science in the Making project, the Royal Society is currently digitising all of its collections, for everyone to browse through and enjoy. You can find out more on the Royal Society website.Presenter: Victoria GillProducers: Harrison Lewis, Hannah FisherContent Producer: Alice Lipscombe-Southwell

The Royal Society is the oldest scientific academy in the world. Since being established in 1660, it has painstakingly archived thousands of papers, letters, manuscripts and illustrations from some of science’s most enquiring minds. In this episode, Victoria Gill takes a trip to the society to pore over some of the most intriguing artefacts within its vaults. While there, she finds out more about the formation of the Royal Society and how science has been shaped over the centuries. Along the way, she considers the role of women in science, and asks whether their contributions have been historically overlooked. She is joined by the Royal Society’s Louisiane Ferlier and Keith Moore, along with Prof Uta Frith, a Royal Society Fellow and psychologist, and Dr Stephen Webster, a senior lecturer in science communication at Imperial College London. As part of its Science in the Making project, the Royal Society is currently digitising all of its collections, for everyone to browse through and enjoy. You can find out more on the Royal Society website. Presenter: Victoria Gill Producers: Harrison Lewis, Hannah Fisher Content Producer: Alice Lipscombe-Southwell

Science in the making

Natural disasters such as earthquakes, tsunamis, volcanoes and hurricanes all have the power to cause deadly destruction. One event can lead to another, causing a chain reaction of devastation that can take years to rebuild from. But do all natural events have to turn into a disaster? Is there anything we can do to mitigate their impacts? Gaia Vince speaks to Anastasios Sextos, Professor of Earthquake Engineering at the University of Bristol to find out how we can engineer buildings to withstand earthquakes, and Bruce Malamud, Executive Director of the Institute of Hazard Risk and Resilience at Durham University, to learn how we can build models to forecast the risk of a natural disaster occurring. Lucy Easthope is a leading advisor on emergency planning and disaster recovery and a Professor in Hazard and Risk at Durham University. She joins Gaia in the studio to discuss her experience of being one of the first responders to disasters and how in fact, the way they unfold is more predictable than we might think. Ilan Kelman, Professor of Disasters and Health at UCL, also joins them to discuss the importance of social resilience, long-term planning and effective alert communication in managing and mitigating the aftermath of these events. Presenter: Gaia VinceProducer: Hannah Fisher

Natural disasters such as earthquakes, tsunamis, volcanoes and hurricanes all have the power to cause deadly destruction. One event can lead to another, causing a chain reaction of devastation that can take years to rebuild from. But do all natural events have to turn into a disaster? Is there anything we can do to mitigate their impacts? Gaia Vince speaks to Anastasios Sextos, Professor of Earthquake Engineering at the University of Bristol to find out how we can engineer buildings to withstand earthquakes, and Bruce Malamud, Executive Director of the Institute of Hazard Risk and Resilience at Durham University, to learn how we can build models to forecast the risk of a natural disaster occurring. Lucy Easthope is a leading advisor on emergency planning and disaster recovery and a Professor in Hazard and Risk at Durham University. She joins Gaia in the studio to discuss her experience of being one of the first responders to disasters and how in fact, the way they unfold is more predictable than we might think. Ilan Kelman, Professor of Disasters and Health at UCL, also joins them to discuss the importance of social resilience, long-term planning and effective alert communication in managing and mitigating the aftermath of these events. Presenter: Gaia Vince Producer: Hannah Fisher

Can we prevent natural disasters?

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BBC Inside Science

Adam Rutherford talks to researchers on a major global study that aimed to quantify how climate change has already damaged the health of millions of people. Hugh Montgomery is the co-chair of the Lancet Countdown report and says that climate change is the largest single threat to global health. Climate scientist Peter Cox talks about his stark findings on the increase in the number of vulnerable people exposed to heat waves between now and the turn of the century.We hear anecdotes and concerns from listeners following our item last week on the catastrophic decline in flying insects in the last quarter century and the disappearance of moth snow storms.What can the social lives and brains of whales and dolphins tell us about the evolution of our species cognitive capacities and white matter? Adam talks to Susanne Shultz of the University of Manchester.Everyone's favourite indoor firework, the Pharoah's Serpent, is under scientific scrutiny from chemists Tom Miller and Andrea Sella at University College London.

Adam Rutherford talks to researchers on a major global study that aimed to quantify how climate change has already damaged the health of millions of people. Hugh Montgomery is the co-chair of the Lancet Countdown report and says that climate change is the largest single threat to global health. Climate scientist Peter Cox talks about his stark findings on the increase in the number of vulnerable people exposed to heat waves between now and the turn of the century. We hear anecdotes and concerns from listeners following our item last week on the catastrophic decline in flying insects in the last quarter century and the disappearance of moth snow storms. What can the social lives and brains of whales and dolphins tell us about the evolution of our species cognitive capacities and white matter? Adam talks to Susanne Shultz of the University of Manchester. Everyone's favourite indoor firework, the Pharoah's Serpent, is under scientific scrutiny from chemists Tom Miller and Andrea Sella at University College London.

Climate Change and Health; Moth Snow Storm Feedback; Whale Brain Evolution; Pharoah's Serpent

A new discovery of abstract symbolic drawings on a rock has been found in the Blombos Cave, about 300 km east of Cape Town in South Africa. The fragment - which some say looks a bit like a hashtag - puts the date of the earliest drawing at 73,000 years ago. As archaeologist Chris Henshilwood tells Adam Rutherford, the discovery is a "a prime indicator of modern cognition" in our species.Nearly half the human genome contains genes that regulate what your organs should be doing at a specific time of day, This has enormous potential importance to the efficacy of drugs - what time of day you take them could be a real issue. John Hogenesch from Cincinnatti Children's Hospital has been studying the genes that cycle with our daily lives. His new database of cyclic genes could help plan the best timing for a host of therapeutic interventions Physicist Helen Czerski has been in the Arctic for the last five weeks, aboard the Swedish research vessel and ice breaker Oden. As the expedition comes to a close we hear about the team's attempts to elucidate the driving forces behind the unusual weather patterns around the North Pole. Inside Science has been profiling authors shortlisted for the prestigious Royal Society science book prize. This week it's mathematician Hannah Fry's new book, Hello World: How to be human in the Age of Machines. You can hear extracts from it on Book of the Week on Radio 4 all this week too.Producer Adrian Washbourne.

A new discovery of abstract symbolic drawings on a rock has been found in the Blombos Cave, about 300 km east of Cape Town in South Africa. The fragment - which some say looks a bit like a hashtag - puts the date of the earliest drawing at 73,000 years ago. As archaeologist Chris Henshilwood tells Adam Rutherford, the discovery is a "a prime indicator of modern cognition" in our species. Nearly half the human genome contains genes that regulate what your organs should be doing at a specific time of day, This has enormous potential importance to the efficacy of drugs - what time of day you take them could be a real issue. John Hogenesch from Cincinnatti Children's Hospital has been studying the genes that cycle with our daily lives. His new database of cyclic genes could help plan the best timing for a host of therapeutic interventions Physicist Helen Czerski has been in the Arctic for the last five weeks, aboard the Swedish research vessel and ice breaker Oden. As the expedition comes to a close we hear about the team's attempts to elucidate the driving forces behind the unusual weather patterns around the North Pole. Inside Science has been profiling authors shortlisted for the prestigious Royal Society science book prize. This week it's mathematician Hannah Fry's new book, Hello World: How to be human in the Age of Machines. You can hear extracts from it on Book of the Week on Radio 4 all this week too. Producer Adrian Washbourne.

First human drawing, Cycling genes, Oden Arctic expedition, Hello World

Nasa have called time on the 14 year mission with the Mars Opportunity rover. Curiosity is still there. But what's next for our exploration of the Red planet? Adam asks Senior Strategist in Space Systems at Airbus, Liz Seward and BBC space correspondent, Jonathan Amos. Airbus are working with the European and Russian Space Agencies on the next rover, part of the Exomars mission. This new rover is called the Rosalind Franklin, after the UK scientist and when it hopefully lands in 2021, it'll be drilling down, deep into the surface of Mars to look for evidence of past life.We know that trees help mitigate the effects of greenhouse gases on climate change by sucking up carbon dioxide from the atmosphere. In fact forests are estimated to lock up 2 of every 10 carbon molecules released. But which forests do it best? Tom Pugh at the University of Birmingham has been looking at the age of forests to try and see if this is a factor. It turns out the pristine, ancient tropical forests like the Amazon, although doing a good job, just aren't as good as the younger,  regrowth forests of the Boreal and Temperate zones in the northern hemisphere. It's all down to demographics and the balance between new trees and dying trees.We keep hearing that this, or that, species is being threatened by climate change, but often the mechanisms are not that obvious. One particularly intriguing example comes in the form of the Ethiopian bush crow. An intelligent, seemingly adaptable bird, living in what seems like a general, widespread habitat in Southern Ethiopia, eating a wide and varied diet. Yet it's range is restricted to tiny pockets of land in a huge area of, what seems like a similar habitat. Ecologist, Andrew Bladon at Cambridge University  thinks he has the answer to what's restricting this bird's range and how is a warming climate pushing this bird to extinction. Producer: Fiona Roberts

Nasa have called time on the 14 year mission with the Mars Opportunity rover. Curiosity is still there. But what's next for our exploration of the Red planet? Adam asks Senior Strategist in Space Systems at Airbus, Liz Seward and BBC space correspondent, Jonathan Amos. Airbus are working with the European and Russian Space Agencies on the next rover, part of the Exomars mission. This new rover is called the Rosalind Franklin, after the UK scientist and when it hopefully lands in 2021, it'll be drilling down, deep into the surface of Mars to look for evidence of past life. We know that trees help mitigate the effects of greenhouse gases on climate change by sucking up carbon dioxide from the atmosphere. In fact forests are estimated to lock up 2 of every 10 carbon molecules released. But which forests do it best? Tom Pugh at the University of Birmingham has been looking at the age of forests to try and see if this is a factor. It turns out the pristine, ancient tropical forests like the Amazon, although doing a good job, just aren't as good as the younger, regrowth forests of the Boreal and Temperate zones in the northern hemisphere. It's all down to demographics and the balance between new trees and dying trees. We keep hearing that this, or that, species is being threatened by climate change, but often the mechanisms are not that obvious. One particularly intriguing example comes in the form of the Ethiopian bush crow. An intelligent, seemingly adaptable bird, living in what seems like a general, widespread habitat in Southern Ethiopia, eating a wide and varied diet. Yet it's range is restricted to tiny pockets of land in a huge area of, what seems like a similar habitat. Ecologist, Andrew Bladon at Cambridge University thinks he has the answer to what's restricting this bird's range and how is a warming climate pushing this bird to extinction. Producer: Fiona Roberts

Mars - rovers v humans? Forests and carbon, Ethiopian bush crow

African Swine fever is deadly to pigs and is spreading west from Russia across Europe. The virus that causes it is very resilient and can stick around on clothing, hay and in infected pork products for as long as 150 days. Biosecurity is crucial to preventing its arrival in the UK. If just one pig eats some infected meat from discarded human food the disease could quickly spread causing thousands of pigs to be culled and costing the industry millions. But what is the current progress on developing a vaccine? Adam talks to virologist Professor Jonathan Ball of Nottingham University and Zoe Davies from the National Pig Association. Simon Boxall from Southampton Oceanography Centre gives an update on the sinking of the oil tanker Sanchi and its environmental impact. CRISPR is a revolutionary gene editing technique which can modify DNA and has the potential to correct genetic errors in a range of human diseases - even cancer. The technique has only been around for a few years but is already being talked about as a Nobel prize winning candidate. The market for the technology has been predicted to be worth US$ 10 billion by 2025. But stocks took a wobble last week on news that our immune system may render CRISPR useless. Is there really a big problem? Adam talks to Matt Porteus from Stanford University who did the research. 18 months ago, New Zealand announced a conservation project to exterminate all vermin that are decimating the indigenous bird population. For millions of years, the flora and fauna evolved in isolation, without predatory mammals. When humans arrived, they brought with them a host of bird-eating animals like rats, stoats and possums which now kill 25 million native birds every year. Marnie Chesterton travelled to New Zealand to report on a campaign of mass poisoning to save the kiwis and the kakapos and asks whether it’s ethical to kill one species to save another. And Cat Hobaiter from St Andrews University responds to listener questions about how chimpanzees might recognise family members.

African Swine fever is deadly to pigs and is spreading west from Russia across Europe. The virus that causes it is very resilient and can stick around on clothing, hay and in infected pork products for as long as 150 days. Biosecurity is crucial to preventing its arrival in the UK. If just one pig eats some infected meat from discarded human food the disease could quickly spread causing thousands of pigs to be culled and costing the industry millions. But what is the current progress on developing a vaccine? Adam talks to virologist Professor Jonathan Ball of Nottingham University and Zoe Davies from the National Pig Association. Simon Boxall from Southampton Oceanography Centre gives an update on the sinking of the oil tanker Sanchi and its environmental impact. CRISPR is a revolutionary gene editing technique which can modify DNA and has the potential to correct genetic errors in a range of human diseases - even cancer. The technique has only been around for a few years but is already being talked about as a Nobel prize winning candidate. The market for the technology has been predicted to be worth US$ 10 billion by 2025. But stocks took a wobble last week on news that our immune system may render CRISPR useless. Is there really a big problem? Adam talks to Matt Porteus from Stanford University who did the research. 18 months ago, New Zealand announced a conservation project to exterminate all vermin that are decimating the indigenous bird population. For millions of years, the flora and fauna evolved in isolation, without predatory mammals. When humans arrived, they brought with them a host of bird-eating animals like rats, stoats and possums which now kill 25 million native birds every year. Marnie Chesterton travelled to New Zealand to report on a campaign of mass poisoning to save the kiwis and the kakapos and asks whether it’s ethical to kill one species to save another. And Cat Hobaiter from St Andrews University responds to listener questions about how chimpanzees might recognise family members.

African swine fever, Oil spill update, CRISPR gene editing, Rat eradication in New Zealand, Chimp kin recognition

As the field of neuroscience advances, scientists are increasingly growing brain tissue to study conditions like autism, Alzheimer's and Zika virus. But could it become conscious? And if so, how far away is that scenario? Wind, changing water temperatures and salt are all factors known to control ocean currents. But new research suggests there's another element in the mix. When sea monkeys amass, the thousands of swimming legs can create powerful currents that mix hundreds of meters of water.Whenever a baby is born, we ask whether it's a girl or a boy. But when it comes to puppies, the question is often about the breed, especially with mongrels. And when we think we know what it is, we make assumptions about how that dog will behave. For instance, if you think there's some golden retriever parentage, you may expect it to be good at playing fetch. But do our perceptions of dog breeds change the way it behaves? That's the question of a new citizen science project called MuttMix, which asks you to guess the ancestry of various mongrels. Finally, Charles Dickens is known as one of the best novelists of the Victorian era but a new exhibition is questioning whether he should be also known as a man of science. Dickens campaigned for paediatrics and his powers of description lead to a new conditions being medically recognised. The exhibition will be at the Charles Dickens Museum and it opens in May.

As the field of neuroscience advances, scientists are increasingly growing brain tissue to study conditions like autism, Alzheimer's and Zika virus. But could it become conscious? And if so, how far away is that scenario? Wind, changing water temperatures and salt are all factors known to control ocean currents. But new research suggests there's another element in the mix. When sea monkeys amass, the thousands of swimming legs can create powerful currents that mix hundreds of meters of water. Whenever a baby is born, we ask whether it's a girl or a boy. But when it comes to puppies, the question is often about the breed, especially with mongrels. And when we think we know what it is, we make assumptions about how that dog will behave. For instance, if you think there's some golden retriever parentage, you may expect it to be good at playing fetch. But do our perceptions of dog breeds change the way it behaves? That's the question of a new citizen science project called MuttMix, which asks you to guess the ancestry of various mongrels. Finally, Charles Dickens is known as one of the best novelists of the Victorian era but a new exhibition is questioning whether he should be also known as a man of science. Dickens campaigned for paediatrics and his powers of description lead to a new conditions being medically recognised. The exhibition will be at the Charles Dickens Museum and it opens in May.

Human Consciousness: Could a brain in a dish become sentient?

Twenty years ago, a revolution in the study of human evolution began. A team in Leipzig in Germany successfully extracted DNA from the bones of a Neanderthal man who died about 40,000 years ago. Thirteen years later, the same group unveiled the first complete genome sequence of another Neanderthal individual. Last year, they announced they'd retrieved DNA from much oldest archaic human bones, more than 400,000 years old.Adam Rutherford talks to Svante Paabo, the scientist has led these remarkable achievements. Professor Paabo and his colleague Janet Kelso at the Max Planck Institute of Biological Anthropology in Leipzig discuss the genes in many European people alive today that originated in Neanderthals and were passed to modern humans when the two species interbred. Adam also speaks to Johannes Krause who worked on the Neanderthal genome project in Leipzig but is now director of the Max Planck Institute of the Science of Human History. His latest research adds a new layer of intrigue and complexity to the relationship between our species and Neanderthals in deep time. David Reich at Harvard University focuses on using ancient DNA to uncover the ancestry and movements of modern human hunter-gatherers in Eurasia from about 50,000 years to the Bronze Age, a few thousand years ago. Population movements occur on a cinematic scale, he says. (Podcast only).The revelations of ancient genetics would not be possible and meaningful without the traditional disciplines of palaeoanthropology and archaeology. Adam goes to Gibraltar to seek the perspective of Clive Finlayson who leads excavations there as director of the Gibraltar Museum. Gibraltar is the most concentrated site of Neanderthal occupation in the world. As well as remains of a young Neanderthal child last year, the Rock's caves have also recently yielded the first example of Neanderthal cave art.

Twenty years ago, a revolution in the study of human evolution began. A team in Leipzig in Germany successfully extracted DNA from the bones of a Neanderthal man who died about 40,000 years ago. Thirteen years later, the same group unveiled the first complete genome sequence of another Neanderthal individual. Last year, they announced they'd retrieved DNA from much oldest archaic human bones, more than 400,000 years old. Adam Rutherford talks to Svante Paabo, the scientist has led these remarkable achievements. Professor Paabo and his colleague Janet Kelso at the Max Planck Institute of Biological Anthropology in Leipzig discuss the genes in many European people alive today that originated in Neanderthals and were passed to modern humans when the two species interbred. Adam also speaks to Johannes Krause who worked on the Neanderthal genome project in Leipzig but is now director of the Max Planck Institute of the Science of Human History. His latest research adds a new layer of intrigue and complexity to the relationship between our species and Neanderthals in deep time. David Reich at Harvard University focuses on using ancient DNA to uncover the ancestry and movements of modern human hunter-gatherers in Eurasia from about 50,000 years to the Bronze Age, a few thousand years ago. Population movements occur on a cinematic scale, he says. (Podcast only). The revelations of ancient genetics would not be possible and meaningful without the traditional disciplines of palaeoanthropology and archaeology. Adam goes to Gibraltar to seek the perspective of Clive Finlayson who leads excavations there as director of the Gibraltar Museum. Gibraltar is the most concentrated site of Neanderthal occupation in the world. As well as remains of a young Neanderthal child last year, the Rock's caves have also recently yielded the first example of Neanderthal cave art.

Ancient DNA and Human Evolution

Some people have a genetic mutation in a gene called CCR5 that seems to bestow immunity to a form of HIV. This is the mutation which controversial Chinese scientist Jianqui He tried to bestow upon two baby girls last year when he edited the genes in embryos and then implanted them in a mother. A paper in the journal Nature Medicine this week uses data from the UK Biobank to look at the long term health patterns associated with this gene variant. It suggests that whilst the HIV-1 immunity may be considered a positive, having two copies of the gene also comes with a cost. It seems that it may also lower our immunity to other diseases and shows in the database as a 21% increase in mortality overall. Author Rasmus Nielsen talks about how important this gene is to evolutionary biologists trying to find signs of natural selection in humans. Adam discusses the ethical implications of the research with Dr Helen O’Neill. The Surrey Earthquake SwarmOver the last year several small earthquakes have been detected in one part of Surrey. Many have surmised that these may be caused by oil drilling taking place nearby, but it might be simpler than that. So the British Geological Survey has been monitoring the region. Roland Pease joined Imperial College seismologist Steven Hicks out in the countryside inspecting his detectors to find out more.Mama’s Last HugFrans de Waal, one of the world’s leading primatologists talks to Adam about his latest book, and the difficulties we as human observers have with studying emotion in animals. Prof de Waal coins a neologism ‘anthropodenialism’ to describe the belief that emotions in animals are incommensurable with human experience. He thinks most mammals, and certainly primates, experience pretty much the same emotions as we do, for similar reasons. Feelings, however, are a different matter. Producer: Alex Mansfield

Some people have a genetic mutation in a gene called CCR5 that seems to bestow immunity to a form of HIV. This is the mutation which controversial Chinese scientist Jianqui He tried to bestow upon two baby girls last year when he edited the genes in embryos and then implanted them in a mother. A paper in the journal Nature Medicine this week uses data from the UK Biobank to look at the long term health patterns associated with this gene variant. It suggests that whilst the HIV-1 immunity may be considered a positive, having two copies of the gene also comes with a cost. It seems that it may also lower our immunity to other diseases and shows in the database as a 21% increase in mortality overall. Author Rasmus Nielsen talks about how important this gene is to evolutionary biologists trying to find signs of natural selection in humans. Adam discusses the ethical implications of the research with Dr Helen O’Neill. The Surrey Earthquake Swarm Over the last year several small earthquakes have been detected in one part of Surrey. Many have surmised that these may be caused by oil drilling taking place nearby, but it might be simpler than that. So the British Geological Survey has been monitoring the region. Roland Pease joined Imperial College seismologist Steven Hicks out in the countryside inspecting his detectors to find out more. Mama’s Last Hug Frans de Waal, one of the world’s leading primatologists talks to Adam about his latest book, and the difficulties we as human observers have with studying emotion in animals. Prof de Waal coins a neologism ‘anthropodenialism’ to describe the belief that emotions in animals are incommensurable with human experience. He thinks most mammals, and certainly primates, experience pretty much the same emotions as we do, for similar reasons. Feelings, however, are a different matter. Producer: Alex Mansfield

CCR5 Mutation Effects, The Surrey Earthquake Swarm, Animal Emotions

A year after the first SARS-Cov2 sequences were received in the vaccine labs, Dr Alex Lathbridge and guests look into ongoing development and what next year's booster shots might be like. Prof Robin Shattock's team at Imperial College are still working on their vaccine technology - called 'Self Amplifying RNA' or saRNA. A little bit behind their well financed corporate colleagues, this week they announced that instead of pressing ahead with a phase III trial, they will instead look to developing possible boosters and alternative targets just in case more and more serious mutations happen. But as Prof Anna Blakney explains from her lab at University of British Columbia, the possibilities of saRNA don't stop with coronaviruses.Researchers in the journal PNAS report this week a new theory as to when and where dogs were first domesticated by humans, and suggest that they accompanied the first humans across the Bering straight into America. Inside Science's Geoff Marsh has a sniff around.And Dr Dean D'Souza from Anglia Ruskin University describes in Science Advances work he has done looking at certain kinds of development in children who grow up in bilingual households. His work suggests a slightly faster and keener observation of detailed changes in visual cues, and that this seems to be a trait that survives into adulthood. Presented by Alex LathbridgeProduced by Alex MansfieldMade in Association with The Open University

A year after the first SARS-Cov2 sequences were received in the vaccine labs, Dr Alex Lathbridge and guests look into ongoing development and what next year's booster shots might be like. Prof Robin Shattock's team at Imperial College are still working on their vaccine technology - called 'Self Amplifying RNA' or saRNA. A little bit behind their well financed corporate colleagues, this week they announced that instead of pressing ahead with a phase III trial, they will instead look to developing possible boosters and alternative targets just in case more and more serious mutations happen. But as Prof Anna Blakney explains from her lab at University of British Columbia, the possibilities of saRNA don't stop with coronaviruses. Researchers in the journal PNAS report this week a new theory as to when and where dogs were first domesticated by humans, and suggest that they accompanied the first humans across the Bering straight into America. Inside Science's Geoff Marsh has a sniff around. And Dr Dean D'Souza from Anglia Ruskin University describes in Science Advances work he has done looking at certain kinds of development in children who grow up in bilingual households. His work suggests a slightly faster and keener observation of detailed changes in visual cues, and that this seems to be a trait that survives into adulthood. Presented by Alex Lathbridge Produced by Alex Mansfield Made in Association with The Open University

Next Gen Covid Vaccines; Man's Oldest Bestest Friend; Bilingual Brain Development

A new study shows that 210,000-year-old skull found in Greece is the earliest evidence for modern humans in Eurasia. A second skull found in the same site is found to be a Neanderthal from 170,000 years ago. These findings suggest that modern humans left Africa earlier and reached further than previously thought. Analysing moon rocksThe Apollo missions were scientific explorations, bringing back hundreds of kilograms of moon rock to help us understand the formation of the Moon, the Earth and life itself.  We are still studying the rocks that were bought back from between 1969 and 1972. Roland Pease went to the Diamond Light Source Syncotron in Oxfordshire, where scientists are still studying these moon rocks. Viruses lurking in our genomes When it comes to our genomes, there is no such thing as 100% human. Our genetic code is a patchwork of DNA that we have picked up or lost along the way. 8% of our DNA comes from viruses. So what does this mean? Much of the viral DNA is thought to have been involved in forming our immune systems, fighting against pathogenic viruses. But it's not all good news, new work suggests that these human endogenous retroviruses or HERVs might also be the missing causative link in major 'unsolved' neurological diseases such as multiple sclerosis [MS], amyotrophic lateral sclerosis, or Lou Gehrig's disease [ALS] and schizophrenia [SCZ].Presenter: Adam RutherfordProducer: Caroline Steel

A new study shows that 210,000-year-old skull found in Greece is the earliest evidence for modern humans in Eurasia. A second skull found in the same site is found to be a Neanderthal from 170,000 years ago. These findings suggest that modern humans left Africa earlier and reached further than previously thought. Analysing moon rocks The Apollo missions were scientific explorations, bringing back hundreds of kilograms of moon rock to help us understand the formation of the Moon, the Earth and life itself. We are still studying the rocks that were bought back from between 1969 and 1972. Roland Pease went to the Diamond Light Source Syncotron in Oxfordshire, where scientists are still studying these moon rocks. Viruses lurking in our genomes When it comes to our genomes, there is no such thing as 100% human. Our genetic code is a patchwork of DNA that we have picked up or lost along the way. 8% of our DNA comes from viruses. So what does this mean? Much of the viral DNA is thought to have been involved in forming our immune systems, fighting against pathogenic viruses. But it's not all good news, new work suggests that these human endogenous retroviruses or HERVs might also be the missing causative link in major 'unsolved' neurological diseases such as multiple sclerosis [MS], amyotrophic lateral sclerosis, or Lou Gehrig's disease [ALS] and schizophrenia [SCZ]. Presenter: Adam Rutherford Producer: Caroline Steel

Earliest modern human skull, Analysing moon rocks, Viruses lurking in our genomes

Zoonotic diseases are infections that transfer from animals to people, and include killers such as bubonic plague, malaria, ebola and a whole host of others. Trying to understand how diseases make the leap from animals to humans – so called spillover – and how outbreaks occur is a crucial part of preventing them. But outbreaks are complex and dynamic, with a huge number of factors playing a role: What animal is hosting the disease, the environment in which it lives, the changing climate, human presence and impact on the local area and many other factors. Kate Jones is professor of ecology and biodiversity at University College London, and has been tracking ebola in Africa. Her team has just published a new study that models how and when spillover might happen in the future. On the lushly forest islands of French Polynesia, there lives a very special snail. Partula are around 100 species of tiny snails who give birth to live young and feed on decomposing plants. Each species is uniquely adapted to a particular ecological niche. But in 1967, the highly edible Giant African Land Snail was introduced to the islands as a source of food. They quickly became pests, and in response, the French Polynesian government then introduced carnivorous Rosy Wolf Snails - aka Euglandina rosea - to quell the spread of the introduced Giant Land snails. Reporter Naomi Clements-Brode picks up the story with scientist Ann Clarke, along with Dave Clarke and Paul Pearce-Kelly at ZSL London Zoo.Finally this week, malaria is, as best we can account for it, the single greatest killer in human history. The vast majority of malaria is caused by a type of single celled protozoan called Plasmodium falciparum, carried by mosquitos. But according to new research published this week, it started out around fifty thousand years ago not in us, but as a gorilla disease, and in one particularly unlucky gorilla, two simultaneous infections prompted the mutation and rise of the plasmodium parasite that would go on to kill millions. Dr Gavin Wright from the Wellcome Sanger Institute in Hinxton lead the team behind this molecular archaeology.

Zoonotic diseases are infections that transfer from animals to people, and include killers such as bubonic plague, malaria, ebola and a whole host of others. Trying to understand how diseases make the leap from animals to humans – so called spillover – and how outbreaks occur is a crucial part of preventing them. But outbreaks are complex and dynamic, with a huge number of factors playing a role: What animal is hosting the disease, the environment in which it lives, the changing climate, human presence and impact on the local area and many other factors. Kate Jones is professor of ecology and biodiversity at University College London, and has been tracking ebola in Africa. Her team has just published a new study that models how and when spillover might happen in the future. On the lushly forest islands of French Polynesia, there lives a very special snail. Partula are around 100 species of tiny snails who give birth to live young and feed on decomposing plants. Each species is uniquely adapted to a particular ecological niche. But in 1967, the highly edible Giant African Land Snail was introduced to the islands as a source of food. They quickly became pests, and in response, the French Polynesian government then introduced carnivorous Rosy Wolf Snails - aka Euglandina rosea - to quell the spread of the introduced Giant Land snails. Reporter Naomi Clements-Brode picks up the story with scientist Ann Clarke, along with Dave Clarke and Paul Pearce-Kelly at ZSL London Zoo. Finally this week, malaria is, as best we can account for it, the single greatest killer in human history. The vast majority of malaria is caused by a type of single celled protozoan called Plasmodium falciparum, carried by mosquitos. But according to new research published this week, it started out around fifty thousand years ago not in us, but as a gorilla disease, and in one particularly unlucky gorilla, two simultaneous infections prompted the mutation and rise of the plasmodium parasite that would go on to kill millions. Dr Gavin Wright from the Wellcome Sanger Institute in Hinxton lead the team behind this molecular archaeology.

Ebola model, Partula snails, Malaria origin

Rinderpest – Sequence and DestroyLast week the UK’s Pirbright Institute announced that it had destroyed its remaining stocks of the deadly cattle virus Rinderpest. This repository was one of the biggest remaining stores of it since it was announced in 2011 that vaccines had eradicated it in the wild. Dr Michael Baron, amongst others, has been arguing for years that because we can now obtain a full sequence of such viruses, we no longer need to run the risk of such scientific samples ever being released, through accident or malice. As such, for Pirbright at least, the rinderpest virus that once killed millions of cattle and starved similar numbers of humans now only exists as a digital memory. Oi, You Singin' at My Bird?The delightful song of the European Robin is actually a fierce territorial warning between males that functions to avoid costly mismatched conflict. In fact, the complexity of the song seems to represent the fitness of the singer. Gareth Arnott of Queen’s University in Belfast talks about his investigation into whether noise – including anthropogenic noise interferes with this life-or-death conversation. It sounds like it does.Science as EntertainmentAll this week and next BBC2 is hosting a new programme called The Family Brain Games. The games are designed not to test merely general knowledge or conventional measures of IQ, but rather a functional, communicative sort of intelligence that competing families display amongst themselves as a team. But can this sort of nuanced science be properly communicated on TV? Host Dara Ó Briain and neuroscientist Prof Sophie Scott discuss the ins and outs of making science entertaining. Presenter: Adam RutherfordProducer: Alex Mansfield

Rinderpest – Sequence and Destroy Last week the UK’s Pirbright Institute announced that it had destroyed its remaining stocks of the deadly cattle virus Rinderpest. This repository was one of the biggest remaining stores of it since it was announced in 2011 that vaccines had eradicated it in the wild. Dr Michael Baron, amongst others, has been arguing for years that because we can now obtain a full sequence of such viruses, we no longer need to run the risk of such scientific samples ever being released, through accident or malice. As such, for Pirbright at least, the rinderpest virus that once killed millions of cattle and starved similar numbers of humans now only exists as a digital memory. Oi, You Singin' at My Bird? The delightful song of the European Robin is actually a fierce territorial warning between males that functions to avoid costly mismatched conflict. In fact, the complexity of the song seems to represent the fitness of the singer. Gareth Arnott of Queen’s University in Belfast talks about his investigation into whether noise – including anthropogenic noise interferes with this life-or-death conversation. It sounds like it does. Science as Entertainment All this week and next BBC2 is hosting a new programme called The Family Brain Games. The games are designed not to test merely general knowledge or conventional measures of IQ, but rather a functional, communicative sort of intelligence that competing families display amongst themselves as a team. But can this sort of nuanced science be properly communicated on TV? Host Dara Ó Briain and neuroscientist Prof Sophie Scott discuss the ins and outs of making science entertaining. Presenter: Adam Rutherford Producer: Alex Mansfield

Rinderpest destruction, Noise and birdsong, Science as entertainment

A breakthrough for closed loop plastic recycling? Two years ago Japanese scientists discovered a type of bacteria which has evolved to feed on PET plastic - the material from which fizzy drink bottles are made It was isolated at a local recycling centre. An international team has now characterised the structure of the plastic-degrading enzyme and accidentally improved its efficiency. John McGeehan of the University of Portmouth led the team and talks to Adam about where the discovery may lead.If you can't recycle plastic, you can re-use. Sheffield University chemist Tony Ryan is working to convert old polyurethane foam mattresses into hydroponic allotment beds so that people at a Syrian refugee camp in Jordan can grow their own crops. Roland Pease reports.How southeast Asian sea nomads evolved the life aquatic.The Double Helix, fifty years after its 1968 publication. Biologist and historian Matthew Cobb and science writer Angela Saini discuss the place of James Watson's compelling and controversial memoir in the annals of popular science writing. His account of the discovery of the DNA's structure was unlike any science book that had come before. Does it stand the test of time and what of its blantantly sexist treatment of the gifted X-ray crystallographer Rosalind Franklin? Her work was crucial to Crick and Watson's 1953 model of the DNA molecule.

A breakthrough for closed loop plastic recycling? Two years ago Japanese scientists discovered a type of bacteria which has evolved to feed on PET plastic - the material from which fizzy drink bottles are made It was isolated at a local recycling centre. An international team has now characterised the structure of the plastic-degrading enzyme and accidentally improved its efficiency. John McGeehan of the University of Portmouth led the team and talks to Adam about where the discovery may lead. If you can't recycle plastic, you can re-use. Sheffield University chemist Tony Ryan is working to convert old polyurethane foam mattresses into hydroponic allotment beds so that people at a Syrian refugee camp in Jordan can grow their own crops. Roland Pease reports. How southeast Asian sea nomads evolved the life aquatic. The Double Helix, fifty years after its 1968 publication. Biologist and historian Matthew Cobb and science writer Angela Saini discuss the place of James Watson's compelling and controversial memoir in the annals of popular science writing. His account of the discovery of the DNA's structure was unlike any science book that had come before. Does it stand the test of time and what of its blantantly sexist treatment of the gifted X-ray crystallographer Rosalind Franklin? Her work was crucial to Crick and Watson's 1953 model of the DNA molecule.

Plastic-eating bacteria, Foam mattresses for crops, The evolved life aquatic, The Double Helix

How far back can we trace the ancestry of dogs? For just how long have they been following us around? The answer is for a very long time - long before humans settled down and developed societies. Scientists in France have been looking at ancient dog DNA to try and work out whether people tamed and domesticated local dogs as they migrated across the planet, or brought dogs with them.  The answer tells us much about the relationship - or rather lack of it, between early farmers and the hunter gathers they replaced throughout Europe. And how many Bosons can you fit in a rocket? As they are rather small particles the answer will be quite a lot, but a team from Germany has succeeded in making a form of mater known as the Bose Einstein Condensate in a small rocket which they launched into the Earth’s upper atmosphere. Potentially the success of their experiment could lead to new ways of detecting gravitational waves in space. Back on earth a group of ‘A’ level students have been looking at or rather listening to data from space, and published a scientific paper on their observation of a solar storm. In a unique partnership with university physics researchers, information on electromagnetic waves around our planet has been turned into audible data. The keen ears of the students identified events that had not previously been detected. And how incriminating is your washing machine?  Digital forensics, the unpicking of the data trails on our digital devices, from phones to TV tuners, even  baby monitors and washing machines are now playing a part in criminal investigations, not just cases involving online fraud or cybercrime, but any investigation looking at what suspects were doing and when. A digital trail can act as evidence for time and place.

How far back can we trace the ancestry of dogs? For just how long have they been following us around? The answer is for a very long time - long before humans settled down and developed societies. Scientists in France have been looking at ancient dog DNA to try and work out whether people tamed and domesticated local dogs as they migrated across the planet, or brought dogs with them. The answer tells us much about the relationship - or rather lack of it, between early farmers and the hunter gathers they replaced throughout Europe. And how many Bosons can you fit in a rocket? As they are rather small particles the answer will be quite a lot, but a team from Germany has succeeded in making a form of mater known as the Bose Einstein Condensate in a small rocket which they launched into the Earth’s upper atmosphere. Potentially the success of their experiment could lead to new ways of detecting gravitational waves in space. Back on earth a group of ‘A’ level students have been looking at or rather listening to data from space, and published a scientific paper on their observation of a solar storm. In a unique partnership with university physics researchers, information on electromagnetic waves around our planet has been turned into audible data. The keen ears of the students identified events that had not previously been detected. And how incriminating is your washing machine? Digital forensics, the unpicking of the data trails on our digital devices, from phones to TV tuners, even baby monitors and washing machines are now playing a part in criminal investigations, not just cases involving online fraud or cybercrime, but any investigation looking at what suspects were doing and when. A digital trail can act as evidence for time and place.

Old Dogs and Physics in Space

Claims by a Chinese scientist that he has gene-edited human embryos, transplanted them producing genetically edited twins, who will pass on these changes to their offspring, has the scientific community outraged. The work, which was carried out in secret, has not been officially published or peer reviewed, but if the claims are to be taken seriously, this work severely flaunts international ethical guidelines at many levels. BBC Health and Science Correspondent James Gallagher explains the story so far.Little is known about the placenta and how it works, despite it being absolutely essential for supporting the baby as it grows inside the mother. When it doesn’t function properly, it can result in serious problems, from pre-eclampsia to miscarriage, with immediate and lifelong consequences for both mother and child.  Our knowledge of this important organ is very limited because of a lack of good experimental models. Animals are too dissimilar to humans to provide a good model of placental development and implantation, and stem cell studies have largely proved unsuccessful. But one group of  University Cambridge researchers have now created  ‘mini-proto placentas’ – a cellular model, growing long-term, in 3D of the early stages of the placenta – that could provide a ‘window’ into early pregnancy and help transform our understanding of reproductive disorders. The Woodland Trust want you to tell them when you notice a tree, you regularly see, loses all of its leaves. Its part of their long term phonological study, Nature's Calendar . They hope to keep track of the effect of climate change on the timings of annual tree events.

Claims by a Chinese scientist that he has gene-edited human embryos, transplanted them producing genetically edited twins, who will pass on these changes to their offspring, has the scientific community outraged. The work, which was carried out in secret, has not been officially published or peer reviewed, but if the claims are to be taken seriously, this work severely flaunts international ethical guidelines at many levels. BBC Health and Science Correspondent James Gallagher explains the story so far. Little is known about the placenta and how it works, despite it being absolutely essential for supporting the baby as it grows inside the mother. When it doesn’t function properly, it can result in serious problems, from pre-eclampsia to miscarriage, with immediate and lifelong consequences for both mother and child. Our knowledge of this important organ is very limited because of a lack of good experimental models. Animals are too dissimilar to humans to provide a good model of placental development and implantation, and stem cell studies have largely proved unsuccessful. But one group of University Cambridge researchers have now created ‘mini-proto placentas’ – a cellular model, growing long-term, in 3D of the early stages of the placenta – that could provide a ‘window’ into early pregnancy and help transform our understanding of reproductive disorders. The Woodland Trust want you to tell them when you notice a tree, you regularly see, loses all of its leaves. Its part of their long term phonological study, Nature's Calendar . They hope to keep track of the effect of climate change on the timings of annual tree events.

Gene-edited twins, Placenta organoids in a dish, When the last leaves drop

Net-Zero Carbon TargetThe UK is set to become the first member of the G7 industrialised nations group to legislate for net-zero emissions after Theresa May’s announcement this week. The proposed legislation would commit the UK’s greenhouse gas emissions to ‘net-zero’ by 2050, which would mean that after reducing emissions as much as possible, any remaining emissions would be offset through schemes such as planting trees or investing in renewable energy infrastructure. Dr Jo House, from the department of Geography at Bristol University, has spent time advising the government on previous carbon budgets and was there in the build-up to the signing of the Paris Agreement in 2016. She talks to Gareth Mitchell about the proposal, what it means for the UK’s climate future and how realistic she thinks the targets are. Science Policy Under Thatcher30 years ago a new Prime Minister, Margaret Thatcher, told her officials - in a break from the norm - that she would keep a personal eye on science policy in her government. By 1987, the relationship between government, university research and industrial research would be changed utterly. Prof Jon Agar has been scouring The National Archives and a wealth of hitherto private communications that shed light on how her approach to science policy formed. His new book is out this week and he discusses the events with Prof Dame Wendy Hall, a young scientist in the 80s but now fresh to the programme from hearing announcements at the London Technology Week regarding large investment and an industrial strategy towards Artificial Intelligence and Machine Learning. Screen Time MeasuresIf you are using evidence to inform your policy, you need to make sure that evidence is as robust as you think it is. David Ellis of Lancaster University tells Gareth about his team’s recent work to evaluate a certain type of self-reporting, particularly involving studies into our well-being with regards to technology use. How much time do you spend with your device? Your answer might not be completely aligned with reality, as revealed by actual screen-time data. Unfortunately, many of the headline-grabbing papers we read regarding health and screen time are based on self-reporting questionnaires, which David suggests might require more scepticism.Presenter: Gareth MitchellProducer: Alex Mansfield

Net-Zero Carbon Target The UK is set to become the first member of the G7 industrialised nations group to legislate for net-zero emissions after Theresa May’s announcement this week. The proposed legislation would commit the UK’s greenhouse gas emissions to ‘net-zero’ by 2050, which would mean that after reducing emissions as much as possible, any remaining emissions would be offset through schemes such as planting trees or investing in renewable energy infrastructure. Dr Jo House, from the department of Geography at Bristol University, has spent time advising the government on previous carbon budgets and was there in the build-up to the signing of the Paris Agreement in 2016. She talks to Gareth Mitchell about the proposal, what it means for the UK’s climate future and how realistic she thinks the targets are. Science Policy Under Thatcher 30 years ago a new Prime Minister, Margaret Thatcher, told her officials - in a break from the norm - that she would keep a personal eye on science policy in her government. By 1987, the relationship between government, university research and industrial research would be changed utterly. Prof Jon Agar has been scouring The National Archives and a wealth of hitherto private communications that shed light on how her approach to science policy formed. His new book is out this week and he discusses the events with Prof Dame Wendy Hall, a young scientist in the 80s but now fresh to the programme from hearing announcements at the London Technology Week regarding large investment and an industrial strategy towards Artificial Intelligence and Machine Learning. Screen Time Measures If you are using evidence to inform your policy, you need to make sure that evidence is as robust as you think it is. David Ellis of Lancaster University tells Gareth about his team’s recent work to evaluate a certain type of self-reporting, particularly involving studies into our well-being with regards to technology use. How much time do you spend with your device? Your answer might not be completely aligned with reality, as revealed by actual screen-time data. Unfortunately, many of the headline-grabbing papers we read regarding health and screen time are based on self-reporting questionnaires, which David suggests might require more scepticism. Presenter: Gareth Mitchell Producer: Alex Mansfield

Net-Zero carbon target, Science Policy Under Thatcher, Screen time measures

Adam Rutherford presents a special tribute to the science of Stephen Hawking. He is joined by Fay Dowker, a former PhD student of Hawking and now a professor of theoretical physics at Imperial College, Professor Carlos Frenk, a long-time colleague and friend and fellow physicist and science communicator Professor Brian Cox. They look at the scientific legacy of Stephen Hawking and the role that his work played in bringing us a step closer to a single grand theory that explains how the universe works.

Stephen Hawking Tribute

A former Russian spy, Sergei Skripal, and his daughter Yulia are in a serious condition after being exposed to a nerve agent on Sunday. The first police officer to attend the scene also remains in hospital. It is being treated as 'a major incident involving attempted murder.' We ask what happens next: what antidotes are available, how do they work and what's the prognosis? Today marks International Women’s Day. Its aim is to celebrate the social, economic, cultural and political achievements of women. But there’s also a strong call for change, especially in the tech industry where women are vastly underrepresented. Discussions on how we could achieve gender equality have been ongoing for years, so why has there been so little change? And how can this bias affect the technology we all use? Scientists are warning of an infertility 'crisis' among men. Sperm counts have been falling for over 40 years and now, 1 in 20 men have low sperm counts. The cause is unknown and this week, doctors are calling for more funding to better understand the issue.The red squirrel has found an unlikely ally: the pine marten. Grey squirrels were introduced to the UK in the late 1800s from America and have since caused the native red population to diminish. However, with the reintroduction of a predator, the mal-adapted greys are being hunted and as a result, red squirrels are bouncing back.

A former Russian spy, Sergei Skripal, and his daughter Yulia are in a serious condition after being exposed to a nerve agent on Sunday. The first police officer to attend the scene also remains in hospital. It is being treated as 'a major incident involving attempted murder.' We ask what happens next: what antidotes are available, how do they work and what's the prognosis? Today marks International Women’s Day. Its aim is to celebrate the social, economic, cultural and political achievements of women. But there’s also a strong call for change, especially in the tech industry where women are vastly underrepresented. Discussions on how we could achieve gender equality have been ongoing for years, so why has there been so little change? And how can this bias affect the technology we all use? Scientists are warning of an infertility 'crisis' among men. Sperm counts have been falling for over 40 years and now, 1 in 20 men have low sperm counts. The cause is unknown and this week, doctors are calling for more funding to better understand the issue. The red squirrel has found an unlikely ally: the pine marten. Grey squirrels were introduced to the UK in the late 1800s from America and have since caused the native red population to diminish. However, with the reintroduction of a predator, the mal-adapted greys are being hunted and as a result, red squirrels are bouncing back.

Russian Spy Poisoning

A pre-print is a way for scientists to get their work out quickly for other scientists to comment on and debate. But pre-prints are not peer reviewed; they have not undergone the scrutiny of reviewers and journal editors. They're generally seen as a good thing, but are just a step on the way for science to be verified and published. But it's important to note that the science can be wrong or sloppy in pre-prints, so they have never really been part of the process by which science is disseminated to the general public. That is, until the COVID pandemic. The speed at which the science can be shared has led to pre-prints becoming more and more scrutinised by journalists and used to inform the public about this terrible disease. Fiona Fox, CEO of the Science Media Centre, which is an independent press office for the scientific community, discusses the potential pitfalls of using pre-prints with Adam Rutherford and with Dr Jonathan Read from Lancaster University, who himself got caught up in a pre-print firestorm at the start of the pandemic.The UK has the 12th highest road density in the world, but very little is known about the impact of roads on our wildlife. Now conservation scientists are starting to look at their effects on our bird populations. They call it ‘road exposure’ because they can’t directly measure the impact of road noise, but the noise pollution aspect is very much to the fore. Cambridge University's Sophia Cook has found that roads have a mostly negative effect on most birds in Great Britain.  And with that negative effect being stronger in rarer birds this could be adding to the 'simplification' of bird populations and a reduction in biodiversity.Presenter - Adam Rutherford Producers - Fiona Roberts and Beth Eastwood#bbcinsidescience

A pre-print is a way for scientists to get their work out quickly for other scientists to comment on and debate. But pre-prints are not peer reviewed; they have not undergone the scrutiny of reviewers and journal editors. They're generally seen as a good thing, but are just a step on the way for science to be verified and published. But it's important to note that the science can be wrong or sloppy in pre-prints, so they have never really been part of the process by which science is disseminated to the general public. That is, until the COVID pandemic. The speed at which the science can be shared has led to pre-prints becoming more and more scrutinised by journalists and used to inform the public about this terrible disease. Fiona Fox, CEO of the Science Media Centre, which is an independent press office for the scientific community, discusses the potential pitfalls of using pre-prints with Adam Rutherford and with Dr Jonathan Read from Lancaster University, who himself got caught up in a pre-print firestorm at the start of the pandemic. The UK has the 12th highest road density in the world, but very little is known about the impact of roads on our wildlife. Now conservation scientists are starting to look at their effects on our bird populations. They call it ‘road exposure’ because they can’t directly measure the impact of road noise, but the noise pollution aspect is very much to the fore. Cambridge University's Sophia Cook has found that roads have a mostly negative effect on most birds in Great Britain. And with that negative effect being stronger in rarer birds this could be adding to the 'simplification' of bird populations and a reduction in biodiversity. Presenter - Adam Rutherford Producers - Fiona Roberts and Beth Eastwood #bbcinsidescience

Pre-prints over peer review during the COVID pandemic and roads and birds

With news reports moving as quickly as the virus may be spreading, the latest coronavirus outbreak which is thought to have started in Wuhan in central China is fast becoming a global health concern. Adam Rutherford speaks to BBC Inside Science's resident virologist Professor Jonathan Ball from Nottingham University, who says one of the most urgent things to do is to find out where the virus came from, and what animal it jumped to humans from.The Anabaptist Amish communities are some of the fastest growing populations on the planet. They came to the US from the Swiss-German border in the 18th and 19th centuries and  have maintained their plain, simple community-minded way of life.  Partly because they all descended from the same geographical area and partly because they tend to marry within their own communities, they can suffer from a particular spectrum of genetic disorders. Professor Andrew Crosby and Dr. Emma Baple from Exeter University have been studying these diseases, including a number new to medicine, and in return they are helping the Amish to understand and treat some of these debilitating diseases.He may currently sound more like a sheep baa-ing, but in a proof of concept experiment, Professor David Howard, an electrical engineer at Royal Holloway University of London, has been able to scan, 3D print and electronically reanimate the vocal tract of Nesyamum, a 3000 year old Egyptian mummy. The eventual hope is to recreate his tongue and try to get him to sing.Producer - Fiona Roberts

With news reports moving as quickly as the virus may be spreading, the latest coronavirus outbreak which is thought to have started in Wuhan in central China is fast becoming a global health concern. Adam Rutherford speaks to BBC Inside Science's resident virologist Professor Jonathan Ball from Nottingham University, who says one of the most urgent things to do is to find out where the virus came from, and what animal it jumped to humans from. The Anabaptist Amish communities are some of the fastest growing populations on the planet. They came to the US from the Swiss-German border in the 18th and 19th centuries and have maintained their plain, simple community-minded way of life. Partly because they all descended from the same geographical area and partly because they tend to marry within their own communities, they can suffer from a particular spectrum of genetic disorders. Professor Andrew Crosby and Dr. Emma Baple from Exeter University have been studying these diseases, including a number new to medicine, and in return they are helping the Amish to understand and treat some of these debilitating diseases. He may currently sound more like a sheep baa-ing, but in a proof of concept experiment, Professor David Howard, an electrical engineer at Royal Holloway University of London, has been able to scan, 3D print and electronically reanimate the vocal tract of Nesyamum, a 3000 year old Egyptian mummy. The eventual hope is to recreate his tongue and try to get him to sing. Producer - Fiona Roberts

Coronavirus outbreak in China; Genetic diseases in Amish communities and getting an Egyptian mummy to speak

The best episodes for anyone looking to learn more about topics such as happiness, fulfillment, depression and psychology/mental health in general. With interviews with industry experts, personal stories of individuals, this topic has lessons applicable to everyone. Add episodes you're interested into your queue below!

Best Episodes on Mental Health, Emotions & Thoughts

The best podcasts about ourselves as well as the world through the lense of Science. Specific topics include things about our brain, emotions to biology, physics and more!