Podcast appearances and mentions of Geoff Marsh

In this episode, Geoff Marsh speaks to Dr. Stephanie Ford about our Collection on Fetal Alcohol Spectrum Disorder.Read the collection here: https://www.nature.com/collections/fccidiefbi Hosted on Acast. See acast.com/privacy for more information.

Pediatric researchers Cynthia Bearer and Eleanor Molloy join podcast host Geoff Marsh to give an update on plans for the podcast and to offer some sage advice for Early Career Investigators.Find more Pediapod episodes here: https://www.nature.com/collections/fcbjjbchaa Hosted on Acast. See acast.com/privacy for more information.

We talk to Geoff Marsh, one of the curators of a new exhibition about the 1973 album Aladdin Sane and to Dave Robinson, aka ‘Robbo', legendary co-founder of Stiff Records.  Geoff tells us how photographer, the late Brian Duffy, created the lightning flash image of David Bowie.  That album cover has gone on to remain one of the world's three most instantly recognisable images - the other two are John Pasche's Hot Lips logo for the Rolling Stones and Hipgnosis's cover for Dark Side of the Moon.   Aladdin Sane: 50 Years, which runs at Southbank until the 28th May, celebrates the anniversary of this important cultural icon. Accompanying the exhibition are talks, live music, two nights of joyous club music and poetry. Meanwhile, Dave Robinson, who created hits for Madness, Tracey Ullman, Elvis Costello, Ian Drury, The Pogues and many more, regales us with tales of being in America as Jimi Hendrix's tour manager and putting together Bob Marley's greatest hits to create Legend, the best-selling reggae album of all time.  You can hear Dave telling his highly entertaining and improbable but true stories on his tour, We Came, We Saw, We Left – The Horse Speaks, which he's taking around the country until 15th May.   An extraordinary opportunity to listen to this conversation about the music that has survived half a century and continues to influence and inspire millions worldwide.

Geoff Marsh joins the show after WA won the Marsh One Day Cup. Learn more about your ad choices. Visit megaphone.fm/adchoices

Peter is joined by Geoff Marsh and birthday boy Danny Green. Learn more about your ad choices. Visit megaphone.fm/adchoices

Geoff Marsh checks in with Peter with aN update on WA cricket. Learn more about your ad choices. Visit megaphone.fm/adchoices

Peter is joined by Geoff Marsh and UFC expert Brett Bonetti. Learn more about your ad choices. Visit megaphone.fm/adchoices

The show takes a spooky turn as we go on a ghost hunt through the natural world. Sebastian shares his adventures finding fossils – the traces of animals that once lived, and Rutendo talks about her experiences in The Cradle of Humankind, the South African UNESCO World Heritage site containing early human fossils.Deep in the Peruvian Amazon there is a species of wild dog so rarely sighted it has become known as the ‘ghost dog'. We hear from Renata Leite Pitman, one of the few scientists to successfully track down and study the elusive creature as it moves quietly through the forest.Gravedigger turned ecologist Dan Flew leads Rutendo and Sebastian through Bristol's Arnos Vale Cemetery in the dead of night, for a close and thrilling encounter with some of the UK's rarest bats.We venture to the world's most northerly permanently inhabited place, Svalbard, in the Arctic Circle, where TikToker Cecilia Blomdahl reveals the magical secrets of this isolated yet beautiful landscape, on a trip out on her boat with her dog Grim.And we hear rare recordings of the Northern White Rhino, sadly now extinct in the wild, a recently departed ghost of a more biodiverse world.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researcher was Seb Masters.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Renata Leite Pitman for the feature on the ghost dogs.Dan Flew for leading the bat walk in Bristol.Cecilia Blomdahl for her report from Svalbard.Martyn Stewart for providing the sounds of the Northern White Rhino. Hosted on Acast. See acast.com/privacy for more information.

The difference between order and chaos can depend on your perspective. The systems and processes that drive the natural world might seem random in close-up, whether it's an ant wandering around near its nest, or a wildebeest charging through the water. But if you zoom out, you can see how these small activities combine to form part of a bigger picture.The Darwin Tree Of Life project is an attempt to bring order to nature by sequencing the DNA of every living thing in the UK, a staggering 70,000 species. The research team explains how they'll keep on target by doing a little light sequencing before their morning coffee.We fly high with one of nature's most stunning visual displays of order, murmuration, learning from Professor Mario Pesendorfer how this magical movement comes together, and how birds move in perfect sync with no leader.And wildlife sound recordist Chris Watson – who has helped to create some of the BBC's best-loved nature documentaries – takes us on a trip to Maasai Mara, where the annual rains bring a natural order to the migration patterns of wildebeest. Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researcher was Seb Masters.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Caroline Howard, Liam Crowley and Mark Blaxter for the feature on the Darwin Tree of Life Project.Mario Pesendorfer for sharing his insights into murmurations.Chris Watson for providing the wildebeest soundscape. Hosted on Acast. See acast.com/privacy for more information.

Sebastian is not afraid to admit that he lacks natural rhythm. But Rutendo thinks he's too hard on himself – perhaps the world is just out of sync with him. Besides, every living thing is built upon natural rhythms, from our response to night and day, to the beating of our hearts.Kristina Bolinder leads us on an exploration of a plant with a very unusual habit: it only flowers under the light of the full moon. The reason why connects a century of lunar records with the latest in botanical research.Deep in the Budongo Forest in Uganda, a team of researchers has been following a group of chimps for several years, and learning that they each have their own signature rhythm, expressed through drumming on the base of trees. What's more, they can choose when to reveal their identities through their drumming, and when to keep them hidden.Frozen Planet II Producer Rachel Scott tells us about the rhythm of life in the Arctic, from the devastating effects of climate change, to a beautiful and unexpectedsequence featuring polar bears dancing on ice.We close with the friendly tap-tapping sounds of the Great Spotted Woodpecker – who reveals much within its rhythm.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researcher was Seb Masters.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Kristina Bolinder for sharing her discovery that connected plants to the lunar cycle.Vesta Eluteri, Viola Komedova, Catherine Hobaiter and Mugisha Stephen for the feature on chimpanzee drumming.Rachel Scott from the BBC Natural History Unit.Chris Hails of wildechoes.org for providing the woodpecker soundscape. Hosted on Acast. See acast.com/privacy for more information.

In an age of individualism, sometimes we are more connected than we think. And the same is true for everything on the planet. Rutendo and Sebastian explore the question of how and why we define an individual, a colony, or a group, across the animal kingdom.Lisa Kirkendale was astounded when she came across the longest organism ever discovered, a siphonophore off the coast of Australia. Composed of several semi-independent but constantly connected parts known as zooids, could it be seen as a colony of many creatures, or just one?Richard Youell, a beekeeper and sound recordist, uses innovative techniques to record directly inside a beehive, an almost impossible task because of bees' natural inclination to protect themselves from a microphone, by covering it in wax. After a lot of time and patience, he has managed to record the unique captivating sounds of the battle between potential queens, a behaviour known as piping, where there can be only one victor.And we hear from Australian rockers King Gizzard And The Lizard Wizard, about their efforts to reduce the impact of their packed touring schedule on an increasingly fragile ecosystem.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researcher was Seb Masters.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Richard Youell for sharing his insight and sound recordings from within a beehive.Interviewee Lisa Kirkendale from the Western Australian Museum. Hosted on Acast. See acast.com/privacy for more information.

It's a scary world out there, as we explore how everything on the planet – from humankind to glaciers – must be able to respond to threat in order to survive. Sebastian surprises Rutendo with a story of the time he lived in Japan and took up fencing, occasionally finding himself at the wrong end of a sword.WWE wrestler and commentator Stu Bennett, better known as Bad News Barrett, is used to feeling the pressure in the ring. But away from that controlled environment, he has faced less expected threats, including an underwater close encounter with an enormous moray eel. He also shares his concerns – and hopes – for the future of a planet under its own kind of threat.In Nepal, poaching of rare animals is a growing problem, threatening the ecosystem itself. Kumar Paudel is tackling this issue head-on, using folk music and videos to educate rural communities on the consequences of poaching, and meeting face-to-face with convicted animal smugglers, to try to make lasting change against the odds.Lianna Zanette tells us about her work studying predator-induced fear, and how animals respond differently to threats depending on how they perceive their environment.And Oskar Glowacki introduces heartrending sounds recorded inside glaciers which are dying as a result of climate change.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researcher was Seb Masters.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Liana Zanette from The University of Western Ontario for sharing her research into the ecology of fear.Interviewee Stu Bennett aka Bad News Barrett.Kumar Paudel from Greenhood Nepal.Oskar Glowacki from the Polish Academy of Science for talking us through and letting us hear his glacier recordings. Hosted on Acast. See acast.com/privacy for more information.

Light and reflection are crucial across the animal kingdom, and sometimes they interact in strange and surprising ways. Rutendo tells Sebastian about the time she carried out a classic experiment, the mirror test, with lions, during her PhD. Some lions made friends with the mirrors, while others pursued less wholesome activities...The hatchet fish has evolved a fascinating means of hiding itself from predators, especially those searching out their prey with giant bioluminescent headlights. Biologist Alison Sweeney explains how the fish is able to disappear almost completely, using a combination of mirror-like scales and cells that act like fibre-optic cables on its belly.Yossi Yovel invites us into his “bat lab for neuro-ecology” in Tel Aviv, where he carries out (harmless) experiments with helium to see how a changed atmosphere can dramatically impact a bat's ability to navigate using echolocation.And we find ourselves immersed in the bizarre sound-world of the lyrebird, which can perfectly mimic everything from car alarms to the calls of up to 25 other species of bird.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researcher was Seb Masters.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Alison Sweeney from Yale University for sharing her research on hatchetfish.Yossi Yovel from Tel Aviv University for his interview about bat senses.Marc Anderson for supplying the lyrebird soundscape. Hosted on Acast. See acast.com/privacy for more information.

Sebastian and Rutendo celebrate nature's defenders in all their forms. They argue that vultures should get more credit for their vital role as scavengers. Their super-acidic stomachs kill off deadly bacteria, like anthrax, that accumulates onrotting carcasses. This prevents the spread of disease and recycles nutrients back into the environment.Molecular biologist Mike Kolomiets tells us that the fragrance of newly mown grass isactually a scream for help and a warning to nearby plants that a herbivore is around. Grass can defend itself by releasing toxic metabolites and summoning the assistance of parasitic wasps that attack plant-eating caterpillars.We hear from prominent Brazilian climate activists Sônia Guajajara and Celia Xakriabá, both of whom believe that inidigenous women have a vital role to play inthe fight to preserve Brazil's vast biodiversity.Biologist and comedian Simon Watt argues that to protect the biodiversity of our planet we need to be less fixated on cute creatures which are “lucky enough to havea face”, and take more interest in Earth's ugly animals.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researchers were Seb Masters and Dawood Quereshi.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Mike Kolomiets from Texas A&M University for sharing his research into grass.Simon Watt from the Ugly Animal Preservation Society.Alice Aedy for the report from Brazil and her interviewees Sônia Guajajara, Célia Xakriabá.Interviewee Carl Gerhardt from University of Missouri and Lang Elliot for the amphibious soundscape. Hosted on Acast. See acast.com/privacy for more information.

Peter chats to former Aussie cricketer Geoff Marsh and Tennis expert Brett Phillips.

Geoff chat to Peter about the current Australian cricket setup.

Rutendo and Sebastian are looking at stories and whether it matters who is telling them. Paula Kahumbu is a renowned conservationist and film-maker in Kenya who wants to see more African stories told by Africans for Africans. “It's really important that Iam empowered to tell my own story. Not just that it's authentic, which therefore will resonate with the audiences ...but also it boosts my ability to have more impact out there.” Through her programme: ‘Wildlife Warriors', Paula is training, championing and inspiring future generations of Africans to pursue careers in nature.Storytelling might feel uniquely human, but it plays an important role in the animal world too, with animals learning certain behaviours by copying family members. Just as human language is passed down through generations, animals learn vocalisations by listening to individuals around them. So what happens when that species is dying out? Daniel Appleby, of the Difficult Bird Research Group atCanberra University, describes how the scarcity of the Regent Honeyeater means the bird is forgetting its own song.And when an artist uses mushrooms to generate music through a synthesiser, who is the composer – the musician or the fungi?Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researchers were Seb Masters and Dawood Quereshi.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Daniel Appleby from the Difficult Bird Research Centre at the Australian National University in Canberra.Paula Kahumbu from WildlifeDirect. Hosted on Acast. See acast.com/privacy for more information.

We explore the invisible pulling powers of nature through the forces of smell, sound and gravity.In Greece, desert ants start their lives underground in total darkness. Void of landmarks and sun they initially learn to orient themselves using the Earth's magnetic field. German scientist Dr Pauline Fleischman reveals how her team discovered the ant's internal GPS.A healthy coral reef is a very noisy place, full of the snapping, rasping, scraping and croaking of various vocal species. But a dying reef is tragically quiet, devoid of the life which can no longer survive on it. However, conservationists have discovered a way to pull species back to these habitats with the ingenious use of underwaterspeakers.This sort of catfishing is used by a number of animals, including arachnids. Sebastian and Rutendo discuss one of nature's more perilous powers of attraction with Kenyan entomologist, Dr Dino Martins. He describes the dramatic mating behaviour of the camel spider, an alluring species with incredible hunting skills.Humans might find the British dawn chorus a more soothing courtship ritual. But for the birds, it's an intense competition. Sound recordist Gary Moore tells us why hethinks it's one of the world's greatest wildlife events.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researchers were Seb Masters and Dawood Quereshi.The Production Manager was Catherine Stringer, the Production Co-ordinator was Gemma Wootton, and the Project Co-ordinator was Linda Barber.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to...Dino J. Martins from the Mpala Research Centre.Pauline Fleischmann from the University of Würzburg for her insights on ant behaviour.Gary Moore who recorded and spoke about the dawn chorus soundscape.Tim Lamont, Tammy Silva, Emma Weschke, Tim Gordon and Eric Parmentier who provided underwater audio recordings for the interview with Steve Simpson from the University of Bristol. Hosted on Acast. See acast.com/privacy for more information.

Rutendo and Sebastian explore death and its role in the natural world. For Sebastian, death is a permanent state, a complete end to a life. But for Rutendo and her family, death is just a temporary parting. Around the world burial customs differ, but throughout nature, death and decay provide sustenance to other life-forms. Sebastian explores the extraordinary diversity within the ground, with soil ecologist Frank Ashwood, who explains that a single teaspoon of healthy soil contains more than a billion organisms. Among them, the nematode worm – the most abundant organism on the planet. Wildlife pathologist Simon Spiro performs a post-mortem on an elderly cheetah from Whipsnade zoo, and takes us through ZSL's archive of specimens from nearly 120 years of animal post-mortems. Samples such as worms from the gut of a European bison, or stones from the stomach of a llama, are used to help scientists learn more about the basic biology of each species. Rutendo and Sebastian are joined by TikTok star Mamadou whose animal fact videos have brought him more than 15 million followers. Rutendo and Mamadou bond over their shared belief that jaguars are disrespectful, and he leaves Sebastian with a disturbing story about Pelicans. CreditsThe BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.The producers were Rachel Byrne and Geoff Marsh.The researcher was Seb MastersThe Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon. Special thanks toSimon Spiro from the Zoological Society of London.Soil ecologist Frank Ashwood.Jennifer Jerret from The Acoustic Atlas at Montana State University for providing the soundscape from Yellowstone National Park.Mamadou Ndiaye who can be found on TikTok under @mndiaye_97 Hosted on Acast. See acast.com/privacy for more information.

Rutendo and Sebastian get to indulge their passions for nature AND superheroes, as they look at real-life superpowers in nature. Rutendo explores how these superpowers inspire fictional worlds and heroes with evolutionary biologist Mike McHargue. Mike helps writers and film-makers integrate accurate and consistent science into their stories, and together he and Rutendo invent a brand new superhero. Rats seem unlikely superheroes but in Tanzania they're being trained to save lives. Their acute sense of smell means they can detect landmines, and sniff out illegal wildlife being trafficked in shipping containers. We drop in on their training at non-profit organisation, APOPO. Sebastian's favourite superhero is Spiderman, whose spider-sense gives him advance warning of impending danger. This superpower is used every day by real spiders whose special leg hairs can sense vibrations. Web-building spiders use this superpower to build a mental map of the world around them by detecting and decoding the tiny vibrations created by anything that touches their web. Through a special program designed by experts at MIT, we hear a digital version of this experience, turning the web into a musical instrument with thousands of unique notes.Credits:The BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton.This episode was produced by Rachel Byrne and Geoff Marsh.The researcher was Seb Masters.The Production Manager was Catherine Stringer and the Production Co-ordinator was Gemma Wootton.Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews.The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon.Special thanks to:Isabelle Szott, Lily Shallom & Said Mshana from APOPO and producer Charles Kombe for the recordings.Science consultant Mike McHargue from Quantum Spin Studios.Markus Buehler from MIT for providing the spider web soundscape. Hosted on Acast. See acast.com/privacy for more information.

You don't need to be on an African Savanna to enjoy a safari. Rutendo and Sebastian explore how to have a nature adventure wherever you are. On the isle of Bute in Scotland, Nature Instagrammer Lucy Lapwing takes us on an immersive walk through her local woodland. It's a wonderfully damp, fresh day, and the forest is dripping with lichen and bright lime green moss as Lucy points out local birds and wildlife. Rutendo and Sebastian go in search of spiders in Bristol, and with the ingenious use of an electric toothbrush, tempt a rather large specimen out of a city wall. Their special guest is Eric Stonestreet, the Emmy award-winning actor best known for playing Cameron Tucker in the ABC mockumentary sitcom Modern Family. A huge nature-fan, Eric describes some of his favourite animal encounters.And finally, we hear how patience and stillness are key to noticing the amazing nature all around us, as sound recordist Melissa Pons shares some of her haunting recordings of wolves in Portugal.CreditsThe BBC Earth podcast is presented by Sebastian Echeverri and Rutendo Shackleton . This episode was produced by Rachel Byrne and Geoff Marsh. The researchers were Seb Masters and Dawood Quereshi. The Production Manager was Catherine Stringer, the Production Co-ordinator was Gemma Wootton, and the Project Co-ordinator was Linda Barber. Podcast Theme Music was composed by Axel Kacoutié, with mixing and additional sound design by Peregrine Andrews. The Associate Producer is Cristen Caine and the Executive Producer is Deborah Dudgeon. Special thanks to… Interviewee Eric Stonestreet.Lucy Lapwing for her report from the Isle of Bute. Field recordist Melissa Pons for the wolf soundscape. Hosted on Acast. See acast.com/privacy for more information.

This episode is about Shai Hope's run rate in ODI's, and it's only a crossover pod with our very own Machel from West Indies on 99.94. We talk about West Indies ODI team, work out which teams Hope would get picked for, whether he is still the best player West Indies have and I mention Geoff Marsh's nuts.  - Check out the 99.94 DM App here: https://9994dm.com/. To support the podcast please go to our Patreon page. https://www.patreon.com/user?u=32090121. If you like this podcast, you may enjoy other things I create, check them all out at https://linktr.ee/jarrodkimber. Hear West Indies on 99.94DM via Apple Podcasts or Spotify.  Find Machel on Twitter here: https://twitter.com/MashStPaddy. This podcast audio is edited, mixed and produced by Nick McCorriston, he's at https://www.nickamc.com and https://www.twitter.com/soundboy_audio FortyTwo make our video productions, and Mukunda Bandreddi is in charge of our video side. Aurojyoti Senapati turns the files into video podcasts and Subhankar Bhattacharya makes our graphics. Learn more about your ad choices. Visit megaphone.fm/adchoices

Dilated cardiomyopathy (DCM) is a rare but serious condition of children and often progresses to heart failure. The outcomes for children with DCM are poor, with 50% of pediatric patients dying or needing a heart transplant within 5 years of diagnosis. In this episode, Geoff Marsh meets professor Carmen Sucharov from the University of Colorado Anschutz campus and the director of the Pediatric Cardiology Research Laboratories. She and her team have been studying the regulation of micro-RNAs and their putative target genes in the pediatric DCM heart that may contribute to the distinctive phenotype of this disease in children. Read the article here. See acast.com/privacy for privacy and opt-out information.

“I just sent you a recording from a lovely little glade in the forests above Ambleside, which was covered in bluebells, and loads of pesky bumblebees feeding off them. Also sat […]

Former Australian cricketer and coach, Geoff Marsh joined us to recap his sons heroics in the T20 World Cup Final and discuss if he should be selected in the Test side.

Monday edition of the TAB Touch Lounge with Declan Kelly and Peter Vlahos featuring Brittany Taylor, Simon Hill and Geoff Marsh.

For Part 2 of Sunday Afternoon's show Julian King had the reigns looking ahead to the T20 World Cup Final with Geoff Marsh, covering the Socceroos upcoming qualifier against China with Adam Peacock, some sporting memorabilia chat and Tim Mannah with the latest NRL player movements as the silly season ramps up. For Part 1 with Chris Warren just search "Higher Ground with Chris Warren"

This week London's Ultra Low Emission Zone was extended to 18 times its previous size. In an effort to cut levels of various nitrogen oxides and other gases dangerous to humans from urban air, cities encouraging lower emission vehicles is a trend soon stretching across the UK and other European countries. But some are sceptical as to their efficacy. Dr Gary Fuller of Imperial College London is author of The Invisible Killer, and has been studying the air in London and elsewhere since these zones began. As COP26 begins in Glasgow, a wealth of climate science is being published and publicised. Victoria Gill describes a couple of stories this week that point out quite how complex the science is, let alone the diplomacy and economics. Whilst the world's forests taken as a whole undoubtedly still capture more CO2 than they release, research this week shows that ten of Unesco's World Heritage Forests - making up for an area twice the size of Germany - have in the last ten years actually moved from being a carbon sink to a carbon source. There are several reasons, land use pressure being one of them, but also extreme climate events like wildfires (and even a hurricane in one instance) have tipped the balance, and show what how sharp the knife edge is for natural resilience. Meanwhile, the Financial Times reports that scientists have found an unexpected outflow of methane into the atmosphere from a site very close to the COP26 conference centre in Glasgow, highlighting just how great a challenge net zero will be. Alongside some of humans' most earth-changing achievements, the domestication of the horse stands as something outstanding in human history. Without it, war, traded and culture would be unrecognizable. But quite when and where the modern horse originated has been something of a mystery. In Nature this week, researchers have published an extensive study into ancient DNA that seems to pinpoint finally a moment and a place where this happened, 4,200 years ago. Geoff Marsh takes Marnie for a canter through the mystery. Presenter: Marnie Chesterton Producer: Alex Mansfield Made in association with The Open University

We've talked a huge amount the past 18 months, for obvious reasons, about the way that white blood cells protect us from infection. But red blood cells – it's probably among the earliest things I learned in human biology that they're simple bags for carrying oxygen around the body. But over recent years, immunologist Nilam Mangalmurti, University of Pennsylvania, has been finding several clues to challenge that dogma – including molecules on the surface of red blood cells known from other parts of the immune system. The Last Ice Area, home to the oldest and thickest ice in the Arctic, is expected to act as the last refuge for ice-dependent wildlife as the rest of the Arctic melts. Kent Moore, University of Toronto-Mississauga, tells us that the formation of a 3,000 square kilometre rift in the area means the ice is not as resilient as we once thought. Also on the programme, an obituary for the renowned Dutch climate scientist and physicist Geert Jan van Oldenborgh (October 22, 1961 – October 12, 2021), and, Dominique Gonçalves, Gorongosa National Park, explains how ivory poaching during the Mozambican civil war led to the rapid evolution of tusklessness in African elephants. 'To be or not to be' was never your decision. No one alive today is an 'exister' by consent - your parents made that call for you. But who can blame them? Animals are hardwired with strong impulses towards their procreative goals, and we humans, by and large, are no different. But for some conscientious people alive today, this most fundamental of biological impulses is butting up against a rational pessimism about the future... With apocalyptic scenes of natural disasters, rising sea levels and global pandemics causing existential dread and actual suffering, it's understandable that CrowdScience listener Philine Hoven from Austria wrote to us asking for help her make sense of what she sees as the most difficult question she faces - should she have children. In this episode, presenter Geoff Marsh helps Philine to predict what kind of a world her hypothetical child might inhabit, and explores the impact their existence, or indeed non-existence might have on society and the planet. Plus, we'll explore how medical ethicists can help us to navigate the moral landscape of the unborn. Brooding or broody, this is essential listening for any prospective parents. Image: Confocal microscopy of CpG-treated human RBCs stained for Band 3. Credit: Mangalmurti Lab / Nilam Mangalmurti, MD)

To be or not to be” was never your decision. No one alive today is an “exister” by consent - your parents made that call for you. But who can blame them? Animals are hardwired with strong impulses towards their procreative goals, and we humans, by and large, are no different. But for some conscientious people alive today, this most fundamental of biological impulses is butting up against a rational pessimism about the future... With apocalyptic scenes of natural disasters, rising sea levels and global pandemics causing existential dread and actual suffering, it's understandable that CrowdScience listener Philine Hoven from Austria wrote to us asking for help her make sense of what she sees as the most difficult question she faces - should she have children? In this episode, presenter Geoff Marsh helps Philine to predict what kind of a world her hypothetical child might inhabit, and explores the impact their existence, or indeed non-existence might have on society and the planet. Plus, we'll explore what ‘antinatalism'- a philosophical stance which argues against procreation, can tell us about the moral landscape of the unborn. With Ms Caroline Hickman, Professor Mike Berners-Lee, Professor Noriko Tsuya and Professor David Benatar. Presented and produced by Geoff Marsh for BBC World Service

Music can make us feel happy and sad. It can compel us to move in time with it, or sing along to a melody. It taps into some integral sense of musicality that binds us together. But music is regimented, organised. That same 'sense' that lets us lean into Beethoven makes a bad note or a missed beat instantly recognisable. But does that same thing happen in the minds of animals? Can a monkey feel moved by Mozart? Will a bird bop to a beat? Do animals share our 'Sense of Music'? Charles Darwin himself thought that the basic building blocks of an appreciation for music were shared across the animal kingdom. But over decades of scientific investigation, evidence for this has been vanishingly rare. Fresh from his revelation that animals' experience of time can be vastly different to our own, in the award-winning programme 'A Sense of Time', presenter Geoff Marsh delves once more into the minds of different species. This time he explores three key aspects of musicality: rhythm, melody and emotional sensitivity. Geoff finds rhythm is lacking in our closest relatives, the chimpanzees. But it's abundantly clear in a dancing Cockatoo, and internet sensation, named Snowball. He speaks with scientists who have revealed that birds enjoy their own music, but may be listening for something completely different to melody. And Geoff listens to music composed for tamarin monkeys, that apparently they find remarkably relaxing, but which sets us on edge. In 'A Sense of Music', discover what happens when music meets the animal mind. Produced by Rory Galloway Presented by Geoff Marsh

Music can make us feel happy and sad. It can compel us to move in time with it, or sing along to a melody. It taps into some integral sense of musicality that binds us together. But music is regimented, organised. That same 'sense' that lets us lean into Beethoven makes a bad note or a missed beat instantly recognisable. But does that same thing happen in the minds of animals? Can a monkey feel moved by Mozart? Will a bird bop to a beat? Do animals share our 'Sense of Music'? Charles Darwin himself thought that the basic building blocks of an appreciation for music were shared across the animal kingdom. But over decades of scientific investigation, evidence for this has been vanishingly rare. Fresh from his revelation that animals' experience of time can be vastly different to our own, in the award-winning programme 'A Sense of Time', presenter Geoff Marsh delves once more into the minds of different species. This time he explores three key aspects of musicality: rhythm, melody and emotional sensitivity. Geoff finds rhythm is lacking in our closest relatives, the chimpanzees. But it's abundantly clear in a dancing Cockatoo, and internet sensation, named Snowball. He speaks with scientists who have revealed that birds enjoy their own music, but may be listening for something completely different to melody. And Geoff listens to music composed for tamarin monkeys, that apparently they find remarkably relaxing, but which sets us on edge. In 'A Sense of Music', discover what happens when music meets the animal mind. Produced by Rory Galloway Presented by Geoff Marsh

Acute kidney injury (AKI) causes significant morbidity and mortality in children, including prolonged hospital stays, increased risk of in-hospital death and future risk of hypertension and progression to chronic kidney disease. Whilst it is quite common, it often goes unrecognized, especially outside of the critical care setting. In this episode, Geoff Marsh speaks to Dr. Shina Menon, a pediatric nephrologist at Seattle Children's Hospital, who performed a pilot study which evaluated the utility of an e-alert system to alert care providers that a patient had AKI, in conjunction with a care bundle which offered simple guidelines to help with their management. See acast.com/privacy for privacy and opt-out information.

The latter half of gestation and early neonatal life are critical periods for the maturation of the autonomic nervous system. Premature infants are born with underdeveloped autonomic maturation and must undergo their developmental changes in a vastly different setting to the natural, in utero environment. A number of studies have shown autonomic dysmaturation in premature infants, although these have mainly looked at cohorts of children from high-morbidity NICUs. In this episode, Geoff Marsh talks to Dr. Sarah Mulkey, a fetal neonatal neurologist at Children's National Hospital in Washington DC, who tracked the sympathetic and parasympathetic maturation of a cohort of preterm infants with low medical morbidity in a large community NICU, to assess how birth gestational age affected their autonomic maturation. See acast.com/privacy for privacy and opt-out information.

Podcast: The Science Hour (LS 53 · TOP 0.5% what is this?)Episode: Mixing Covid vaccinesPub date: 2021-02-07A new trial is about to start in the UK, seeing if different vaccines can be mixed and matched in a two-dose schedule, and whether the timing matters. Governments want to know the answer as vaccines are in short supply. Oxford University's Matthew Snape takes Roland Pease through the thinking. Despite the numbers of vaccines being approved for use we still need treatments for Covid-19. A team at the University of North Carolina is upgrading the kind of manufactured antibodies that have been used to treat patients during the pandemic, monoclonal antibodies. Lisa Gralinski explains how they are designing souped-up antibodies that'll neutralise not just SARS-CoV-2, but a whole range of coronaviruses. Before global warming, the big ecological worry that exercised environmentalists was acid rain. We'd routinely see pictures of forests across the world dying because of the acid soaking they'd had poisoning the soil. In a way, this has been one of environmental activism's success stories. The culprit was sulphur in coal and in forecourt fuels – which could be removed, with immediate effect on air quality. But biogeochemist Tobias Goldhammer of the Leibniz Institute in Berlin and colleagues have found that sulphur, from other sources, is still polluting water courses. There's been debate over when and where dogs became man's best friend. Geoff Marsh reports on new research from archaeology and genetics that puts the time at around 20,000 years ago and the place as Siberia. Could being happier help us fight infectious disease? As the world embarks on a mass vaccination programme to protect populations from Covid-19, Crowdscience asks whether our mood has any impact on our immune systems. In other words, could being happier help us fight infectious diseases? Marnie Chesterton explores how our mental wellbeing can impact our physical health and hears that stress and anxiety make it harder for our natural defence systems to kick in – a field known as psychoneuroimmunology. Professor Kavita Vedhara from the University of Nottingham explains flu jabs are less successful in patients with chronic stress. So scientists are coming up with non-pharmacological ways to improve vaccine efficiency. We investigate the idea that watching a short feel-good video before receiving the inoculation could lead to increased production of antibodies to a virus. And talk to Professor Richard Davidson who says mindfulness reduces stress and makes vaccines more effective.The podcast and artwork embedded on this page are from BBC World Service, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

A new trial is about to start in the UK, seeing if different vaccines can be mixed and matched in a two-dose schedule, and whether the timing matters. Governments want to know the answer as vaccines are in short supply. Oxford University’s Matthew Snape takes Roland Pease through the thinking. Despite the numbers of vaccines being approved for use we still need treatments for Covid-19. A team at the University of North Carolina is upgrading the kind of manufactured antibodies that have been used to treat patients during the pandemic, monoclonal antibodies. Lisa Gralinski explains how they are designing souped-up antibodies that’ll neutralise not just SARS-CoV-2, but a whole range of coronaviruses. Before global warming, the big ecological worry that exercised environmentalists was acid rain. We’d routinely see pictures of forests across the world dying because of the acid soaking they’d had poisoning the soil. In a way, this has been one of environmental activism’s success stories. The culprit was sulphur in coal and in forecourt fuels – which could be removed, with immediate effect on air quality. But biogeochemist Tobias Goldhammer of the Leibniz Institute in Berlin and colleagues have found that sulphur, from other sources, is still polluting water courses. There’s been debate over when and where dogs became man’s best friend. Geoff Marsh reports on new research from archaeology and genetics that puts the time at around 20,000 years ago and the place as Siberia. Could being happier help us fight infectious disease? As the world embarks on a mass vaccination programme to protect populations from Covid-19, Crowdscience asks whether our mood has any impact on our immune systems. In other words, could being happier help us fight infectious diseases? Marnie Chesterton explores how our mental wellbeing can impact our physical health and hears that stress and anxiety make it harder for our natural defence systems to kick in – a field known as psychoneuroimmunology. Professor Kavita Vedhara from the University of Nottingham explains flu jabs are less successful in patients with chronic stress. So scientists are coming up with non-pharmacological ways to improve vaccine efficiency. We investigate the idea that watching a short feel-good video before receiving the inoculation could lead to increased production of antibodies to a virus. And talk to Professor Richard Davidson who says mindfulness reduces stress and makes vaccines more effective.

A new trial is about to start in the UK, seeing if different vaccines can be mixed and matched in a two-dose schedule, and whether the timing matters. Governments want to know the answer as vaccines are in short supply. Oxford University’s Matthew Snape takes Roland Pease through the thinking. Despite the numbers of vaccines being approved for use we still need treatments for Covid-19. A team at the University of North Carolina is upgrading the kind of manufactured antibodies that have been used to treat patients during the pandemic, monoclonal antibodies. Lisa Gralinski explains how they are designing souped-up antibodies that’ll neutralise not just SARS-CoV-2, but a whole range of coronaviruses. Before global warming, the big ecological worry that exercised environmentalists was acid rain. We’d routinely see pictures of forests across the world dying because of the acid soaking they’d had poisoning the soil. In a way, this has been one of environmental activism’s success stories. The culprit was sulphur in coal and in forecourt fuels – which could be removed, with immediate effect on air quality. But biogeochemist Tobias Goldhammer of the Leibniz Institute in Berlin and colleagues have found that sulphur, from other sources, is still polluting water courses. There’s been debate over when and where dogs became man’s best friend. Geoff Marsh reports on new research from archaeology and genetics that puts the time at around 20,000 years ago and the place as Siberia. (Image: Getty Images) Presenter: Roland Pease Producer: Deborah Cohen

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

In this episode we spoke with Geoff Marsh, MD of Dansam Ltd. Geoff's work ranges from management and leadership skills, teambuilding, communication, front line sales and negotiation training as well as dealing with demanding clients, cold calling and asking for referrals. With Geoff we talked about how to become a more assertive communicator. We hope you enjoy it! +++ If you'd like to learn more about effective public speaking and presentation skills, join us for our next FREE web class: http://ideasonstageuk.eventbrite.com

If you contracted COVID will you then be protected from further infections and illness from SARS-CoV-2 in the future? We’re starting to hear about cases of people being infected by the novel coronavirus for a second time. A handful of these cases have been published in peer reviewed journals. Nottingham University’s Professor of Virology Jonathan Ball discusses how big the problem of reinfection might be. Is it likely to be a common event which could hamper efforts to bring the pandemic under control? In the latest in our series interviewing the shortlisted authors from this year’s Royal Society Insight Investment Science Book Prize, Susannah Cahalan talks to Adam Rutherford about her investigative journalism into the scientific mystery that is mental illness. Her book ‘The Great Pretender - The Undercover Mission that Changed our Understanding of Madness’ focuses on a fundamental experiment carried out in the 1970s by renowned Stanford University Professor of Psychology David Rosenhan. His famous study was published in Science under the title ‘Being Sane in Insane Places’ and describes using ‘pseudo-patients’ to test whether they would be spotted presenting at psychiatric institutions in the US. They weren’t! His findings proceeded to shape modern psychology and psychiatry. It has been a study that Susannah, has come to find rather mysterious, with elaborate descriptions that don’t always seem to add up. Mental illness and applied neuroscience remain tricky disciplines to navigate, but Susannah has had personal experience with her own misdiagnosis of schizophrenia when she has an autoimmune brain disease. COVID does funny things to your sense of smell: Adam got a heightened sense of smell, producer Fi totally lost her sense of smell, and Inside Science reporter, Geoff Marsh – well… his sense of smell just got weird. To find out why, Geoff called in Professors Mathew Cobb, an expert on smell at the University of Manchester, and Tim Spector from Kings College London whose symptom tracker app was instrumental in getting changes to sense of smell on the symptom list for COVID. Presenter – Adam Rutherford Producers– Fiona Roberts and Andrew Luck-Baker Produced in collaboration with the Open University

As the UK gradually begins to ease out of lockdown, Marnie explores how engineers are hoping to reduce the spread of Covid-19. We’ve learned how infected people exhale droplets and aerosols, containing the virus, and how we can then either inhale them, or transfer them to our faces by touching contaminated surfaces. Many shops already have screens and physical barriers, while schools and offices are re-configuring desks and walkways. What role does the environment play in our overall risk of becoming infected and what can we do about it? This is the focus of the SAGE Environmental Working Group. Marnie talks to its Chair, Catherine Noakes, Professor of Environmental Engineering for Buildings at Leeds University. Minimising the risks that contaminated surfaces pose is a key challenge that engineers are now trying to address. Marnie asks Birmingham University Research Scientist, Felicity de Cogan, about the surface she created which kills bacteria in seconds. She's now re-purposing the technology to kill the virus that causes Covid-19. If her laboratory studies prove that it kills the virus as quickly, as she hopes, the technology could be used to create antiviral PPE that can be re-used rather than thrown away. Epidemiology has been thrust into the spotlight in recent months, helping us track the viral threat facing all of us. But companion animal epidemiology - which studies disease in pet populations - is a much younger field. It’s one that’s starting to search for the answers to another puppy-related conundrum that’s been puzzling BBC Inside Science reporter Geoff Marsh - should he get puppy Kevin castrated? Neutering has become a cultural norm in the UK. But the health risks to neutered male dogs include cancers and joint disorders in some breeds. The operation and anaesthetic carries some risk as does the age of the dog when the operation is carried out. The risk of dog populations exploding with hundreds of un-neutered dogs is low, because most owners control their dogs to such a degree the chance of unplanned mating doesn't come up. But neutering can help with some behavioural problems in pet dogs. So what is the answer? Will Kevin remain intact? Presenter - Marnie Chesterton Producers - Beth Eastwood and Fiona Roberts

If you have ever watched a spider as it works to build a web, spiralling inwards with a thread of silk, that intersects each glistening spoke with a precise touch of the foot, you will know that it is a remarkably complex behaviour. In this episode, presenter Geoff Marsh dives into the minds of spider-constructors as they build their webs. CrowdScience listener Daan asked us to find out how spiders can build webs without ever being taught how to do it. Are they just little robots controlled entirely by their genetic instructions? Spider silk expert Dr Beth Mortimer, describes the process of building a web in detail, while Professor Iain Couzin explains the simple modular behaviours that build up, in sequence, to create apparently complex instincts, like the huge locust swarms that are sweeping across vast areas of Africa and Arabia. Taking us deep under the exoskeletons of invertebrates, Professor Gene Robinson reveals an animal's behaviours can be altered by their genes, and the root similarity between learning and instincts. Spiders, despite their tiny size, have fascinating behaviours. Some jumping spiders can work out the best way out of a maze, and one arachnologist reveals how some social spiders can cooperate to build communal webs and capture moths that are many times their size. Geoff searches for the science that can reveal how instinct can create complex behaviour by setting up interviews at the homes of spider experts from around the world. Presented by Geoff Marsh. Produced by Rory Galloway for BBC World Service. Image: European garden spider, Araneus diadematus hanging in the web. Photo by: Michael Siluk / Universal Images Group via Getty Images

Could your smart fitness device detect if you were coming down with respiratory symptoms? A project collecting data from smart wearable devices to see if they can plot outbreaks of disease symptoms by reporting data in real time and giving it a geographical tag has been launched. This would allow local authorities to mount responses quickly before any virus spreads further. The study is called DETECT and one of those involved is Dr. Jennifer Radin an epidemiologist at Scripps Research Translational Institute in San Diego California and she joins us on the programme. COVID-19 Cybercrime Why are we more susceptible to cybercrime during lockdown? A new report just published by The Global Initiative against Transnational Organized Crime entitled “Cybercrime – Threats during the COVID-19 pandemic” is trying to answer that question. From attacks on hospitals, to a massive rise in the registration of websites with coronavirus, pandemic and COVID-19 in their addresses, the report looks at how our behaviour, our tech and the criminals, have changed in the last few months making cybercrime an even greater threat than before. How safe are sex robots? Sex robots are increasing in popularity. But as more people around the world bring these increasingly sophisticated androids into their homes, what new risks do they bring with them? As countries across the globe enforce strict lockdowns, many of us have felt the power of technology to counter loneliness and isolation, but how close should we let our tech get? And when technology is so taboo, do important discussions about safety ever see the light of day? Luckily, roboticists and regulators are beginning to grapple with some of these issues. Geoff Marsh has been finding out more… (Image: Smartwatch. Credit: iStock / Getty Images Plus) The programme is presented by Gareth Mitchell with expert commentary from Ghislaine Boddington. Producer: Ania Lichtarowicz

Italy is beginning its first tentative steps towards ending its lockdown. These are small steps, opening a few shops in areas where virus transmission has seen big falls. Part of the reason for this controlled strategy is that there are real concerns over a potential resurgence of the virus, Around the world there are now hundreds of trials on drug treatments for Covid 19. Results so far are mixed, with antivirals developed for Ebola and HIV showing positive signs, but antimalarial drugs, championed by President Trump in particular have been shown to have dangerous potentially life threatening side effects. A warning from history, more than 500 years ago suggests the western US in particular is entering an extreme drought, a ‘Megadrought’. When this last happened it led to war, depopulation and the spread of disease. And its 10 years since the Deepwater Horizon oil spill in the Gulf of Mexico. Studies of fish in the region suggest they are still affected by oil from that spill and more recent lesser known pollution events. If you have ever watched a spider as it works to build a web, spiralling inwards with a thread of silk, that intersects each glistening spoke with a precise touch of the foot, you will know that it is a remarkably complex behaviour. In this episode, presenter Geoff Marsh dives into the minds of spider-constructors as they build their webs. CrowdScience listener Daan asked us to find out how spiders can build webs without ever being taught how to do it. Are they just little robots controlled entirely by their genetic instructions? Spider silk expert Dr Beth Mortimer, describes the process of building a web in detail, while Professor Iain Couzin explains the simple modular behaviours that build up, in sequence, to create apparently complex instincts, like the huge locust swarms that are sweeping across vast areas of Africa and Arabia. Taking us deep under the exoskeletons of invertebrates, Professor Gene Robinson reveals an animal's behaviours can be altered by their genes, and the root similarity between learning and instincts. Spiders, despite their tiny size, have fascinating behaviours. Some jumping spiders can work out the best way out of a maze, and one arachnologist reveals how some social spiders can cooperate to build communal webs and capture moths that are many times their size. Geoff searches for the science that can reveal how instinct can create complex behaviour by setting up interviews at the homes of spider experts from around the world. (Image: Italy, shops begin to open. Credit: European Photopress Agency)

While the world is dealing with the coronavirus outbreak, those who are concerned about the environment are saying that an arguably bigger crisis is being side-lined. Climate change, or climate breakdown, is still happening. Just like the Covid-19 pandemic, it will be the poorest people in the poorest countries that pay the highest price for the breakdown in our climate. But can we learn something from the current lockdown that can be applied to climate change? Can it provide the impetus for us to do things differently. Writer and environmentalist George Monbiot thinks so. He recently wrote that coronavirus is ‘a wake-up call for a complacent civilisation’, and he discusses with Marnie Chesterton whether there is some hope that can be taken from the current crisis. Last year, it was announced that a new coal mine in Cumbria was given backing in parliament. The Woodhouse colliery would be Britain’s first new deep coal mine in 30 years, bringing much needed jobs to the community. The colliery, along the coast from Whitehaven, is planned to be producing coking coal for the steel industry. Cumbria County Council claimed the mine, which aims to process 2.5m tonnes of coking coal a year, would be carbon neutral, as locally produced coal, negates the need to ship it in from as far afield as the US, Canada, Russia and Colombia. It’s perhaps unsurprising that climate campaigners think this is a huge step back and that the mine is unnecessary and incompatible with UK climate ambitions and that it will hold back the development of low-carbon steelmaking. BBC Inside Science sent reporter Geoff Marsh to explore the story that highlights the difficulties of balancing carbon costs and accounting, with employment and self-sufficiency. Presenter - Marnie Chesterton Producer - Fiona Roberts

Last week, we promised we’d tackle your coronavirus and associated Covid 19 questions and you came up trumps. So this week we’re be talking about the latest from the lockdown, why there are bottlenecks in the testing system, how long the virus lives on your door handles and whether your dog can spread coronavirus. Joining us to answer your questions are Jonathan Ball, Professor of Virology at the University of Nottingham, and BBC Radio Science presenter and reporter Roland Pease. On Monday evening, Prime Minister Boris Johnson told the British people to ‘stay at home’. How stringent is the UK’s lockdown compared to other countries, and is it likely to be effective? The only real way we can know about the incidence and prevalence of the coronavirus is to test. Listener Andrew in Didcot wants to know more about testing and when antibodies appear in us. We discuss how the current testing system works, and why there are limitations on testing. One question that lots of scientists have been asking is: can people with mild or no symptoms spread the coronavirus? And so we delve into the evidence for asymptomatic spreading. Listeners Eleanor and Andy have been wondering about passing the virus from person to surface to person. Roland Pease looks into the virus’ survival on surfaces and elsewhere, and asks how that might be affecting spread. Finally, reporter Geoff Marsh tackles a quandary facing dog owners: Is it safe to walk your pet? Can dogs spread the virus? Presenter: Marnie Chesterton Producers: Fiona Roberts and Jennifer Whyntie

2019 was Australia’s hottest year on record, a major factor behind the bush fires which have been far worse than usual. We look at the patterns of extreme weather that have contributed to the fires but are also linked to floods in Africa. And the way in which thunderstorms have helped to spread the fires. The armpit of Orion is changing. The star Betelgeuse is dimming some claim this is readying it for a major explosion others are more sceptical, we weight up the arguments. And an Iron Age brain may hold some clues to modern neurodegenerative disease. Protein fragments have been extracted from the brain tissue found inside a 2,500 year old human skull. Reducing climate change and global warming is one of the biggest and most urgent challenges for everyone as we enter a new decade. The CrowdScience team have been trying to figure out how to play our part in reducing our carbon footprint. So what’s the best way forward? Presenter Marnie Chesterton starts to find out by pitting three of her colleagues against each other for the first phase of our challenge. Anand Jagatia, Geoff Marsh and Melanie Brown have all been tasked with answering a listener’s question in the lowest-carbon way possible. Along the way, they must monitor and account for every emission – from their travel methods to their choice of sustenance whilst working. It turns out that the challenge is not only in acknowledging all the types of activity that produce emissions, but in working out the volume of greenhouse gases produced. Marnie judges her colleagues’ efforts, determines a winner, and dispatches the losing challenger to look further into carbon calculation, and to find out about the possibilities of legitimately offsetting the overall footprint. And we start our on-going experiment using a broadcast industry carbon calculator to find out the most carbon-efficient and sustainable ways to keep answering everyone’s questions and sharing more cutting-edge global science. (Image: Australia fires. Credit: Getty Images)

Reducing climate change and global warming is one of the biggest and most urgent challenges for everyone as we enter a new decade. The CrowdScience team have been trying to figure out how to play our part in reducing our carbon footprint. So what’s the best way forward? Presenter Marnie Chesterton starts to find out by pitting three of her colleagues against each other for the first phase of our challenge. Anand Jagatia, Geoff Marsh and Melanie Brown have all been tasked with answering a listener’s question in the lowest-carbon way possible. Along the way, they must monitor and account for every emission – from their travel methods to their choice of sustenance whilst working. It turns out that the challenge is not only in acknowledging all the types of activity that produce emissions, but in working out the volume of greenhouse gases produced. Marnie judges her colleagues’ efforts, determines a winner, and dispatches the losing challenger to look further into carbon calculation, and to find out about the possibilities of legitimately offsetting the overall footprint. And we start our on-going experiment using a broadcast industry carbon calculator to find out the most carbon-efficient and sustainable ways to keep answering everyone’s questions and sharing more cutting-edge global science. Presented by Marnie Chesterton Produced by Jen Whyntie for the BBC World Service (Photo:

Human life expectancy has been increasing for decades. In many developed countries, we can now expect to live into our 80s, and it isn’t uncommon to live to 90 or even 100 years old. But eventually our bodies fail, old age is undoubtedly a clear indicator of approaching death. This fact annoyed 79 year old CrowdScience listener Bill, who emailed in to set presenter Geoff Marsh the task of seeking out the secrets to a longer, healthier life. Bill has a personal target to live to 200 years old, so can he do it? Well some people appear to age more slowly. In one part of Costa Rica, people commonly hit their hundredth birthday. CrowdScience’s Rafael Rojas visits these Central American centenarians to ask them their secrets to a longer life. Then, in interviews with the best age researchers around the world, including Professor Linda Partridge and Professor Janet Lord, Geoff reveals the science behind longer lifespans, and what people can do to live for longer, healthily. Presented by Geoff Marsh Produced by Rory Galloway (Image: A group of older men sitting together at an event, Costa Rica. Credit: Rafael Rojas)

Neonatal encephalopathy (NE) is associated with substantial morbidity and mortality and affects around 1.5/1000 live term births. Predicting the severity and outcome of neonates with NE is therefore vital in order to provide the best care for neonates with NE, and a biochemical marker obtained at birth would therefore be useful to bolster the current scoring system. In this episode, Geoff Marsh speaks to Early Career Investigator Dr. Imran Nazir Mir, from the University of Texas, Southwestern Medical Center. He's just published a paper testing the utility of two potential candidate proteins for determining the presence and severity of hypoxic NE, and to understand where these molecules are synthesized and cleared. See acast.com/privacy for privacy and opt-out information.

James Lovelock is one of the most influential thinkers on the environment of the last half century. His grand theory of planet Earth - Gaia, which is the idea that from the bottom of the Earth's crust to the upper reaches of the atmosphere, Earth is one giant inter-connected and self-regulating system, has had an impact way beyond the world of science. As Lovelock celebrates his hundredth birthday (he was born on 26th July 1919) he is still writing books and thinking about science. Science writer Gaia Vince spoke to him about his work and how he came to his famous but controversial theory. Most hydrothermal vents are in deep water far from land, making them incredibly inaccessible to divers. But in a fjord known locally as Eyjafjörður, off the coast of Iceland, is the hydrothermal vent Strytan. It's close enough that it can be accessed by scuba divers, and the algae and animals living in the hot chemical-laden plumes can be sampled. Geoff Marsh heads out with a team of scientists from the Natural History Museum in London and the University of Southampton to collect creatures living both in the hot vent water and in the icy cold fjord. The idea is to sample the genes to see what adaptations to temperature are evolving. We are hearing more and more about antibiotic resistance. Overuse of antibiotics has led to more and more bacteria evolving and adapting ways to survive antimicrobial treatments. But did you know that the genes coding for this resistance can also float freely in water and on surfaces in the environment? A couple of recent studies have been sampling freshwater bodies and commonly touched surfaces (like handrails and toilet seats) in and around London and the amount of antibiotic resistance genes (either freely floating or in bacteria) is quite alarming. Environmental engineer at UCL, Professor Lena Ciric, explains to Marnie Chesterton what this means and whether we should be concerned. Producer: Fiona Roberts

This week we start things off with Geoff Marsh from AMEND, who is here to tell us how AMEND's top talent team helps businesses. Then we tackle the local business news for the week. Finally Nancy Grayson stops by to fill us in on the new partnership announced between Horizon Community fund of Northern Kentucky and Kentucky's edge

New CFC emissions Researchers say that they have pinpointed the major sources of a mysterious recent rise in a dangerous, ozone-destroying chemical. CFC-11 was primarily used for home insulation but global production was due to be phased out in 2010. But scientists have seen a big slowdown in the rate of depletion over the past six years. This new study published in the Journal Nature says this is mostly being caused by new gas production in eastern provinces of China. Dr Matt Rigby of the University of Bristol and the BBC’s Matt McGrath, who has also been following the trail, tell Gareth about the mystery. Yeast to make cannabinoids In California, where cannabis has become a major cash crop since legalisation there, researchers are trying to evaluate the environmental impacts of large scale agricultural planting. But, as Geoff Marsh reports, other researchers are finding other ways to produce various cannabinoids for potential future sale. Can humble yeast be modified to produce the active substances that some believe to have therapeutic benefits? Hearing aids for cocktail parties One of the most impressive properties of the human auditory system is the way most of us can overhear or eavesdrop on specific voices in an otherwise crowded room. Most hearing aids can’t help with that: they can sometimes filter out noises that are not human voices, but cannot do the very human trick of sorting one voice from a sea of others. Nima Mesgarani from Columbia University reports in the journal Science Advances a proof of principle for a device that might be able to do just that. Firstly, a new algorithm can separate out one voice from another. Then brain waves from the wearer could be used to recognise which of those voices they are trying to hear. Then it’s a simple case of turning that voice up, and lowering the volume of the others, all in nearly real-time. Automatic face recognition So called Neural Network computing techniques are revolutionising our lives. They are able to perform a host of tasks that not so long ago would be the preserve of human brains, and to process huge sets of data and “learn” very quickly. One of the things they are proving exceptional at is face recognition; being able to identify faces in a crowd, or on a street, from a set of images provided by a user. But with great computing power comes great computing responsibility. What are the implications for policing and personal privacy? Gareth discusses these issues with Stephanie Hare. Producer: Alex Mansfield

"The parasite has started to become resistant. The wonder drug is failing. It is the latest reprise of a decades-long theme: we attack malaria with a new drug, it mounts an evolutionary riposte." In the war against malaria, one small corner of the globe has repeatedly turned the tide, rendering our best weapons moot and medicine on the brink of defeat. Ed Yong reports. Written by Ed Yong, read by Pip Mayo, produced by Barry J Gibb, audio editing by Geoff Marsh. For more stories and to read the text original, visit mosaicscience.com Subscribe to our podcast: iTunes itunes.apple.com/gb/podcast/mosai…id964928211?mt=2 RSS mosaicscience.libsyn.com/rss If you liked this story, we recommend DIY Diagnosis: how an extreme athlete uncovered her genetic flaw by Ed Yong, also available as a podcast.

Does a second feel the same for a fly, a bird, or a swordfish, as it does for me? From the BBC World Service, immerse yourself in the world of animal senses.

Our bodies are made of cells, tens of trillions of cells. They all have particular roles and functions in the body, from digesting food, to producing hair, to hunting down pathogens. But all of this incredible complexity started as just a single cell. Gila, from Israel, asked CrowdScience to find out how the development of incredible structures, and systems in the body are coordinated by the cells. Are cells communicating? How do cells know what they should be doing? To find out, Geoff Marsh meets a Cambridge researcher uncovering the first cell division in our lives, and peers into a fertile chicken egg to see the developing embryo as it grows a limb. CrowdScience finds out why scientists like Dr Megan Davey use chickens to understand the development of human fingers and investigates how individual cells with the same DNA manage to choreograph a dance of cell replication, movement and communication to create our bodies in all of their complexity. Presenter: Geoff Marsh Producer: Rory Galloway (Photo: Cells grouped together. Credit: Getty Images)

Does a second feel the same for a fly, a bird, or a swordfish, as it does for me? From the BBC World Service, immerse yourself in the world of animal senses.

This week our special guest is former Australian test opening batsman Geoff Marsh. Geoff has always been well known as a keen fisho, and in this episode he talks about his favourite fishing spots around his home state of Western Australia -- Merv Hughes, Jeff Taylor, Kevin Hillierwww.mervhughesfishing.com.au Subscribe in iTunes!https://apple.co/2vzraUg Follow us on Facebook...https://bit.ly/2MWHVA5 Producer - Steve Visscher Howdy Partners Media - 2019www.howdypartnersmedia.com.au

Episode Geoff Marsh - Part 2 - 23-24 March (s1), Real Faith (Eric Skattebo) from Vision Christian Media. Support the show: http://realfaith.org.au/ See omnystudio.com/listener for privacy information.

Episode Geoff Marsh - Part 1 - 16-17 March (s1), Real Faith (Eric Skattebo) from Vision Christian Media. Support the show: http://realfaith.org.au/ See omnystudio.com/listener for privacy information.

Priyanka Pulla asks if there can ever be legitimacy in ‘quackery’. Written by Priyanka Pulla, read by Kirsten Irving, produced by Barry J Gibb, audio editing by Geoff Marsh. If you liked this story, we recommend Can meditation really slow ageing? by Mary Rose Abraham, also available as a podcast.

The size of brains in the animal kingdom is wildly different, from melon-sized in blue whales to pea-sized in shrews. But does a bigger brain mean a more powerful one? CrowdScience listener Bob wondered just this as he watched various sized dogs running amok in his local park: the Great Dane has a much larger brain than a Chihuahua’s, yet the job of ‘being a dog’ surely requires the same brain power. So why have a big brain if a small one would do? A search for the answer takes Geoff Marsh to dog agility trials, behind the scenes at London’s Natural History Museum and a laboratory that studies bumble bees. It turns out that size does matter, but not in the way you might think. Presenter: Geoff Marsh Producer: Dom Byrne (Photo: Great Dane HARLEQUIN and a chihuahua Getty Images)

Our species started in Africa, but what was the last habitable landmass we reached? CrowdScience presenters Marnie Chesterton and Geoff Marsh team up to investigate how and when our species journeyed around the world and settled its most far flung landmasses. Geoff heads to some ancient caves in Israel to investigate the ‘false starts’ humans made out of Africa, and Marnie speaks with Professor Lisa Matisoo-Smith in New Zealand, uncovering the development of Polynesian sailing canoes and how they enabled the last landmasses to be found by people. This is a story spanning over seventy thousand years, huge changes in culture and technology, and the repeated remodelling of the earth thanks to the ice ages. Produced by Rory Galloway (Photo: Polynesian canoeists at sunset. Credit: Richmatts/Getty Images)

Having stamped out a number of tropical diseases – including malaria – decades ago, is America today complacent about a rising wave of infectious disease? By Carrie Arnold. Written by Carrie Arnold, read by Kirsten Irving, produced by Barry J Gibb, audio editing by Geoff Marsh

The UK has a problem and it isn’t going to go away anytime soon. But what to do about it? This week Geoff Marsh explores plans to bury the UK’s nuclear waste deep underground

Nick Sireau’s sons have a rare genetic disease called alkaptonuria, which can lead to body tissues becoming brittle, causing life long health issues.In this Podcast Extra, Geoff Marsh speaks to Nick and to the physician Dr Lakshminarayan Ranganath about their search for a treatment for alkaptonuria. See acast.com/privacy for privacy and opt-out information.

Birds are dinosaurs, but did their extinct relatives move, look, or even sing like their avian relatives? From revealing the hidden information within fossilised dinosaur footprints, to reading the messages left by muscle attachments on fossil bones and seeing how modern palaeo-artists have started to draw fluffy feathered Tyranosaurs, presenter Geoff Marsh starts to reimagine dinosaurs as living animals. Beginning with CrowdScience listener Malcolm asking about hopping dinosaurs while on a fossil finding mission with world expert Dr Peter Falkingham, Geoff explores the vaults of the Natural History Museum with Dr Susie Maidment and meets palaeoartist Dr Mark Witton’s pet dinosaurs in his living room studio. Producer: Rory Galloway (Image: A Velociraptor dinosaur. Credit to Mark Witton)

"Polio was unpredictable. Often no more harmful than any other childhood infection, it could on occasion ‘turn’ with swift, inexplicable savagery, destroying a child’s nerve cells and leaving him paralysed for life. If it damaged the nerves controlling his lungs they could freeze up and György would either die or spend the rest of his life inside an iron lung that breathed for him." Trapped by the Cold War and scarred after a failed revolution, Hungary fought one of its greatest battles against polio. Written by Penny Bailey, read by Pip Mayo, audio editor Geoff Marsh, produced by Barry J Gibb For more stories and to read the text original, visit mosaicscience.com Subscribe to our podcast: iTunes itunes.apple.com/gb/podcast/mosai…id964928211?mt=2 RSS mosaicscience.libsyn.com/rss If you liked this story, we recommend Mosaicscience – Prisoners-of-war, also available on our podcast.

This violent and repetitive involuntary constriction of the chest muscles is highly infectious, and can result in convulsions, profuse tears and a reddening of the face. People are known to clutch their chests or roll around on the floor during the more intense bouts. Buy why? It seems a particularly odd thing to do and that’s why CrowdScientists, Erin from Australia, Geraldine from Switzerland, and Musweu from Zambia wanted to find out more about laughter. In pursuit of an understanding of what laughter is, and why we do it, Geoff Marsh attempts to distinguish the sounds of friends from strangers laughing together, and explores the earliest origins of this rib-rending behaviour. In the process he discovers that we’re not alone in laughing, and uncovers the importance of this ability for making and maintaining friendships. Presenter: Geoff Marsh Producer: Rory Galloway (Photo: Two young girls eating an ice-cream and Laughing. Credit: Getty Images)

"By the end of that day the September 11th Fund had been established by two major local charities. Donations poured in. Money first went on immediate aid - hot meals for rescue workers, emergency cheques for victims and their families - and then funds were made available for programmes to help New Yorkers to recover. The damage wasn't only physical, but psychological. Counsellors set up services in local churches, and psychiatrists came from around the country to offer their expertise and their insights. Thoughts turned to the city's children - how would they deal with the stress and trauma?" Can children be made more psychologically ‘resilient’ to traumas like 9/11 – as well as the stress of everyday life? Emma Young meets a former school principal who believes they can. Written by Emma Young, read by Kirsten Irving, produced by Barry J Gibb, edited by Geoff Marsh. For more stories and to read the text original, visit mosaicscience.com Subscribe to our podcast: iTunes itunes.apple.com/gb/podcast/mosai…id964928211?mt=2 RSS mosaicscience.libsyn.com/rss Now also available on Spotify.  If you liked this story, we recommend 'Can meditation really slow ageing' by Jo Marchant, also available as a podcast. Read the full story here: https://mosaicscience.com/story/can-meditation-really-slow-ageing/

After the Sanchi oil tanker collided with another ship it discharged its cargo of 1 million barrels of condensate oil. This could cause one of the biggest oil disasters in 25 years. What is condensate, can it be cleaned up and how toxic to marine life is it if large amounts of it leak or the tanker sinks? Adam talks to Simon Boxall from Southampton Oceanography Centre. A long-held belief that babies look more like their fathers is being put to the test by scientists at St Andrews University. They are launching an on-line citizen science experiment asking members of the public to see if they can tell from a group of chimps which are the close relations. Geoff Marsh takes the test and talks to researcher Cat Hobaiter about why it might be advantageous for a baby primate to look like its father more than its mother and what they hope to learn from humans' ability to recognise chimp family trees. A new swallow-able, electronic pill that sniffs out the gas produced in your gut could be the answer to accurately diagnosing and distinguishing between ailments of the gut. The gastrointestinal tract is hard to access so when something goes wrong, conditions like Irritable Bowel Syndrome, lactose intolerance and over production of bacteria. can be hard to distinguish from one another and so accurately diagnosed. Professor Kourosh Kalantar Zadeh from RMIT in Melbourne explains why his device, which senses gases in the gut and transmits its findings back to a smartphone in real time,, is more accurate and less invasive than current breath tests or endoscopies and colonoscopies. And Janet Kelso answers listener questions on human evolution and why modern Europeans still carry Neanderthal DNA.

Darren Berry and Simon O'Donnell discuss all things Ashes with Geoff Marsh and Errol Alcott on another massive edition of Crunch Time. 

Geoff Marsh spoke to Darren Berry and Simon O'Donnell on Crunch Time about Mitch and Shaun, the Ashes and more. 

Simon Hughes and Simon Mann assess England's chances of survival in Perth, which Geoff Marsh, father of Sean and Mitchell, says are zero See acast.com/privacy for privacy and opt-out information.

Felicity tries to cheer Andy up as the second test approaches, Ben Stokes is a REALLY bad surprise party organiser and Jarrod Kimber reveals more than we'd like about Geoff Marsh.

Karl Langdon, Brad Hardie and Kim Hagdorn spoke with Geoff Marsh about the Australian team selection ahead of the Ashes and the summer of cricket.

Adam Rutherford talks to neuroscientist Molly Crockett about moral decision-making in the brain. She combined brain scanning with a test involving money and electric shocks. Geoff Marsh reports from Japan where stem cell research appears to be bringing regenerative medicine for a common cause of blindness ever closer. A team at the Max Planck Institute for Evolutionary Anthropology has pulled off another triumph in the study of ancient human DNA. Viviane Slon explains how they've extracted DNA of extinct species of humans from the soil in caves across Europe and Russia. Adam discusses the significance with Ian Barnes, ancient DNA specialist at the Natural History Museum in London. Dan Friess of the National University of Singapore studies mangrove forests around the coasts of tropical Pacific and Indian ocean countries. This kind of forest has turned out to store much more carbon than even rainforests, as measured by the hectare. Dr Friess talks about carbon counting in mangroves and how this research may save the forests from further destruction.

In this episode, we reflect on: Michael Clarke's 60 Minutes interview - The 1996 World Cup - Jon Norman from TALKSport Radio UK discusses Bangladesh v England - Cat selects the English top 4 - We introduce a new intern - What do Warner and Geoff Marsh have in common - We give away a prize in the "Upgrade Your Shit Kit" competition courtesy of Honey Badger Cricket - Some outrageous Listener Questions where someone won a wallet courtesy of The Game - plus the famous Muller Award

This is the 1st episode in a new podcast from the Association of Independent Radio Producers Ireland. Featured work from Liam Geraghty, Geoff Marsh, Claire Cunningham, Gareth Stack, and Gerard Cunningham. Music by 808 Mate, Untitled.

Futures is Nature's weekly science fiction slot. Shamini Bundell and Geoff Marsh read you their favourite from September, Time Flies, by Carie Juettner. See acast.com/privacy for privacy and opt-out information.

Steve Silberman's new book, Neurotribes, gives a detailed history of autism spectrum disorder. In this Podcast Extra, Geoff Marsh hears from Steve about how we, as a society, should embrace those who think differently. See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite from June, Heart worm, by J. J. Roth See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite story from May, Tempus omnia revelat, by Tian Li. See acast.com/privacy for privacy and opt-out information.

Will we ever be able to talk to animals? In this episode, Geoff Marsh meets a variety of researchers and animals who persevere at the communication barrier in the name of science. See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite from March, Perfection, by John Frizell. See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite from January, The Descent of Man, by Christoph Weber. See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite from January, The Descent of Man, by Christoph Weber. See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite from December, Missed Message, by Rachel Reddick. See acast.com/privacy for privacy and opt-out information.

The Wellcome Collection has a new exhibition which brings together the pioneers of the study of sex. Geoff Marsh visits The Institute of Sexology for an interview with co-curator Honor Beddard. See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite from November, Ice and white roses, by Rebecca Birch See acast.com/privacy for privacy and opt-out information.

Futures is Nature's weekly science fiction slot. Geoff Marsh reads you his favourite from October, Dumpster Diving, by Alvaro Zinos-Amaro. See acast.com/privacy for privacy and opt-out information.

Geoff Marsh interviews David X Cohen, writer of The Simpsons, about the secret maths that has sneaked its way into the show over the years. See acast.com/privacy for privacy and opt-out information.