animals

When Punch the monkey was abandoned by his mother, zookeepers gave him a surrogate and unexpected source of comfort: a stuffed animal. Videos of Punch snuggling the stuffie went viral, and, as his stardom rose, millions of us began wondering,  “Is Punch OK? Does he have a girlfriend?” Primatologist Christine Webb joins Host Flora Lichtman to talk about the ways humans relate to our closest relatives, and whether we can—and should—map human feelings onto other primates. Guest: Christine Webb is an assistant professor of environmental studies (CK) at New York University. She is the author of “The Arrogant Ape: The Myth of Human Exceptionalism and Why It Matters.” Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

A project called Antscan has generated high resolution images of thousands of ants, representing over 700 species. To make it happen, researchers brought preserved ants from collections around the world to a particle accelerator in Germany. There, a powerful synchrotron X-ray source combined with a vial-swapping robot allowed the researchers to build a collection of 3D ant images, inside and out. Each voxel (like a 3D pixel) has a resolution of 1.22 micrometers—enough to see the tiny hairs on ant bodies, and distinguish individual muscle fibers. Antscan researcher Julian Katzke joins us to describe the background of the project, and how the images could be used for science and art. Check out Antscan images at our website. Guest: Dr. Julian Katzke is a postdoc at the Smithsonian National Museum of Natural History.  He worked on the AntScan project while a PhD student at the Okinawa Institute of Science and Technology. Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Where do animals come from? That's something people have been trying to explain for thousands of years. And for a while, scientists and philosophers believed that any ol' person could create creatures if they just had the right recipe. A touch of sand, maybe a drop of blood and POOF: you could create life. That idea was believed to be true for generations until one brave scientist decided to look more closely at an unlikely bug and change the course of science forever. Lulu calls up our biology correspondent, Dr. Avir Mitra, to solve this ancient mystery. Terrestrials was created by Lulu Miller with WNYC. This episode was produced by Ana González and Alan Goffinski, with sound design by Mira Burt-Wintonick. Sarah Sandbach is our Executive Producer. Our team also includes Tanya Chawla and Joe Plourde. Factchecking by Diane Kelly. Support for Terrestrials is provided by the Simons Foundation, the Arthur Vining Davis Foundations, and the John Templeton Foundation. HEY GROWN-UPS!Love the show? Leave us a ⭐⭐⭐⭐⭐ rating and review on your podcast app—it helps curious listeners find us! We want to hear from you! Share your thoughts about Terrestrials with us.Subscribe to our weekly newsletter for bite-sized essays, activities, and ways to connect with the show.Follow us on YouTube, Instagram, and TikTok for behind-the-scenes extras and more.Listen to original music from Terrestrials on Spotify, Apple Music, or our music page. Got a badgering question for the team? Email us at [email protected] or submit a voice memo with your name, age, and your question using this form! Terrestrials is made possible in part by listeners like you. Support the show by joining Radiolab’s membership program, The Lab—and we’ll send you a special thank-you gift from our team!

What does it mean to be a wild animal in a world dominated by humans? A recent study found that city-dwelling raccoons’ snouts are getting shorter—a sign of domestication. Another study on dark-eyed juncos living on a Los Angeles college campus found that their beaks changed shape during the COVID-19 lockdown, when there wasn’t as much food and trash on campus.  Evolutionary biologist Pamela Yeh and animal domestication expert Raffaela Lesch join Host Flora Lichtman to discuss how wildlife is evolving in urban areas, what it means to be domesticated, and when we can expect to have a pet raccoon sleeping at the foot of the bed.  Guests:Dr. Pamela Yeh is a professor of ecology and evolutionary biology at UCLA.Dr. Raffaela Lesch is an assistant professor of biology at the University of Arkansas at Little Rock.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

It’s that time of year: the Christmas Bird Count, when birders go out in flocks to record all the birds they see in a single day. The data collected during this annual tradition gets compiled by the National Audubon Society, and helps scientists understand bird population trends across the Americas. If you participate in the bird count, chances are you’ll see a lot of the same birds you’d see any other day of the year—think sparrows, blue jays, blackbirds, cardinals. But that doesn’t make them any less special. So this year we’re turning our binoculars on a few (wrongfully) overlooked common birds.  Producer Kathleen Davis talks with two of our favorite birders, author and illustrator Rosemary Mosco, and conservation scientist Corina Newsome, to share some surprising facts about birds that don’t often make it to the top of pecking order.Guests:Rosemary Mosco is an author, illustrator, and speaker whose work connects people with the natural world.Corina Newsome is a birder and conservation scientist at the National Wildlife Federation, based in Atlanta, Georgia.Transcripts for each episode are available within 1-3 days at sciencefriday.com.  Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

For many people, bubonic plague is an illness that seems squarely situated in medieval times. But each year, a handful of human cases pop up in the western United States. Plague can be treated successfully with modern medicine. But why does it still exist, and how should we think about it both locally and globally? Plague researcher Viveka Vadyvaloo joins Host Flora Lichtman to talk all things spread and containment.Guest: Dr. Viveka Vadyvaloo is a plague researcher and director of the Allen School for Global Health at Washington State University.Transcripts for each episode are available within 1-3 days at sciencefriday.com.  Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Today we’re spotlighting an underappreciated group of marine creatures: sea slugs. Don’t let their humble name fool you. They come in vivid neon colors, with patterns that rival the most beautiful butterflies and feather-like external gills and tentacles.There are an estimated 10,000 species of sea slugs and they are incredibly diverse. Some are smaller than a quarter. And one species can weigh more than a terrier, up to 30 pounds. Not to mention their contributions to brain research—understanding their neural networks was the basis for a Nobel Prize in 2000.  Marine biologist Patrick Krug joins Host Ira Flatow to dive into the slimy science of sea slugs. Guest: Dr. Patrick Krug is a sea slug researcher and professor of biological sciences at Cal State LA.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

You might think about bats as flitting around in the dark and hunting insects, but some species feed on fruits or flowers—and play an important role as pollinators. One place that role is crucial is in the relationship between bats and agave plants. Bat conservationist Kristen Lear joins Host Ira Flatow to describe efforts to restore agaves in the Southwest and Mexico, which has consequences for bats, for the ecosystems around the agave, and for your liquor cabinet, since agave is the source of drinks like tequila and mezcal.Plus, journalist Dan Fagin joins Ira to discuss his recent New York Times article on a new technology that is letting researchers follow individual monarch butterflies over the course of a thousand-mile migration. Guests:Dr. Kristen Lear is director of the Agave Restoration Initiative at Bat Conservation International, based in Austin, Texas.Dan Fagin is a science journalist and the director of the Science, Health & Environmental Reporting Program at New York University.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

The holiday season is full of traditions. Family dinners. Caroling. Gifting. For birders, there's another event that cannot be missed: the Christmas Bird Count. Now in its 126th year, the CBC is the nation's longest running community science bird project. Jessica Wilson, executive director of the NYC Bird Alliance, explains what it is, the importance of the data it gathers, and how to participate.

The spotted owl has been a conservation flashpoint for more than 30 years. While habitat loss has been their historic foe, their most recent threat comes from within the owl family tree: the barred owl. Barred owls have expanded into the Pacific Northwest and are now outcompeting spotted owls for food and habitat. The U.S. Fish and Wildlife Service has put forth a strategy that some experts say is the only way to save the spotted owl, and it could involve killing hundreds of thousands of barred owls.Ecologist and spotted owl expert Rocky Gutierrez joins Host Flora Lichtman to break down the plan, and explain how we got to this point.Guest: Dr. R.J. “Rocky” Gutierrez is an owl ecologist and professor emeritus at the University of Minnesota. He’s now based in Humboldt County, California.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

African grey parrots are internet stars. It’s easy to see why—the charismatic birds sing, tell jokes, and sling profanities. But how do the endangered birds get from African forests to your feed? Wildlife crime reporter Rene Ebersole joins Host Flora Lichtman to describe her investigation into the global parrot trade, and the black market for wild African greys that is threatening their existence.Guest: Rene Ebersole is Editor In Chief at Wildlife Investigative Reporters and Editors (WIRE).Transcripts for each episode are available within 1-3 days at sciencefriday.com.  Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Some animals have a very different relationship to aging than we do: They don’t get cancer, they never go through menopause, and they live absurdly long lives. For instance, one bat species can live for more than 40 years, which may not sound like very long but that’s about nine times longer than expected based on its size. For comparison, if we aged on that scale, we’d live for hundreds of years. These bats aren’t the only animal super-agers—there’s a whole menagerie of them.So what’s their secret? And can we learn anything from them that might help us live longer, healthier lives? Host Flora Lichtman talks with longevity researchers Vera Gorbunova and Juan Manuel Vazquez about what animals are teaching us.Guests:Dr. Vera Gorbunova is a biologist and professor at the University of Rochester, and a co-director of the Rochester Aging Research Center.Dr. Juan Manuel Vazquez is a biologist and assistant professor at Pennsylvania State University studying the evolution of aging.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

If you’ve heard the hammering of a woodpecker in the woods, you might have wondered how the birds can be so forceful. What does it take to whack your head against a tree repeatedly, hard enough to drill a hole? A team of researchers wondered that too and set out to investigate, by putting tiny muscle monitors on eight downy woodpeckers and recording them with high-speed video as they pecked away in the lab.Integrative organismal biologist Nick Antonson, co-author of a report on the work, joins Host Flora Lichtmen to peck away at the mystery.Plus, you can take two ant eggs with the exact same genes, and one can grow up to be a queen, the other a worker. Neuroscientist and evolutionary biologist Daniel Kronauer joins Flora to share recent research into how an ant becomes a queen.Guests: Dr. Nick Antonson is an NSF postdoctoral research fellow in the department of ecology, evolution, and organismal biology at Brown University.Dr. Daniel Kronauer is the Stanley S. and Sydney R. Shuman Professor in the Laboratory of Social Evolution and Behavior at The Rockefeller University in New York.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

For Halloween, we bring you an ode to three quintessentially creepy creatures: bats, arachnids, and snakes. First, bat researcher Elena Tena joins Host Flora Lichtman to describe tracking the greater noctule bat in flight and learning that it can feed on migratory birds. Then, arachnologist Paula Cushing describes the camel spider, which is neither a camel nor a spider. And herpetologist Sara Ruane highlights one of her favorite snakes, the tiger keelback, which is both venomous and poisonous. Plus, what makes a lake spooky? A pond possessed? Flora talks with Geo Rutherford, creator of the Spooky Lake Month series on TikTok and Instagram, to learn about some of the spookiest, most mysterious lakes on the planet. Guests:Dr. Elena Tena is the national coordinator for the Spanish Bat Atlas project.Dr. Paula Cushing is senior curator of invertebrate zoology at the Denver Museum of Nature and Science in Denver, Colorado. Dr. Sara Ruane is curator of herpetology at the Field Museum in Chicago, Illinois. Geo Rutherford is the author of Spooky Lakes: 25 Strange and Mysterious Lakes That Dot Our Planet and the creator of Spooky Lake content TiKTok and Instagram. You can find her @geodesaurus. Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Throughout this membership drive we are talking about the animals we love and care for in our homes -- our pets. Today, Amy Sedaris, actress, comedian, author, producer, crafter, rabbit enthusiast and host of the To the Rescue! gala, benefiting Humane World for Animals on November 7 talks about why she loves rabbits and offers advice to help them thrive. 

We’re taking a polar plunge into the science of sea unicorns, also known as narwhals!Narwhals are mysterious arctic whales with long, twirly tusks protruding from their foreheads, like a creature out of a fairy tale. And it turns out that we don’t know too much about them, partly because they live so far north in the remote Arctic.An international team of researchers used drones to observe narwhals in the wild and learned new things about their behavior, including how they use their tusks to hunt and play.Host Flora Lichtman gets on the horn with Dr. Gregory O’Corry-Crowe, research professor and biologist at Florida Atlantic University, who was an author on the new narwhal study, published last month in Frontiers in Marine Science.Guest: Dr. Greg O’Corry-Crowe is a research professor at Florida Atlantic University in Boca Raton, Florida.Transcripts for each episode are available at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Throughout this membership drive we are talking about the animals we love and care for in our homes -- our pets.  Today, Anne Levin, executive director of the Brooklyn Bridge Animal Welfare Coalition and co-founder of the Brooklyn Cat Cafe, talks about rats and other small furry creatures as pets.

October is National Adopt a Shelter Dog Month, and to mark the occasion, Aurora Velasquez, Eastern regional director of the Best Friends Animal Society talks about the importance of adopting shelter pets. Plus, listeners call in to shout out what their rescue animals mean to them.

If you’re a moth trying to stay uneaten, there are competing strategies. Some moths rely on camouflage, trying to blend in. Other moths take the opposite approach: They’re bold and bright, with colors that say “don’t eat me, I’m poison.” Biologist Iliana Medina joins Host Flora Lichtman to describe a study that placed some 15,000 origami moths in forests around the world to investigate which strategy might work best. Then, mammologist Anderson Feijó and evolutionary biologist Rafaela Missagia join Flora to dive into another evolutionary conundrum: why so many rodents have thumbnails. Guests: Dr. Iliana Medina Guzman is a Senior Lecturer in the School of BioSciences at the University of Melbourne in Australia.Dr. Anderson Feijó is a mammal curator at the Field Museum in Chicago. Dr. Rafaela Missagia is an assistant professor at the University of São Paulo in Brazil.Transcripts for each episode are available within 1-3 days at sciencefriday.com.  Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Jane Goodall, renowned primatologist, conservationist, and humanitarian, died on October 1 at the age of 91. Goodall was born in London in 1934, and her curiosity about the natural world led her to the forests of Gombe, Tanzania, where she made groundbreaking observations of chimpanzee behavior, including tool use. Her research challenged the accepted scientific perceptions of our closest relatives.Host Ira Flatow shares his memories of Dr. Goodall, including an interview from 2002 in which she discussed her life and work.Transcripts for each episode are available within 1-3 days at sciencefriday.com.  Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

The tropical waters of Sri Lanka, an island off the coast of India, are home to a population of blue whales unlike any other. These whales stay put, while every other known population migrates. That discovery was made by budding scientist Asha de Vos more than 20 years ago—it made a splash, and so did she. She later became the first Sri Lankan to earn a PhD studying marine mammals, charting a new scientific path in her country.Host Flora Lichtman talks with de Vos about her path into science, what it means to be the first Sri Lankan in her field, and how she built a marine biology program from the ground up.Guest: Dr. Asha de Vos is a marine biologist and the founder and executive director of the non-profit Oceanswell. She’s based in Sri Lanka.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

The overall state of birds can seem rather grim. Almost a third of North American bird species are in decline, and in the last five decades, more than 100 species have lost over half of their populations. This is primarily due to lack of food—fewer insects to eat—and habitat loss, like the development of grasslands. But there’s a bright spot: Some birds that were once rare are now abundant, like the merlin, sandhill crane, and pileated woodpecker. Host Ira Flatow talks with biologist Tom Langen, who explains these birds’ remarkable comebacks, and discusses his conservation work to bring threatened fish species back from the brink. Guest: Dr. Tom Langen is a professor of biology at Clarkson University.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Codependency between humans gets a bad rap. But in nature, species often rely on each other for survival. While humans think they’re in control of relationships between other species, like dogs and even the yeast for our breads, the opposite is often true.Host Flora Lichtman speaks with ecologist Rob Dunn, whose new book, The Call of the Honeyguide, argues that mutualisms are the story of life itself.Read an excerpt of The Call of the Honeyguide: What Science Tells Us about How to Live Well with the Rest of Life.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Put on your party hat and wet suit because it is Cephalopod Week, Science Friday’s annual celebration of all things, octopuses, squid, and cuttlefish. To kick things off, we’re bringing you an ode to the octopus arm. You may have heard that octopuses can use their arms to “taste” their surroundings, which they use for finding food. Now, researchers have unlocked a key mechanism in the octopus sensory system. Octopuses use their suckers to detect harmful microbes on the surface of crab shells or even their own eggs.  Host Flora Lichtman talks with molecular biologist Nicholas Bellono about the latest in octopus sensory science. Guest: Dr. Nicholas Bellono is a professor of molecular and cellular biology at Harvard University.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

The animal shelters in New York are full. There are feral cat colonies around the city. So what do we do? Will Zweigart, executive director of Flatbush Cats, a nonprofit cat rescue group, explains how we got to this point and makes some suggestions for what New York can do about all the cats.

If you were a miner in California during the Gold Rush, you might have dined on a California red-legged frog. The largest native frog in the western United States, this Golden State denizen used to be found as far inland as the Sierra Nevada mountains and south, into Baja California. But overharvesting, predation by invasive bullfrogs and habitat loss took their toll on the frogs: Today, they're listed as threatened under the Endangered Species Act. Over the past five years, a team of conservationists carefully translocated a population of these red-legged frogs, moving them from northwestern Mexico to two sites in California. Once they got there, though, they were stuck with another problem: how to monitor that population's growth. Luckily, the California red-legged frog has a distinctive mating call that scientists can look out for. It's low-pitched and creaky, like the noise you get when you rub your finger on a balloon. But listening for them every night — and picking those calls out of the turkey calls and coyote howls and car horns of a night in Southern California — is a huge task, even for the most enthusiastic amphibian expert. That's where AI comes in. Scientists can use special machine learning models to sort through thousands of hours of recordings, identifying the places where California red-legged frogs were heard and surveying their success. It's saving the conservation team time and money, so that they can focus on translocating more frogs in the future. Want to hear more stories about critters or conservation? Let us know at [email protected]. Listen to every episode of Short Wave sponsor-free and support our work at NPR by signing up for Short Wave+ at plus.npr.org/shortwave. Listen to Short Wave on Spotify and Apple Podcasts. This episode was produced by Hannah Chinn. It was edited by Rebecca Ramirez and fact-checked by Nathan Rott and Tyler Jones. Robert Rodriguez was the audio engineer. Copyright 2025 NPR

While there are a lot of dinosaur fossils, and a lot of plant fossils, the precise connection between the two has been something of a mystery. Now, researchers report that they’ve found what’s called a cololite, fossilized gut contents, in the remains of a sauropod—a massive, long-necked plant-eater. The dino’s last meal dates back 95 to 100 million years. Paleontologist Stephen Poropat joins Host Flora Lichtman to dig into the mysteries of a dinosaur’s tummy.And, for prairie dogs, communication is key. The rodents’ yips and barks can warn when danger is near—and not just to other prairie dogs. A new study suggests that birds called long-billed curlews are eavesdropping on this chatter to learn when a predator is lurking nearby. Using speakers and a taxidermied badger on wheels, ornithologists are untangling the social dynamics of black-tailed prairie dogs. Host Flora Lichtman talks with study author Andrew Dreelin about this eavesdropping behavior and what it means for conservation.Guests:Dr. Stephen Poropat is a paleontologist and deputy director of the Western Australian Organic and Isotope Geochemistry Centre at Curtin University in Perth, Australia.Andrew Dreelin is a research fellow with the Smithsonian Conservation Biology Institute and a PhD candidate at Northern Illinois University.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Listeners try their hand at a quiz about the critters that live in the city.

The lesser prairie chicken was granted endangered species status in 2023. Now the Department of the Interior is moving to revoke those protections. What can this bird known for its flamboyant courtship rituals tell us about the Trump administration’s approach to environmental policy and protections for endangered species? Host Flora Lichtman is joined by Producer Shoshannah Buxbaum and Vox environmental reporter Benji Jones to talk about his reporting on the lesser prairie chicken and other science stories of the week including, Trump supporters in the wind energy sector, at-home cervical cancer screening, a new fossil from an ancient bird ancestor, the latest brood of cicadas emerging, and how flamingos eat with their heads upside down underwater. Guests:Benji Jones, environmental correspondent at VoxShoshannah Buxbaum, producer at Science FridayTranscripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Millions of years ago, iguanas somehow got from North America to Fiji. Scientists think they made the trip on a raft of fallen vegetation. Also, the marine reptile’s fossilized fetus is cluing paleontologists into the lives of ancient sea creatures.Ancient Iguanas Floated 5,000 Miles Across The PacificIf you picture iguanas, you might imagine them sunbathing on hot sand in the Caribbean or skittering around the Mojave Desert. But far, far away from where these iguanas are found is another group of iguanas living on the islands of Fiji and Tonga in the South Pacific—closer to New Zealand than the Americas. And it raises the question: How in the world did these iguanas end up all alone, on the other side of the ocean? In a study published in Proceedings of the National Academy of Sciences in March, scientists suggest that millions of years ago, iguanas hitched a ride on a raft and accidentally sailed all the way across the ocean before washing ashore and starting a new life. Host Flora Lichtman discusses the iguanas’ intrepid adventure with lead author Dr. Simon Scarpetta, evolutionary biologist and assistant professor at the University of San Francisco in California.Meet Fiona, The Pregnant Icthyosaur FossilIn the Patagonia region of Chile, Torres del Paine National Park is a graveyard of ichthyosaurs—ancient, dolphin-like reptiles that roamed the oceans when dinosaurs dominated the land. Nearly 90 of these giant reptiles’ fossils have been found amongst the glaciers. But the standout in the bone heap is Fiona, an ichthyosaur that lived 131 million years ago. She’s in pristine condition, the only fully preserved ichthyosaur in Chile. And, she died pregnant. She’s teaching paleontologists about the evolution of her species. And some of those findings were recently published in the Journal of Vertebrate Paleontology. Host Flora Lichtman talks with lead author Dr. Judith Pardo-Pérez, paleontologist at the University of Magallanes in Chile.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

New York may be known as a concrete jungle, but it's also a fish spawning ground, a migratory bird rest stop, and home to all kinds of life, including flora, fauna and whatever category “dog vomit slime mold” fits into. In their new book Wild NYC: Experience the Amazing Nature in and Around New York City, naturalist and science writer Ryan Mandelbaum profiles some of the species with whom we share our urban environment. The book also describes the city's natural history, and includes suggestions for day trips and excursions that can bring you closer to nature here in the five boroughs.

Farts. Trouser trumpets. Sulfur squeaks. Or toots, as Lulu insists on calling them. Smelly bubbles of air we don’t like to talk about. But Songbud Alan and Producerbud Ana are not ones to shy away from the stinky sidelines of science.  First, they take us to a concert hall to meet a FARTchestra and and hear how behind some of the world’s greatest works of art lies the power of farts. Next Dr. Juan Pablo Zhenlio takes us through the ecosystem of human digestion, meeting trillions of microscopic organisms to learn why we fart. Then we jump into the world of animal farts. What do snake farts sound like? Manatees? Cows? Chimpanzees? Birds?  Finally we ask the most important question of all: What would happen to the planet if we stopped farting?  For more on toots, read Dani Rabiotti and Nick Caruso’s book Does it Fart? The Definitive Field Guide to Animal Flatulence. Special thanks to the Brown University Orchestra, Dr. Juan Pablo Zhenlio, Dani Rabaiotti and Nick Caruso.  Terrestrials was created by Lulu Miller with WNYC Studios. This episode was produced by Ana González, Mira Burt-Wintonick, Alan Goffinski, Joe Plourde, Lulu Miller, and Sarah Sandbach, with help from Tanya Chawla. Fact checking was by Natalie Middleton.  Our advisors this season are Ana Luz Porzecanski, Anil Lewis, Dominique Shabazz, and Liza Demby. Support for Terrestrials also comes from the Simons Foundation, the Arthur Vining Davis Foundations, and the John Templeton Foundation. HEY GROWN-UPS!Love the show? Leave us a ⭐⭐⭐⭐⭐ rating and review on your podcast app—it helps curious listeners find us! We want to hear from you! Share your thoughts about Terrestrials with us.Subscribe to our weekly newsletter for bite-sized essays, activities, and ways to connect with the show.Follow us on YouTube, Instagram, and TikTok for behind-the-scenes extras and more.Listen to original music from Terrestrials on Spotify, Apple Music, or our music page. Got a badgering question for the team? Email us at [email protected] or submit a voice memo with your name, age, and your question using this form! Terrestrials is made possible in part by listeners like you. Support the show by joining Radiolab’s membership program, The Lab—and we’ll send you a special thank-you gift from our team!

With the help of cat owners, a new project investigates cats’ biology and aims to link some of their behaviors to their genes.Calling all cat people: This one’s for you. Despite humans’ long history of welcoming felines into their homes and delis, research on cats lags far behind research on dogs. Now, scientists behind the project Darwin’s Ark are working to close the cat gap by enlisting cat caretakers from across the country to submit a tuft of fur and answer a few questions about their feline’s appearance, personality, and behaviors.Host Flora Lichtman talks about the project, as well as what we do and don’t know about cat genetics, with Dr. Elinor Karlsson, chief scientific officer at Darwin’s Ark, and director of the Vertebrate Genomics Group at the Broad Institute of MIT and Harvard Universities.Transcript for this segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

The male European fiddler crab attracts his mate by performing a courtship dance. New research says that dance isn't just notable for its visuals — it's notable for its vibrations, too. During courtship, the male crab waves his major claw up and down, drumming on the sand until females approach. This works even in the dark. So, researchers believe that the way the crabs' drumming moves through the sand is key to the process. Using geophones, which sense and record the crabs' seismic vibrations, researchers from the University of Oxford were able to listen in on these percussive love songs. They realized that the vibrations were created by a number of different behaviors, not just the claw drumming. "It was things like bouncing on their legs, it was simultaneously crushing their claw and their body into the sand," says Beth Mortimer, one of the study authors and an associate professor of biology at the University of Oxford. "It was a lot more complex than we expected going in." Altogether, researchers observed four different stages of the courtship dance, with each stage escalating the amount of vibrational output generated. First, the male crab waves his claw in the air. Second, he alternates waving and dropping his body into the sand. Then, he simultaneously waves and drops his body, creating a more sustained thumping noise. And finally, if all that is successful and the female fiddler crab approaches, he begins drumming underground. "Visually they can't be seen either by us or the females, but it does have a very, very strong seismic component," Mortimer says. "It's 'come and find me in my underground house, ladies.'" Interested in more seismic vibration communication? Send us an email at [email protected]. Listen to every episode of Short Wave sponsor-free and support our work at NPR by signing up for Short Wave+ at plus.npr.org/shortwave. Listen to Short Wave on Spotify and Apple Podcasts. This episode was produced by Hannah Chinn and Kathryn Fink. It was edited by Patrick Jarenwattananon. Tyler Jones checked the facts. Copyright 2025 NPR

Terrestrials returns Thursday, April 17th with a brand-new season! This spring, we’re diving into the wonderfully weird. Get ready to meet some of the fiercest, strangest creatures on Earth—from Hawaiian jungle goblins to New York City’s elusive sewer beasts to nine-foot-tall misunderstood snow monsters. When we take a closer look at the creatures we usually fear, we often discover a little magic, wonder, even friendship! Join host Lulu Miller and Songbud Alan Goffinski for our wildest season yet—a nature walk packed with jaw-dropping stories, unforgettable guests, and original music. Listen with your family, or just by yourself. Either way, you're in for an adventure. New episodes drop every Thursday starting April 17th—keep your eyes on the feed! Hey grownups! Love the show? Leave us a rating and review on your podcast app—it helps curious listeners find us! We're also looking for listener feedback! Share your thoughts with us here. While you wait for the new season, subscribe to our weekly newsletter for bite-sized essays, activities, and ways to connect with the show. Sign up here. Follow us on Instagram and TikTok @terrestrialspodcast for behind-the-scenes extras and more. Terrestrials is made possible in part by the generosity of listeners like you. Support the show by joining Radiolab’s membership program, The Lab—and we’ll send you a special thank you gift from our team! Support for Terrestrials also comes from the Simons Foundation, the Arthur Vining Davis Foundations, and the John Templeton Foundation.

Where did the Fijian iguanas come from ... and how? For decades, it's been a scientific mystery. Most iguanas are indigenous to the Americas; however, native Fijian iguanas, call an island nearly 5000 miles away from their closest relatives in the South Pacific home. Thanks to genome mapping, researchers think they've found out how: The iguanas rafted. Biologists used phylogenomic data to essentially build an iguana family tree — seeing which species were most closely related to one another. "The iguanas that live on Fiji were most closely related to a group of iguanas that I knew very well from the United States called desert iguanas," says Simon Scarpetta, an evolutionary biologist at the University of San Francisco who led the study. This rafting theory isn't entirely unprecedented. In the 1990s, after hurricanes Luis and Marilyn hit the Caribbean, researchers found that a group of iguanas had floated over 180 miles away from the Caribbean island of Guadeloupe to the territory of Anguilla — all on a clump of downed trees. Reaching Fiji would have been nearly 30 times as far — a months-long journey of thousands of miles. But, the scientists who study these creatures say that if any creature could survive, it's iguanas. Want to hear more about iguanas? Or rafts? Or evolutionary biology? Email us at [email protected]. Listen to Short Wave on Spotify and Apple Podcasts. Listen to every episode of Short Wave sponsor-free and support our work at NPR by signing up for Short Wave+ at plus.npr.org/shortwave. This episode was produced by Hannah Chinn and edited by our showrunner Rebecca Ramirez. Jon Lambert and Tyler Jones checked the facts. The audio engineer was Zo vanGinhoven. Copyright 2025 NPR

A sweeping new study on one of the most beloved insects, maybe the only truly beloved insect—the butterfly—details its rapid population decline in the United States. The new research, published in the journal Science widens the butterfly net and looks at how more than 500 species have fared over the past 20 years.Researchers found that many populations are taking a nosedive. What’s causing the downswing, and is there anything we can do?Host Flora Lichtman talks with two of the study authors, Dr. Elise Zipkin, Red Cedar distinguished professor of quantitative ecology and director of the ecology, evolution and behavior program at Michigan State University; and Dr. Nick Haddad, professor of integrative biology also at Michigan State University in East Lansing, Michigan.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

A study finds that Peto’s Paradox, which states that larger animals are no more likely to get cancer than smaller ones, may not hold up. Also, a nearly complete predator skull was found in the Egyptian desert. Its lineage indicates that it was a top carnivore of the age.What Does An Animal’s Size Have To Do With Its Cancer Risk?If you throw a huge party, there’s more of a chance of problems than if you host a quiet get-together for a couple of friends. The logic is simple: Having more people around means more opportunities for chaos. Similarly, it would seem to make sense that in animals, a bigger species with more cells might have a greater chance of something going wrong with one of those cells, including mutations leading to cancer.Back in 1977, a British epidemiologist named Richard Peto observed that that didn’t seem to be true. Bigger animals didn’t seem to have a greater risk of cancer than smaller ones. That became known as Peto’s Paradox, and has been a topic of debate among cancer biologists ever since.Research published this week in the Proceedings of the National Academy of Sciences takes a new look at Peto’s Paradox using an unusual set of data—death reports from zoos around the world. Dr. Sarah Amend of Johns Hopkins Medical School joins Host Flora Lichtman to explain why, in their findings, Peto’s Paradox doesn’t seem to hold up—and what studying animal cancer rates could teach scientists about improving human health.Meet Bastetodon, A 30 Million-Year-Old Apex PredatorOnce upon a time, some 30 million years ago, what is now Egypt’s Western Desert was a lush forest. Humans had not evolved yet, the nearest relatives being monkey-like creatures. And through those forests stalked Bastetodon syrtos, a newly described apex predator from an extinct lineage known as the Hyaenodonts—one of the top carnivores of the age.Researchers recently discovered a nearly complete skull of the creature. They reported on the find in the Journal of Vertebrate Paleontology. Host Flora Lichtman talks with Shorouq Al-Ashqar of the Mansoura University Vertebrate Paleontology Center about the discovery, and the picture it helps paint of ancient life.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

The bone and joint structures in mammal tails help them keep their balance. Could those benefits be adapted for robots? And, in her first children’s book, conservationist Bindi Irwin takes little readers on a journey through Australia Zoo.In Search Of The Best Tail For BalanceIf you have met a cat, you’ve probably at some point been amazed by how acrobatic they are. They’re able to reorient themselves effortlessly, even in midair. It turns out that a lot of that twistiness comes down to having a top-tier tail. While most reptile tails can swing only in one plane of movement, mammal tails have more joints, leading to better inertial control. That lets mammals tweak their balance better, much as holding a balance pole can help an acrobat navigate a tightrope.In a recent study published in the Journal of the Royal Society Interface, researchers explored the biomechanics of different tails, and considered how a better tail could help build a better robot. Dr. Talia Moore, a roboticist at the University of Michigan, and Dr. Ceri Weber, a cellular and developmental biology postdoc at UC San Diego, join Host Flora Lichtman to talk tails.Bindi Irwin Encourages Kids To Become ‘Wildlife Warriors’Almost 30 years ago, conservationists Terri Irwin and the late Steve Irwin captured the world’s attention with their show “The Crocodile Hunter.” It introduced millions of people to Australia Zoo and the strange, often scary, sometimes cute, critters from Down Under.Now, Terri and her children—Bindi and Robert—are at the helm of the zoo, which is the setting for Bindi’s new children’s book, You Are a Wildlife Warrior!: Saving Animals & the Planet. In it, Bindi takes little readers and her own daughter, Grace, on an adventure through the zoo.Host Flora Lichtman talks with Bindi about her family’s legacy, how motherhood fuels her approach to conservation, and what it’s like to run a zoo.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Birds are the master vocalists of the animal kingdom. They can make a remarkable variety of sounds.But why is a barred owl more of a baritone, while a cedar waxwing is a soprano?And what influences a bird’s vocal range, and the kinds of sounds it can make? Beak size? Body size? Geography?To answer some of these questions, researchers analyzed over 140,000 bird vocalizations from all over the world to try to peck out some kernels of knowledge about bird calls and songs. Their research was recently published in Proceedings of the Royal Society B.Flora Lichtman talks with Dr. Zuzana Burivalova, assistant professor of forest & wildlife ecology at the University of Wisconsin-Madison about her latest research.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Thick-billed parrots are adorable green birds with specks of red and orange with calls that sound like laughter. They're the only surviving parrot species native to the United States — and they used to roam from Texas and Arizona all the way down into Venezuela. Forest fires, deforestation and parrot smuggling have reduced their population drastically in the last century. The species is now classified as endangered. The only wild population of thick-billed parrots lives in Mexico's Sierra Madre mountains, high up in old growth pine forests. But this year, there was good news: A census of the thick-billed parrot population in the Sierra Madre showed an increase of 10% over a span of 12 years. The birds are doing better. So how did the thick-billed parrot survive? For years, conservation organizations like OVIS (Organización Vida Silvestre) and the San Diego Zoo Wildlife Alliance have been collaborating on a multi-faceted conservation project to save these birds. Short Wave host Regina G. Barber and producer Rachel Carlson dive into the details of that project — and how tiny "bird backpacks" are helping to make it all happen. Listen to Short Wave on Spotify and Apple Podcasts. Listen to every episode of Short Wave sponsor-free and support our work at NPR by signing up for Short Wave+ at plus.npr.org/shortwave. This episode was produced by Hannah Chinn and edited by Rebecca Ramirez. Tyler Jones checked the facts. Kwesi Lee was the audio engineer. Copyright 2024 NPR

We start off in a cathedral full of animals – hermit crabs, parrots, hamsters, dogs, cats and bunnies – being blessed. We then wonder, do the animals feel grace? What do we really know about what goes on inside an animal’s mind? Do they also experience gratitude, despair or anger? How much emotionality do humans and animals share? And can we measure it?  We get the story of a rescued whale that may have found a way to say thanks to its rescuers. And then we speak to behavioral scientist Clive Wynne, and head of the Dog Cognition Lab at Barnard, Alexandra Horowitz, to decipher the whale’s behavior. Guests in the episode include: Mick Menago, Tim Young, James Moskito, Holly Drewyard, Clive Wynne and Alexandra Horowitz.  For more: Read “Inside of a Dog” by Alexandra Horowitz. Radiolab was created by Jad Abumrad and is edited by Soren Wheeler. Lulu Miller and Latif Nasser are our co-hosts. Dylan Keefe is our director of sound design. Our staff includes: Simon Adler, Jeremy Bloom, Becca Bressler, W. Harry Fortuna, David Gebel, Maria Paz Gutiérrez, Sindhu Gnanasambandan, Matt Kielty, Annie McEwen, Alex Neason, Valentina Powers, Sarah Qari, Sarah Sandbach, Arianne Wack, Pat Walters and Molly Webster. Our fact-checkers are Diane Kelly, Emily Krieger and Natalie Middleton. Production help from Tanya Chawla. Sound mixing by Joe Plourde. Sign up for Radiolab for Kids’s newsletter! It includes short essays, recommendations, and details about other ways to interact with the show. Sign up here. Radiolab for Kids and Terrestrials are supported by listeners like you. Support Radiolab by becoming a member of The Lab today. Follow Radiolab on Instagram, X Facebook, Threads and TikTok @radiolab. Support for Terrestrials is provided by the Simons Foundation, the Arthur Vining Davis Foundations, the Kalliopeia Foundation and the John Templeton Foundation.

Dan Blumstein was gently holding a yellow-bellied marmot pup, conducting research, when he first heard one scream. "I was sort of shocked by this scream and almost dropped this animal," he says. "I had this sort of emotional response to this scream." Blumstein, a behavioral ecologist and conservation scientist at the University of California, Los Angeles, leads one of the world's longest-running experiments on a wildlife population: Yellow-bellied marmots living high in the mountains of southern Colorado. He's trapped thousands of them for his research, so he's no stranger to their sounds. Over the years, he's heard them chirp, call and even whistle. But the sound of this particular scream — a high-pitched noise almost like a baby's cry — triggered something deep in his gut. And his curiosity. What is it about screams that make them so universally unnerving? Blumstein listened to recordings of different animals screaming, hunting calls designed to attract predators, and horror movies. And he found that screams are different from normal alarm calls. Screams are made when a distressed mammal overblows its vocal folds, pushing air through its vocal folds faster than normal. Waveforms of screams are marked with "nonlinear phenomenon" – irregularities in the sound that are alarming and attention-grabbing across species. Researchers have found that even some animals that don't make vocalizations themselves, like skinks and lizards, act differently when they hear those nonlinear sounds. Screams signal urgency, Blumstein says. The irregular noise in them is meant to grab others' attention. And that attention has likely helped keep us and other animals alive. So this Halloween, if you're scared by a neighbor's creepy display of skeletons and spiders, Blumstein says, remember: Fear is natural. "We are who we are because of who our ancestors were — and not just our primate ancestors, but across the lineage of life," he says. "So I think we should embrace our inner marmot and be happy that we're scared by those things." Curious about other science powering the human experience? Email us at [email protected] and we might cover your topic on a future episode! Listen to Short Wave on Spotify and Apple Podcasts. Listen to every episode of Short Wave sponsor-free and support our work at NPR by signing up for Short Wave+ at plus.npr.org/shortwave. This episode was produced by Hannah Chinn. It was edited by Rebecca Ramirez and fact-checked by Nathan Rott and Tyler Jones. The audio engineer was Kwesi Lee. Copyright 2024 NPR

More than one-third of all tree species are at risk of extinction, and many wild animal species are, too. With the world's biodiversity in stark decline, delegates from nearly every country in the world are in Cali, Colombia for COP16, the UN biodiversity summit. Benji Jones, environmental correspondent at Vox, discusses the key takeaways from the conference.

Metaphors can help us understand complicated scientific concepts. But they can also have a downside. And, a pair of musicians wrote a concept album inspired by moths—and found that humans have more in common with the insects than they expected.How Metaphor Has Shaped Science, For Better Or WorseHere at Science Friday, we’re big fans of metaphors. They can make complicated scientific concepts easier to understand, for both non-experts and scientists themselves. For example, “the big bang” helps us visualize the beginning of the universe. Or we can understand DNA’s role better as a “building block of life.”But some of these scientific metaphors also have a downside, and can even set research back.Sam Harnett and Chris Hoff are the hosts of the podcast series “The World According to Sound,” and they sat down with Science Friday’s Director of News and Audio, John Dankosky, to talk about their new project, “An Inexact Science.” They discuss a special two-hour episode that explores how language and metaphor have shaped science, for better or worse.Intertwining The Lives Of Moths And Humans Through MusicBefore the pandemic, Peter Kiesewalter didn’t think much of moths. Like a lot of people, he’d thought of them mostly as pests. But when his brother Tobi, an interpretive naturalist for Ontario Parks and moth enthusiast, showed him macro photos he’d taken of them, he was blown away. “[They were] absolutely stunning,” Peter says. “The amount of colors and hair were just extraordinary.”Peter is a Grammy-nominated musician based in New York City. He’s composed music for ABC News, Monday Night Football, and even a “Winnie The Pooh” show. As COVID-19 spread in 2020, work for him and his partner Whitney La Grange, a professional violinist, dried up. So they hunkered down at the family cottage in Ottawa, Canada, along with Tobi’s family. Peter was looking for a new show idea, and when his brother opened up the world of moths to him, he was hooked. “I had to find a way to interpret moths artistically,” he said. “And I started to find connections between them and us.”That led to “The Moth Project,” a concept album and stage show that combines moth science and visuals with a whole ecosystem of musical genres: 80s pop, funk, classical, covers, even spoken word. Each song ties a stage of a moth’s life (emergence, flight, migration) to a universal human experience. But for Peter, a lot of these songs turned out to be far more personal than he initially thought.SciFri producer and host of our Universe of Art podcast D Peterschmidt sat down with Peter and Tobi Kiesewalter and Whitney La Grange to find out how this album came together and how understanding moths could better help us understand ourselves.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

El Museo del Barrio’s second large-scale survey of Latinx contemporary art, Flow States – LA TRIENAL 2024 is on display through Sunday, February 9, 2025. Mark Menjívar, San Antonio-based artist and associate professor in the School of Art and Design at Texas State University, has a piece featured in the show reflecting on the topic of migration through birds. He joins us to discuss before leading a bird walk tomorrow in Central Park at 9:30 a.m.

Radiolab for Kids Presents: Terrestrials returns for a new season about tree stumps, squirrels, and more! Plus... an album! Producer Ana González and producer & "Song Bud" Alan Goffinski join us for a special listening party and talk about the new season, plus take calls from curious young listeners.

The heaviest antimatter nucleus to date was spotted in a particle accelerator. It could provide new insights into the nature of matter. And, research indicates different songbird species might intentionally travel together during migration, giving each other a possible boost in survival.Physicists Create Heaviest Antimatter Nucleus YetAntimatter is one of science’s great mysteries. It is produced all around us for fractions of a second, until it collides with matter, and the particles annihilate one another. But what is it?Antimatter is just like matter, except for one thing. Its particles have the same mass as ordinary matter, but an opposite charge. For example, an electron has a negative charge, so an anti-electron—called a positron—weighs the same, but has a positive charge.Antimatter is a natural product of some types of radioactive decay and cosmic ray collisions, but it can also be made in particle colliders here on Earth. But making antimatter particles this way is difficult and expensive—let alone controlling them enough to create an entire anti-atom. NASA estimates that creating a gram of antimatter would cost about $62.5 trillion.But why does antimatter matter? It may hold the key to understanding one of the universe’s biggest mysteries: why there’s something rather than nothing. Cosmologists say that during the Big Bang, matter and antimatter should have been created in equal amounts. But everything around us today is mostly matter, meaning either that there was an excess of matter created, or that matter and antimatter don’t quite follow the rules physicists expect.Recently, scientists at Brookhaven National Laboratory’s Relativistic Heavy Ion Collider spotted 16 instances of the heaviest exotic antimatter nucleus observed to date: antihyperhydrogen-4.To explore what this breakthrough means for antimatter research, SciFri producer Charles Bergquist talks to Dr. Jamie Dunlop, associate department chair for nuclear physics at Brookhaven National Laboratory.Different Bird Species May Team Up For MigrationThis season, billions of birds will take to the skies as they flock to their wintering grounds. With so many different species on the move, they’re bound to run into each other. A new study in the journal Proceedings of the National Academy of Sciences suggests that this mixing and mingling might not be coincidental.In fact, different bird species could have their own social networks that might boost each others’ survival.SciFri producer Kathleen Davis talks with lead author Dr. Joely DeSimone, migration ecologist at the University of Maryland Center for Environmental Science Appalachian Laboratory, about untangling avian relationships.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Shark fishing is alive and well, but the fishermen who do it are increasingly prioritizing conservation. And, an unknown ant was spotted in Manhattan in 2011, and it quickly spread through New York City. We now know what it is.Fishing For—And Saving—Sharks off the Jersey ShoreAt an undisclosed beach at 5:30 p.m. in New Jersey, shark fisherman AJ Rotondella and two clients wait for beachgoers to leave. Once the beach is empty, Rotondella cuts up some chunks of fish as bait, and casts lines into the water.“I shark fish, shark fish, shark fish, eat pizza, and shark fish … that’s pretty much it,” Rotondella said. “Waking up in the morning … wide open ocean, anything could be anywhere at any time. And I think that’s fascinating. No matter how long you’ve done this, you’ve never seen it all.”He has always loved fishing, and got into shark fishing 13 years ago, when his brother told him they could catch sharks from the beach. They caught two on their first day and could not catch another shark for the rest of the year.“That really got me interested because I knew it was possible, but I couldn’t do it again,” he said. “I … absolutely obsessed over this.”But Rotondella had a steep learning curve ahead of him. By trial and error, sometimes staying on a beach for multiple days, he learned how to read the tides, water temperatures, currents, and even phases of the moon to figure out how to track the sharks.Read the full story at sciencefriday.com.Scientists Identify The ‘ManhattAnt’ Spreading Across NYCNew York City is home to more than 8 million people. But there’s another massive population below their feet: ants.In 2011, when surveying ant populations on Broadway and Times Square, researchers got quite a surprise: an unidentified species of ant, which was soon dubbed the “ManhattAnt.” Since then, it has become the second-most populous ant species in New York City.Earlier this year, the first study on this unidentified species was released. It concluded that this species, Lasius emarginatus, likely hitchhiked from Europe to the US. Though their populations have grown tremendously, it’s unclear how the ants are interacting with New York’s native ants.Joining guest host Sophie Bushwick to discuss this ant species is Dr. Clint Penick, assistant professor of insect ecology at Auburn University in Auburn, Alabama.Transcripts for each segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.