Podcasts about axolotls

This episode, we're stepping back to the golden age of natural history podcasting by resurrecting the format of the classic show Wild Ideas: The Podcast. Joining us on the trail is one of the OG hosts: the man himself, Gordon Maupin. It's a 3-way team-up where each of us brings a heavy-hitting seasonal mystery to the table.First, Steve unravels the rule-breaking world of the Ambystoma polyploid salamander complex, where unisexual lineages are mixing up DNA from different species and blurring the lines of what makes a species a species. Then, Gordon shrinks things down to look at the world of duckweed ecology, a group that includes the smallest flowering plants in the world. Finally, Bill turns our eyes to the skies over the marsh to pull back the curtain on dragonfly migration, looking into the recent science that shows some dragonfly species are multi-generational continental travelers (as well as badass predators).Come listen in as Gordon and the guys answer the question, “What's going on outside?” (Wild Ideas fans, that's for you)This episode was reecorded at the Iroquois National Wildlife Refuge in Alabama, NY on May 13, 2026.Episode LinksCheck out the Iroquois National Wildlife Refige and their Bald Eagle Cam.Here's the New York Times article about 7 Podcasts About the Joys of Bird Watching that includes a mention of our show.Episode NotesGetting The Great Egret's Latin Name RightDuring a quick aside this episode, Gordon spotted a Great Egret and Steve tried to recall its scientific name, tentatively going with Erodea alba. He wasn't entirely wrong! The correct name is Ardea alba.While alba means "white," Ardea is Latin for "heron." It also ties back to the ancient myth by everyone's favorite Roman poet Ovid, who wrote about a bird rising directly from the ashes of the burned city of Ardea. What's the Deal With Axolotls?We wondered if the axolotl is in the same genus as the Jefferson and blue spotted salamander (Ambystoma) and yes they are!Species: A. mexicanum (Axolotl) Unlike most members of Ambystomatidae—which typically metamorphose into terrestrial adults—the axolotl exhibits a trait called neoteny (or paedomorphosis). This is where an organism retains juvenile or larval traits into adulthood. Axolotls retains its aquatic, larval features (like its signature feathery external gills) into adulthood and spends its entire life in the water Bill's Hard Claim on ID'ing Jefferson Salamanders Bill said there is no way we could tell if it was a Jefferson salamander: is that true? Bill was basically right if we're talking about visually confirming a female-looking salamander in a blue-spotted/Jefferson overlap zone. Many unisexual individuals cannot be confidently identified by sight, and genetic testing is the clean answer. But during the breeding season, a male with a swollen cloaca is not part of the all-female unisexual lineage, so that can help narrow things down. So, a male in breeding condition can sometimes be identified much more confidently than a female/unisexual-looking animal, but you need to have serious knowledge about species location, morphology, and breeding-season characteristics. The Jefferson Complex vs. the Bigger Unisexual Salamander SituationDuring the episode, Bill had a “wait, what are we even talking about?” moment while Steve was explaining the huge all-female/unisexual Ambystoma salamander lineage.Steve was talking about the big-picture version: a bizarre evolutionary group that can involve genomes from several mole salamander species, including Blue-spotted, Jefferson, Small-mouthed, Streamside, and Tiger Salamanders.Bill, though, was thinking what we hear more about in the Northeast and Great Lakes region: the “Jefferson complex,” or the Blue-spotted/Jefferson Salamander mess. Around here, that usually means you can't usually ID a Jefferson Salamanders or a Blue-spotted Salamander down to species because the sally in front of you may belong to the all-female, polyploid lineage that can't be confidently sorted out just by looking at them.So Bill's question was basically: “Hold on. Is this identification nightmare only a Jefferson/Blue-spotted thing, or does it happen with the other species too?”And the answer is: yep. It can happen with the others too.The narrower Jefferson complex usually refers to the Blue-spotted/Jefferson part of the story, especially in places where those are the main overlapping species. But when scientists zoom out and include the other players (Small-mouthed, Streamside, and Eastern Tiger Salamanders) they usually refer to the whole thing as the unisexual Ambystoma lineage.So the practical field takeaway is this: in places where these species overlap, a female-looking Ambystoma salamander may be impossible to identify with confidence by appearance alone. Even experts may only be making an educated guess unless they use genetic testing. Measuring red blood cell size can help estimate ploidy (basically, whether the animal has extra chromosome sets) but DNA testing is the real way to know which genomes are actually in there. Is Duckweed the Smallest Flowering Plant? Yes, but specifically a microscopic type of it. The world's smallest flowering plants belong to the genus Wolffia - Often referred to as "rootless duckweed" or "watermeal," they are the tiniest members of the duckweed family (Lemnaceae) Individual Wolffia plants are usually less than 1 mm long, roughly the size of a pinhead or cornmeal, and the flowers are correspondingly microscopic.Unlike standard duckweed (Lemna), Wolffia plants do not have roots and appear simply as tiny floating green spheres or oval seeds.The plant produces the world's smallest flower, which forms in a tiny depression on the plant's top surface.Because they are so small and have highly efficient asexual budding, they can easily cover a pond in dense mats before you ever notice an individual plant. Can be found across temperate and tropical regions of North, Central, and South America Correction: Ed Yong's An Immense World (UV, not Infrared)During the episode, Bill mentioned Ed Yong's phenomenal book, An Immense World, and noted that researchers are increasingly discovering how many animals can see in the infrared spectrum. His memory slipped slightly on this one! Yong actually discusses the growing scientific realization that many animals see in the ultraviolet (UV) spectrum, not infrared. (Though as you'll see below, dragonflies do have a few tricks up their sleeves on the other end of the spectrum). Gordon's Question: Infrared Vision & Dragonfly MatingBill's misremembering of what was in An Immense World was prompted by Gordon asking a fantastic question during the recording: Can dragonflies see in the infrared spectrum, and if they can, are they using it to navigate during migration?First, a quick clarification: when most of us hear “infrared,” we immediately picture thermal imaging — animals glowing in the dark, Predator vision, that whole thing. That is not what we're talking about here. Dragonflies do not appear to see heat signatures.What they may be able to see is near-infrared — light just beyond the deepest red wavelengths visible to humans. Near-infrared is not heat vision. It is more like an invisible extension of red.According to a recent study published in January 2026 by researchers in Osaka, Japan, some dragonfly species have visual pigments that are sensitive to extremely long red wavelengths, possibly reaching into the near-infrared edge of the spectrum. That alone is pretty wild. But the discovery also highlights a striking example of parallel evolution between insects and primates. Millions of years ago, the ancestors of humans and other primates evolved molecular changes that helped produce red-sensitive vision. This new research suggests that some dragonflies may have independently evolved a similar molecular tuning mechanism for detecting red light. However, while primate red vision operates within the visible spectrum, some dragonflies appear to have pushed that sensitivity even farther, toward the boundary between deep red and near-infrared.So what are they doing with this ability? Probably not navigating migration, at least as far as we know.The better-supported idea is that this long-wavelength vision helps dragonflies identify mates quickly in flight. Male and female dragonflies can reflect red and near-infrared light differently, especially against green vegetation. So for an animal making split-second decisions while zipping around at high speed, that extra visual contrast could be a big deal. So to answer Gordon's question, dragonflies may be seeing farther into the red/near-infrared edge of the spectrum than we can, but based on what researchers currently know, they're probably using that ability for rapid sex recognition, not long-distance navigation. It's more of a high-speed dragonfly dating filter than infrared GPS.The Missing Piece: Visual Cues and "Leading Lines" in MigrationOne big element Bill neglected to mention in covering how dragonfies navigate during migration is the VISUAL piece – that they also use what they're seeing! That is a crucial piece of the puzzle. Dragonflies are also extremely visual animals. Those huge compound eyes are not just for decoration. So, what they're seeing is likely a key piece in their migration toolbox. Migrating dragonflies are often observed moving along major landscape features: coastlines, mountain ridges, river valleys, and other long, continuous edges. Biologists sometimes refer to these kinds of features as leading lines, because they can help guide or funnel migrating animals across the landscape.That doesn't mean a dragonfly is looking down and thinking, “Ah yes, the Susquehanna River. I'll take this south.” But these landscape features can still matter in several ways.Coastlines can keep migrants from drifting too far over open water, which is risky for an insect that eventually needs to land, rest, and feed.Mountain ridges and long hillsides can create useful air currents and updrafts, allowing dragonflies to ride favorable winds and conserve energy.River corridors can provide both a visual pathway and good stopover habitat, with water, vegetation, and plenty of small flying insects to eat when they need to refuel.The overall migration story for dragonflies probably isn't “dragonflies have one magic compass.” It's more like they are combining a bunch of cues at once: the visual structure of the landscape below them, as well as the elements covered during the episode. Steve's Questions: Resident vs. Migratory Green Darners & The Thermal Genetic SwitchDuring the episode, Steve asked two really good questions about Common Green Darners: if some are migratory and some are resident, how do they know which group to mate with? And could temperature be the thing that nudges a young darner down one path or the other?The first answer is surprisingly simple: they probably don't know, and they probably don't care.For a long time, researchers assumed these groups were reproductively isolated, believing residents emerged and died before the migratory cohort reached adulthood, but modern research has overturned this idea. According to a comprehensive review by Michael L. May and John H. Matthews, adult flight periods absolutely overlap in mid-summer, and genetic testing reveals zero genetic differentiation between the groups. The entire continental population belongs to a single, randomly mating gene pool. So when a Common Green Darner is ready to mate, it is probably not checking whether the other darner is from the “resident” or “migratory” team. It is just mating with another mature Common Green Darner in the same airspace. Very romantic. Very dragonfly.Steve's second question gets at something even more interesting: what makes one generation migrate while another stays put?This is where temperature, day length, and seasonal timing seem to matter a lot. A Green Darner nymph developing in warm water during long summer days may be pushed toward faster development. That can produce adults that emerge, feed heavily, build up energy reserves, and migrate south in late summer or fall.But if nymphs are developing as temperatures drop and days get shorter, their development can slow down. Instead of rushing to become adults, they may overwinter as aquatic nymphs and emerge the following year. Those individuals can then become part of the resident breeding population in northern ponds.So Steve's instinct was basically right: environmental conditions appear to play a huge role in shaping whether a darner develops quickly and migrates, or slows down and overwinters.The only thing to be careful about is the phrase “genetic switch.” There probably are changes in gene expression involved. Temperature and day length can absolutely affect how insects develop, but in Common Green Darners, we should probably think of it less as a single switch being flipped and more as a whole developmental pathway being shaped by the environment.The short version: migratory and resident Green Darners are not separate species or rival dragonfly factions. They appear to be part of one big, mixed population whose life cycle can play out in different ways depending on timing, temperature, and local conditions.Sponsors and Ways to Support UsThank you to Always Wandering Art (Website and Etsy Shop) for providing the artwork for many of our episodes.Support us on Patreon.Works CitedHallworth, M. T., Marra, P. P., McFarland, K. P., Zahendra, S., & Studds, C. E. (2018). Tracking dragons: stable isotopes reveal the annual cycle of a long-distance migratory insect. Biology Letters, 14(12), 20180741. doi: 10.1098/rsbl.2018.0741.Hu, G., Lim, K. S., Horvitz, N., Clark, S. J., Reynolds, D. R., Sapir, N., & Chapman, J. W. (2016). Mass seasonal bioflows of high-flying insect migrants. Science, 354(6319), 1584–1587. doi: 10.1126/science.aah4379.Knight, S. M., Pitman, G. M., Flockhart, D. T. T., & Norris, D. R. (2019). Radio-tracking reveals how wind and temperature influence the pace of daytime insect migration. Biology Letters, 15(6), 20190327. doi: 10.1098/rsbl.2019.0327.Lancaster, L. T., Dudaniec, R. Y., Chauhan, P., Wellenreuther, M., Svensson, E. I., & Hansson, B. (2016). Gene expression under thermal stress varies across a geographic range expansion front. Molecular Ecology, 25(5), 1141–1156. doi: 10.1111/mec.13548.May, M. L. (2013). A critical overview of progress in studies of migration of dragonflies (Odonata: Anisoptera), with emphasis on North America. Journal of Insect Conservation, 17(1), 1–15.May, M. L., & Matthews, J. H. (2008). Migration in Odonata: a case study of Anax junius. In A. Córdoba-Aguilar (Ed.), Dragonflies and Damselflies: Model Organisms for Ecological and Evolutionary Research (pp. 63–77). Oxford University Press.Sato, R., Terakita, A., & Koyanagi, M. (2026). Dragonfly red opsins share a common tuning mechanism with mammalian red opsins and further enhancement of near-infrared sensitivity. Cellular and Molecular Life Sciences.Trottier, R. (1971). Effect of Temperature on the Life-Cycle of Anax junius (Odonata: Aeshnidae) in Canada. The Canadian Entomologist, 103(12), 1671–1683.Wikelski, M., Moskowitz, D., Adelman, J. S., Cochran, J., Wilcove, D. S., & May, M. L. (2006). Simple rules guide dragonfly migration. Biology Letters, 2(3), 325–329.Yong, E. (2022). An Immense World: How Animal Senses Reveal the Hidden Realms Around Us. Random House.

Sara Weinshenk is back for another solo episode of SHENK, joined by producer Lee for a completely unhinged conversation covering everything from exotic bird owners and sad zoos to axolotl conspiracies, aging, Red Bull addiction, viral internet clips, and the infamous "mouse in the energy drink" story. Along the way, Sara breaks down why adults shouldn't wear pigtails, debates whether aquariums are less depressing than zoos, reacts to bizarre wellness influencers, and discovers some truly disturbing random facts from the internet. If you enjoy comedy podcasts, stand-up comedy, weird internet culture, conspiracy theories, and Sara's completely chaotic stream of consciousness, this episode is for you.

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Do you remember the axolotl? Axolotls are small amphibians. Young amphibians breathe with gills. Fish do this too. Most grown-up amphibians breathe with lungs. We do this too. 美西螈是一種小型兩棲動物。兩棲動物小時候會像魚一樣用鰓呼吸，長大後就會用肺呼吸。Click here to see the full episode transcript, vocabulary and quiz.

Why do humans usually have five fingers on each hand? And what if one day, we could grow a new finger if we lost one? In this episode, a question from six-year-old listener Ayla sends us on a journey from tiny developing embryos to one of the most amazing animals on Earth: the axolotl.  We talk with Dr. Jessica Whited, a Harvard-based biologist who studies how axolotls regrow their limbs - and why humans can't do the same… for now! Along the way, we discover how our hands develop before we're born, why evolution settled on five fingers, and axolotls might show us the way to regrow our own limbs.  Plus: why axolotls have to live in separate tanks (hint: they're a little too snack-happy). Join on Patreon to help us continue to make Tumble: patreon.com/tumblepodcast Shop official Tumble merch: https://tumblepodcast.dashery.com/ Listen to Tumble en Español: https://pod.link/1521514886 Submit a science question: https://www.sciencepodcastforkids.com/contact

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Annie, Ella & André chatted with one of the newest Spirits, Vanderbilt's own Sara Wojdelko (aka Wojo)!We got into her path toward becoming a goalkeeper, pros and cons of entering the league without a draft, why she chose the Spirit, her pet axolotl, the Rainforest Cafe, muscle cars and so much more.Thank you for listening, please subscribe, rate, and review — it means a lot to us!

Thanks to Aila, Stella, George, Richard from NC, Emilia, Emerson, and Audie for their suggestions this week! Further reading: Creature Feature: Snipe Eel How removing a dam could save North Carolina’s ‘lasagna lizard' Why Has This North Carolina Town Embraced a Strange Salamander? Scentists search for DNA of an endangered salamander in Mexico City’s canals An X-ray of the slender snipe eel: The head and body of a slender snipe eel. The rest is tail [picture by opencage さん http://ww.opencage.info/pics/ – http://ww.opencage.info/pics/large_17632.asp, CC BY-SA 2.5, https://commons.wikimedia.org/w/index.php?curid=26595467]: The hellbender: A wild axolotl with its natural coloration: A captive bred axolotl exhibiting leucism: Show transcript: Welcome to Strange Animals Podcast. I'm your host, Kate Shaw. This week we're going to talk about some amphibians and fish. Thanks to Aila, Stella, George, Richard from NC, Emilia, Emerson, and Audie for their suggestions! We'll start with Audie's suggestion, the sandbar shark. It's an endangered shark that lives in shallow coastal water in the Atlantic and Indo-Pacific Oceans. A big female can grow over 8 feet long, or 2.5 meters, while males are smaller on average. It can be brown or gray in color, and its dorsal fin is especially big for a shark its size. The sandbar shark eats fish, crustaceans like crabs, cephalopods like octopuses, and other small animals. It spends a lot of time near the bottom of the seabed, looking for food, and it will also swim into the mouths of rivers. Since it resembles a bull shark, which can live just fine in rivers for quite a while and which can be dangerous to swimmers, people are sometimes afraid of the sandbar shark, but it hardly ever bites people. It just wants to be left alone to find little fish to eat. Emilia and Emerson both asked to learn more about eels. Eels are fish, but not every animal that's called an eel is actually an eel. Some are just eel-shaped, meaning they're long and slender. Electric eels aren't actually eels, for instance, but are more closely related to catfish. The longest eel ever reliably measured was a slender giant moray. That was in 1927 in Queensland, Australia. The eel measured just shy of 13 feet long, or 3.94 meters. We talked about some giant eels in episode 401, but this week let's talk about a much smaller eel, one that Emerson suggested. That's the snipe eel, the name for a family of eels consisting of nine species known so far. They live in every ocean in the world, and some species are deep-sea animals but most live a little nearer the surface. The largest species can grow an estimated 5 feet long, or 1.5 meters, but because all species of snipe eel are so incredibly thin, even the longest individual weighs less than a football, either American or regular, take your pick. The snipe eel gets its name from its mouth, which is long and slightly resembles the beak of a bird called the snipe. The snipe is a wading bird that pokes its long, flexible bill into mud to find small animals like insect larvae, worms, and snails. But unlike the bird's bill, the snipe eel's jaws have a bend at the tip. The upper jaw bends upward, the lower jaw bends downward so that the tip of the jaws are separated. It doesn't look like that would be very helpful for catching food, but scientists think it helps because the fish's mouth is basically always open. Since it mainly eats tiny crustaceans floating in the water, it doesn't even need to open its mouth to catch food. It has tiny teeth along the jaws that point backwards, so when a crustacean gets caught on the teeth, it can't escape. The slender snipe eel is especially unusual because it can have as many as 750 vertebrae in its backbone. That's more than any other animal known. Most of its length is basically just an incredibly long, thin tail, with its organs bunched up right behind its head. Even its anus is basically on its throat. We don't know a whole lot about the snipe eel, since it lives deep enough that it's hardly ever seen by humans. Most of the specimens discovered have been found in the stomachs of larger fish. Now, let's leave the world of fish behind and look at some amphibians. First, George wanted to learn about the hellbender, and points out that it's also called the snot otter or lasagna lizard. I don't understand the lasagna part but it's funny. The hellbender is a giant salamander that lives in parts of the eastern United States, especially in the Appalachian Mountains and the Ozarks. It can grow nearly 30 inches long, or 74 cm, and is the fifth heaviest amphibian alive today in the whole world. It spends almost all its life in shallow, fast-moving streams hiding among rocks. As water rushes over and around rocks, it absorbs more oxygen, which is good for the hellbender because as an adult it breathes through its skin. To increase its surface area and help it absorb that much more oxygen, its skin is loose and has folds along the sides. The hellbender is flattened in shape and is brown with black speckles on its back. It mostly eats crayfish, but it will also eat frogs and other small animals. Its skin contains light-sensitive cells, which means that it can actually sense how much light is shining on its body even if its head is hidden under a rock, so it can hide better. Aila and Stella suggested we talk about the axolotl, and a few years ago Richard from NC sent me a lot of really good information about this friendly-looking amphibian. I'd been planning to do a deep dive about the axolotl, which we haven't talked about since episode 275, but sometimes having a lot of information leads to overload and I never did get around to sorting through everything Richard sent me. Richard also suggested we talk about a rare mudpuppy, so let's learn about it before we get to the axolotl. It's called the Neuse river waterdog, although Richard refers to it as the North Carolina axolotl because it resembles the axolotl in some ways, although the two species aren't very closely related. The mudpuppy, also called the waterdog, looks a lot like a juvenile hellbender but isn't as big, with the largest measured adult growing just over 17 inches long, or almost 44 cm. It lives in lakes, ponds, and streams and retains its gills throughout its life. The mudpuppy is gray, black, or reddish-brown. It has a lot of tiny teeth where you'd expect to find teeth, and more teeth on the roof of its mouth where you would not typically expect to find teeth. It needs all these teeth because it eats slippery food like small fish, worms, and frogs, along with insects and other small animals. The Neuse River waterdog lives in two watersheds in North Carolina, and nowhere else in the world. It will build a little nest under a rock by using its nose like a shovel, pushing at the sand, gravel, and mud until it has a safe place to rest. If another waterdog approaches its nest, the owner will attack and bite it to drive it away. The mudpuppy exhibits neoteny, a trait it shares with the axolotl. In most salamanders, the egg hatches into a larval salamander that lives in water, which means it has external gills so it can breathe underwater. It grows and ultimately metamorphoses into a juvenile salamander that spends most of its time on land, so it loses its external gills in the metamorphosis. Eventually it takes on its adult coloration and pattern. But neither the mudpuppy nor the axolotl metamorphose. Even when it matures, the adult still looks kind of like a big larva, complete with external gills, and it lives underwater its whole life. The axolotl originally lived in wetlands and lakes in the Mexico Central Valley. This is where Mexico City is and it's been a hub of civilization for thousands of years. A million people lived there in 1521 when the Spanish invaded and destroyed the Aztec Empire with introduced diseases and war. The axolotl was an important food of the Aztecs and the civilizations that preceded them, and if you've only ever seen pictures of axolotls you may wonder why. Salamanders are usually small, but a full-grown axolotl can grow up to 18 inches long, or 45 cm, although most are about half that length. Most wild axolotls are brown, greenish-brown, or gray, often with lighter speckles. They can even change color somewhat to blend in with their surroundings better. Captive-bred axolotls are usually white or pink, or sometimes other colors or patterns. That's because they're bred for the pet trade and for medical research, because not only are they cute and relatively easy to keep in captivity, they have some amazing abilities. Their ability to regenerate lost and injured body parts is remarkable even for amphibians. Researchers study axolotls to learn more about how regeneration works, how genetics of coloration work, and much more. They're so common in laboratory studies that you'd think there's no way they could be endangered—but they are. A lot of the wetlands where the axolotl used to live have been destroyed as Mexico City grows. One of the lakes where it lived has been completely filled in. Its remaining habitat is polluted and contains a lot of introduced species, like carp, that eat young axolotls as well as the same foods that axolotls eat. Conservationists have been working hard to improve the water quality in some areas by filtering out pollutants, and putting up special barriers that keep introduced fish species out. Even if the axolotl's habitat was pristine, though, it wouldn't be easy to repopulate the area right away. Axolotls bred for the pet trade and research aren't genetically suited for life in the wild anymore, since they're all descended from a small number of individuals caught in 1864, so they're all pretty inbred by now. Mexican scientists and conservationists are working with universities and zoos around the world to develop a breeding program for wild-caught axolotls. So far, the offspring of wild-caught axolotls that are raised in as natural a captive environment as possible have done well when introduced into the wild. The hard part is finding wild axolotls, because they're so rare and so hard to spot. Scientists have started testing water for traces of axolotl DNA to help them determine if there are any to find in a particular area. If so, they send volunteers into the water with nets and a lot of patience to find them. The axolotl reproduces quickly and does well in captivity. Hopefully its habitat can be cleaned up soon, which isn't just good for the axolotl, it's good for the people of Mexico City too. You can find Strange Animals Podcast at strangeanimalspodcast.blubrry.net. That's blueberry without any E's. If you have questions, comments, corrections, or suggestions, email us at strangeanimalspodcast@gmail.com. Thanks for listening!

Why do adult axolotls look young? And how exactly do axolotls regrow body parts? We are diving deep into axolotl DNA and discovering how God designed these magnificent and mysterious amphibians.Here's our trail map:Are There Still Axolotls in the Wild?How Do Axolotls Regrow Body Parts?Why Do Axolotls Never Grow Up?How Can We Grow Up In God?Eryn's Books:The Nature of Rest: What the Bible and Creation Teach Us About Sabbath Living: https://www.amazon.com/Nature-Rest-Creation-Sabbath-Living/dp/0825448891Rooted in Wonder: Nurturing Your Family's Faith Through God's Creation: https://www.amazon.com/Rooted-Wonder-Nurturing-Familys-Creation/dp/0825447615936 Pennies: Discovering the Joy of Intentional Parenting: https://www.amazon.com/936-Pennies-Discovering-Intentional-Parenting/dp/0764219782Episode Links:Try CTCMath for free and enjoy their 12-month money back guarantee: https://ctcmath.com/Explore dinosaur books for kids by Master Books: Dinosaurs for Kids: https://www.masterbooks.com/dinosaurs-for-kids-hardback-singleDinosaurs by Design: https://www.masterbooks.com/dinosaurs-by-designDinosaurs of Eden: https://www.masterbooks.com/dinosaurs-of-eden-revised-hardback-singleMaster Books Dinosaur Bundle: https://www.masterbooks.com/dinosaur-basketNat Theo Club Bonus Video: https://erynlynum.com/club-videosGet full lesson guides in the Nat Theo Club: https://erynlynum.com/clubFree Axolotl Coloring Sheet: https://erynlynum.com/how-does-an-axolotl-regrow-body-parts/Ask your nature question: https://erynlynum.com/askSome but not all resources used in research:Axolotl populations in the wild: https://www.iucnredlist.org/species/1095/53947343#populationAxolotl mRNA regeneration: https://med.stanford.edu/news/insights/2023/07/how-an-ultra-sensitive-on-off-switch-helps-axolotls-regrow-limbs.html#:~:text=Further%20experiments%20showed%20that%20axolotl,protein%20synthesis%20occurred%20during%20regeneration. (*mentions...

Viele sind fasziniert von den unglaublichen Selbstheilungskräften des Axolotls. Die skurril anmutende mexikanische Amphibie, die nie das Larvenstadium verlässt, kann – dank besonders aktiver Stammzellen - verlorene Gliedmaßen nachwachsen lassen. Und sogar Teile seines Gehirns vermag das Tier mit dem niedlichen Alien-Look aus eigener Kraft zu regenerieren. Doch wie weit ist eigentlich die Humanmedizin in Sachen Stammzellen? Martin hat Antworten.

Axolotls are one of the most charismatic and beloved amphibians out there. But did you know that there's only one place in the whole world where you can find them in the wild? It's Lake Xochimilco in Mexico City.There, scientists are scrambling to save them from extinction by creating refuges, using environmental DNA to track them down, and tag-teaming with the farmers who work on the lake. Luis Zambrano, one of the world's leading axolotl experts, and Alejandro Maeda-Obregón, a molecular biologist, talk with Host Flora Lichtman about their work to protect these beloved amphibians.Guests:
Dr. Luis Zambrano is a leading expert on axolotls and an ecologist at the National Autonomous University of Mexico.Dr. Alejandro Maeda-Obregón is a molecular ecologist at University College London who studies rare and endangered species.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.

This week on a brand new episode of The Big Fib we find out if our child contestant can spot which adult expert is fibbing about AXOLOTLS. The name axolotl comes from which Aztec god? How long does it take an axolotl to regrow its limbs or organs? Fact or Fib: scientists sent Axolotls to space. Play along and see if you can guess who is telling the truth on The Big Fib gameshow. For more great shows for kids and families visit GZMshows.com. To hear all episodes of The Big Fib ad-free subscribe now at GZMshows.com/subscribers SPONSOR SHOUTOUT: Sponsorship for The Big Fib comes from ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Acorns Early⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠. Ready to teach your kids the smart way to earn, save, and spend? Get your first month on us when you head to ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠acornsearly.com/bigfib⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Further support for The Big Fib comes from ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Quince⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠. To help support the show, go to ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Quince.com/bigfib⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ and learn more about their great deals on comfy and cozy bedding. Learn more about your ad choices. Visit megaphone.fm/adchoices

This week on a brand new episode of The Big Fib we find out if our child contestant can spot which adult expert is fibbing about AXOLOTLS. The name axolotl comes from which Aztec god? How long does it take an axolotl to regrow its limbs or organs? Fact or Fib: scientists sent Axolotls to space. Play along and see if you can guess who is telling the truth on The Big Fib gameshow.For more great shows for kids and families visit GZMshows.com.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Some animals have a superpower called regeneration—the ability to grow back lost body parts! Meet incredible creatures like starfish, lizards, and axolotls while learning how special cells make this amazing process possible. Don't miss the upcoming axolotl video class, where kids will explore this unusual salamander's amazing features and create a colorful nature journal diagram. It's the perfect class for curious learners who love weird and wonderful animals! Join No Sweat Nature Study at NoSweatNatureStudy.com. Use the code NOSWEAT for $10 off your first payment of a quarterly subscription. Visit the axolotl show notes page. See the book list of your nature-themed book suggestions. Share pictures of your nature studies on Instagram or Facebook. Be sure to tag @OurJourneyWestward so Mrs. Cindy will see them! Please subscribe to the podcast and leave a rating and review if you enjoy the episodes. Thank you! It helps the podcast so much! :)

Not only is this apparently a real world, but also a real creature! AND a real cute children's book!

This week, down in the slimy, ever-squirming blackness of the BRIG, we have the Bram Stoker and Shirley Jackson Award nominated author of such acclaimed horror as Wake Up and Open Your Eyes, Kill Your Darling, Stay on the Line, What Kind of Mother, Ghost Eaters and much much more… he's two parts Vonnegut, one part Ellison… and like nine more parts tornado made of crazed weasels... it's Clay McLeod Chapman! Snag your copy of ACQUIRED TASTE at your local bookseller or from one of our favorites! And keep up with all things CLAY on his official website! ----------------------------------------Retro Ridoctopus is:• Parasite Steve (read)• 8-Bit Alchemy (listen) • Coopster Gold (join) • Nintenjoe (subscribe)----------------------------------------All original heavy metal music by Enchanted Exile

Axalotls, Paludariums, Fallout, Starfield, Black Mountain, and lot's of iguana bits. Iguana Bob says, "Eat Iguana's not Axolotls!"Join our Discord:https://discord.gg/cVSN65jJoin in the Roundtable Fun with our Character Generators!Fallout 76: https://tinyurl.com/F76GeneratorFallout 4: https://tinyurl.com/Fallout4GeneratorFallout New Vegas: https://tinyurl.com/NewVegasGeneratorFallout 3: https://tinyurl.com/F3GeneratorDONATE:  https://fightcf.cff.org/site/TR/?fr_id=7889&pg=team&team_id=90760Shop:  optimistic.threadless.com/Patreon:  https://www.patreon.com/asapodcastingEmail: thefalloutfeed@gmail.comWeb: http://www.asapodcasting.com/#/the-fallout-feed/Twitter: https://twitter.com/TheFalloutFeedFB: facebook.com/groups/askyrimaddictpodcastSupport the show

‘Turbocharged' Mitochondria Power Birds' Epic Migratory Journeys https://pca.st/gy9l88m3 an underappreciated detail in the Claude Opus safety card is the Spiritual Bliss Attractor  https://www.perplexity.ai/search/hi-what-do-you-know-about-the-wfGsVdCWSvaIO0RsYSWZkw How do axolotls regenerate limbs and organs? A researcher has started to uncover their secret https://www.msn.com/en-us/health/other/how-do-axolotls-regenerate-limbs-and-organs-a-researcher-has-started-to-uncover-their-secret/ar-AA1Grw1S Scientists Discover the Key to Axolotls' Ability to Regenerate Limbs https://www.wired.com/story/scientists-discover-the-key-to-axolotls-ability-to-regenerate-limbs/ Southern Europeans protest overtourism with ... Read more The post começou a onda anti-turismo! o segredo da juventude eterna e do super desempenho appeared first on radinho de pilha.

While millions of people are living with the consequences of limb amputation due to injury or disease, axolotl salamanders can replace entire lost limbs.

The U.S. and Ukraine sign a minerals deal, Trump nominates National Security Advisor Mike Waltz for UN ambassador, tens of thousands of protesters participate in global May Day protests, the U.S. Senate blocks a resolution to overturn Trump's ‘Liberation Day' tariffs, the Eurozone's economy grows 0.4%, South Africa's Ramaphosa orders an inquiry Into apartheid-era prosecutions, a Trump-appointed judge blocks the White House from using the Alien Enemies Act for deportations, England rolls out a 'super-jab' for 15 different cancers, Apple is referred for a potential criminal contempt probe, and Scientists reintroduce captive-bred Mexican axolotls into artificial wetlands. Sources: www.verity.news

Axolotls are only found in the wild in one place in the world; an area of wetland just outside Mexico City. They are one of the world's most endangered, and arguably most adorable, amphibians. Not just meme-worthy, they are also scientifically fascinating - they don't really age and they can regrow body parts, including their brains. Very few are left in the wild, but now scientists have released captive-bred axolotls back into the wetlands and found that they not only survived, but even put on a bit of weight. BBC science correspondent Victoria Gill talks us through the study and explains what scientists can learn from these amazing creatures. And Assistant Professor Prayag Murawala from the MDI Biological Laboratory in the US, describes what we know about how axolotls regenerate their own body parts. Instagram: @bbcwhatintheworld Email: whatintheworld@bbc.co.uk WhatsApp: +44 330 12 33 22 6 Presenter: Hannah Gelbart Producers: Chelsea Coates, Emily Horler and Julia Ross-Roy Editor: Harriet Oliver

What amazing things can Axolotls do? What does the name Axolotl mean? Why are they so adorable? Have you started your FREE TRIAL of Who Smarted?+ for AD FREE listening, an EXTRA episode every week & bonus content? Sign up right in the Apple app, or directly at WhoSmarted.com and find out why more than 1,000 families are LOVING their subscription! Get official Who Smarted? Merch: tee-shirts, mugs, hoodies and more, at Who Smarted?

Feathery gills! Adorable smiles! Cultural icons! Habitat ecology! And superhuman limb regeneration? It's an entire episode on axolotls. You either love these aquatic salamanders, or you've never heard of them. Clap your tiny slimy hands for Ambystomologist Dr. Jessica Whited, who raises and studies these beautiful creatures. Also discussed: their narrow niche, the ecology movement to save them from wild endangerment, pet care ethics, color morphs, green glowing genetically modified ones and so much more. And of course: Minecraft.Follow Jessica on InstagramOrder her children's book: Axolotl (Young Zoologist): A First Field Guide to the Amphibian That Never Grows UpVisit the Whited Lab and browse Dr. Whited's papers on ResearchGateA donation went to ADOPTAXOLTL via Instituto de Biologia de la UNAMFull-length (*not* G-rated) Ambystomology episode + tons of science linksBecome a patron of Ologies for as little as a buck a monthOlogiesMerch.com has hats, shirts, hoodies, totes!Follow Ologies on Instagram and BlueskyFollow Alie Ward on Instagram and TikTokSound editing by Mercedes Maitland of Maitland Audio Productions and Jacob ChaffeeMade possible by work from Noel Dilworth, Susan Hale, Kelly R. Dwyer, Aveline Malek and Erin TalbertSmologies theme song by Harold Malcolm

Jasmine and Gracie start their aquarium visit by admiring the axolotls!  These cuties are only live in one place on earth, find out where.  They are also called water dragons and water monsters, which name do you thing Jasmine likes best?  Also, they come in Jasmie's favorite color.  Know which one that is?  Have fun learning about these amazing salamanders.    

In this episode of the I Can't Sleep Podcast, drift off while learning about axolotls, Lake Xochimilco, and Lake Texcoco. Why three topics this time? Well, the first two weren't quite long enough, so here we are. Thankfully, they're all connected—axolotls and their habitats. These fascinating creatures are even more incredible than I expected—they can regrow limbs and parts of their brain! Amazing, right? Anyway, I know I just hyped this one up, so send me a message if you made it all the way through without falling asleep. Happy sleeping! Got a topic you're dying to hear? Skip the line of nearly 400 requests and get yours bumped to the top for just $10. Head to my website, throw in your suggestion, and make it official. Your idea could be the star of the next episode. Happy suggesting! Ad-Free Episodes Want an ad-free experience? Follow this link to support the podcast and get episodes with no ads: https://icantsleep.supportingcast.fm/ Lume Deodorant Control Body Odor ANYWHERE with @lumedeodorant and get 15% off with promo code [ICANTSLEEP] at LumeDeodorant.com! #lumepod GhostBed Visit GhostBed.com/sleep and use promo code SLEEP for 50% off. ProLon Get 15% off Prolon's 5-day nutrition program at ProlonLife.com/ICANTSLEEP. Factor Head to FACTORMEALS.com/icantsleep50 and use code icantsleep50 to get 50% off. DoorDash Get 50% off up to $20 and zero delivery fees on your first order when you download the DoorDash app and enter code ICANTSLEEP. BetterHelp Visit BetterHelp.com/icantsleep today to get 10% off your first month HelloFresh Go to HelloFresh.com/50icantsleep and use code 50icantsleep for 50% off plus 15% off the next 2 months. SleepPhones Follow this affiliate link to purchase headphones you can fall asleep with: https://www.sleepphones.com/?aff=793 then enter the code ICANTSLEEP10 at checkout to receive a discount. This content is derived from three Wikipedia articles: Axolotls, Lake Xochimilco, and Lake Texcoco, available under the Creative Commons Attribution-ShareAlike (CC BY-SA) license. These articles can be accessed at https://en.m.wikipedia.org/wiki/Axolotl, https://en.m.wikipedia.org/wiki/Lake_Xochimilco, and https://en.m.wikipedia.org/wiki/Lake_Texcoco. Learn more about your ad choices. Visit megaphone.fm/adchoices

Meet the axolotl, nature's regeneration wizard! Learn how this fascinating amphibian can regrow its heart, lungs, and spinal cord, and explore what this means for science and medicine. To unlock the full episode and gain access to our extensive back catalogue, consider becoming a premium subscriber on Apple Podcasts or Patreon. And don't forget to visit englishpluspodcast.com for even more content, including articles, in-depth studies, and our brand-new audio series now available in our English Plus Podcast's shop!

Welcome back to Pursuing Pixels.  We've got the typical trio back in the house once again, and a whole bunch of video gaming goodies to discuss, so let's get right into it! John gets things started off with his thoughts on Loddlenaut, as he ignores the adorable Axolotls and still manages to see the credits roll. Randall picks up the torch from there, as he continues to dump A TON of time into SNK vs. Capcom: Card Fighters' Clash on both his Analogue AND Neo Geo Pockets. Finally, Kevin wraps things up with his thoughts on the latest Kingdom: Two Crowns DLC, Call of Olympus, after seeing the credits roll while our old pal DJ was in town for the weekend.   Timestamps: Loddlenaut  -  00:01:52 SNK vs. Capcom: Card Fighters' Clash  -  00:12:55 Kingdom: Call of Olympus DLC  -  00:23:42   Thanks for taking the time to listen!  If you'd like to find us elsewhere on the Internet, you can find us at:   

The Care & Feeding team is off for Labor Day — but we won't let that stop you from hearing something great from elsewhere in the Slateiverse. So: we're handing the mic over to our friends at Decoder Ring! Axolotls. Narwhals. Llamas. Sloths. Every few years, it seems like American kids and parents collectively decide they cannot get enough of a creature that makes teddy bears seem impossibly quaint. In today's episode we're going to swim after the axolotl, as it takes us to some far-flung and unexpected places, to understand how it came to rule the stuffed animal kingdom. Though the answer absolutely has to do with parents eager to please their children at the gift shop, it's bigger than that. The insatiable hunger for novelty that is bound up with the axolotl — well, that has to do with all of us. This episode was written by Willa Paskin. It was produced by Katie Shepherd. It was edited by Evan Chung. We produce Decoder Ring with Max Freedman. Derek John is Executive Producer. Merritt Jacob is Senior Technical Director. In this episode you'll hear from Elaine Kollias who works with Folkmanis Puppets, Diana Laura Vasquez Mendoza who is a biologist at the National Autonomous University of Mexico, Dr. Jessica Whited who is a professor at Harvard, Gerhard Runken who is the executive vice president of global brand and marketing for Jazwares, and Laura Wattenberg who is a baby name expert. Thank you to our translator Ezequiel Andino, as well as Luis Zambrano, Kelley Garnier, and Alejandra Escobar. And if you'd like to help the wild Axolotl, here is the conservation project where Diana works and they accept donations. Learn more about your ad choices. Visit megaphone.fm/adchoices

The Care & Feeding team is off for Labor Day — but we won't let that stop you from hearing something great from elsewhere in the Slateiverse. So: we're handing the mic over to our friends at Decoder Ring!Axolotls. Narwhals. Llamas. Sloths. Every few years, it seems like American kids and parents collectively decide they cannot get enough of a creature that makes teddy bears seem impossibly quaint. In today's episode we're going to swim after the axolotl, as it takes us to some far-flung and unexpected places, to understand how it came to rule the stuffed animal kingdom. Though the answer absolutely has to do with parents eager to please their children at the gift shop, it's bigger than that. The insatiable hunger for novelty that is bound up with the axolotl — well, that has to do with all of us.This episode was written by Willa Paskin. It was produced by Katie Shepherd. It was edited by Evan Chung. We produce Decoder Ring with Max Freedman. Derek John is Executive Producer. Merritt Jacob is Senior Technical Director.In this episode you'll hear from Elaine Kollias who works with Folkmanis Puppets, Diana Laura Vasquez Mendoza who is a biologist at the National Autonomous University of Mexico, Dr. Jessica Whited who is a professor at Harvard, Gerhard Runken who is the executive vice president of global brand and marketing for Jazwares, and Laura Wattenberg who is a baby name expert.Thank you to our translator Ezequiel Andino, as well as Luis Zambrano, Kelley Garnier, and Alejandra Escobar. And if you'd like to help the wild Axolotl, here is the conservation project where Diana works and they accept donations. Hosted on Acast. See acast.com/privacy for more information.

Feathery gills! Adorable smiles! Cultural icons! Habitat ecology! And superhuman limb regeneration? It's an entire episode on axolotls. You either love these aquatic salamanders, or you've never heard of them. Clap your tiny slimy hands for Ambystomologist Dr. Jessica Whited of Harvard Medical School's Stem Cell and Regenerative Biology who raises and studies these beautiful creatures — including the biomedical marvels being discovered. Also discussed: their narrow niche, the ecology movement to save them from wild endangerment, pet care ethics, color morphs, green glowing genetically modified ones and so much more. And of course: Minecraft.Follow Jessica on InstagramVisit the Whited Lab and browse Dr. Whited's papers on ResearchGatePre-order her children's book: Axolotl (Young Zoologist): A First Field Guide to the Amphibian That Never Grows Up (October 1, 2024)A donation went to ADOPTAXOLTL via Instituto de Biologia de la UNAMMore episode sources and linksSmologies (short, classroom-safe) episodesOther episodes you may enjoy: Stem Cell Biology (CELLS MAKING CELLS), Molecular Biology (PROTEINS), Evolutionary Biology (DARWINISM), Bufology (TOADS), Dipterology (FLIES), Diplopodology (MILLIPEDES & CENTIPEDES), Planariology (VERY COOL WORMS, I PROMISE)Sponsors of OlogiesTranscripts and bleeped episodesBecome a patron of Ologies for as little as a buck a monthOlogiesMerch.com has hats, shirts, hoodies, totes!Follow @Ologies on Instagram and XFollow @AlieWard on Instagram and XEditing by Mercedes Maitland of Maitland Audio Productions and Jacob ChaffeeManaging Director: Susan HaleScheduling Producer: Noel DilworthTranscripts by Aveline Malek Website by Kelly R. DwyerTheme song by Nick Thorburn

Axolotls. Narwhals. Llamas. Sloths. Every few years, it seems like American kids and parents collectively decide they cannot get enough of a creature that makes teddy bears seem impossibly quaint. In today's episode we're going to swim after the axolotl, as it takes us to some far-flung and unexpected places, to understand how it came to rule the stuffed animal kingdom. Though the answer absolutely has to do with parents eager to please their children at the gift shop, it's bigger than that. The insatiable hunger for novelty that is bound up with the axolotl — well, that has to do with all of us.  This episode was written by Willa Paskin. It was produced by Katie Shepherd. It was edited by Evan Chung. We produce Decoder Ring with Max Freedman. Derek John is Executive Producer. Merritt Jacob is Senior Technical Director. In this episode you'll hear from Elaine Kollias who works with Folkmanis Puppets, Diana Laura Vasquez Mendoza who is a biologist at the National Autonomous University of Mexico, Dr. Jessica Whited who is a professor at Harvard, Gerhard Runken who is the executive vice president of global brand and marketing for Jazwares, and Laura Wattenberg who is a baby name expert. Thank you to our translator Ezequiel Andino, as well as Luis Zambrano, Kelley Garnier, and Alejandra Escobar. And if you'd like to help the wild Axolotl, here is the conservation project where Diana works and they accept donations.  If you haven't yet, please subscribe and rate our feed in Apple Podcasts or wherever you get your podcasts. And even better, tell your friends. If you're a fan of the show, please sign up for Slate Plus. Members get to listen to Decoder Ring and all other Slate podcasts without any ads and have total access to Slate's website. Your support is also crucial to our work. Go to Slate.com/decoderplus to join Slate Plus today.  Learn more about your ad choices. Visit megaphone.fm/adchoices

Axolotls. Narwhals. Llamas. Sloths. Every few years, it seems like American kids and parents collectively decide they cannot get enough of a creature that makes teddy bears seem impossibly quaint. In today's episode we're going to swim after the axolotl, as it takes us to some far-flung and unexpected places, to understand how it came to rule the stuffed animal kingdom. Though the answer absolutely has to do with parents eager to please their children at the gift shop, it's bigger than that. The insatiable hunger for novelty that is bound up with the axolotl — well, that has to do with all of us.  This episode was written by Willa Paskin. It was produced by Katie Shepherd. It was edited by Evan Chung. We produce Decoder Ring with Max Freedman. Derek John is Executive Producer. Merritt Jacob is Senior Technical Director. In this episode you'll hear from Elaine Kollias who works with Folkmanis Puppets, Diana Laura Vasquez Mendoza who is a biologist at the National Autonomous University of Mexico, Dr. Jessica Whited who is a professor at Harvard, Gerhard Runken who is the executive vice president of global brand and marketing for Jazwares, and Laura Wattenberg who is a baby name expert. Thank you to our translator Ezequiel Andino, as well as Luis Zambrano, Kelley Garnier, and Alejandra Escobar. And if you'd like to help the wild Axolotl, here is the conservation project where Diana works and they accept donations.  If you haven't yet, please subscribe and rate our feed in Apple Podcasts or wherever you get your podcasts. And even better, tell your friends. If you're a fan of the show, please sign up for Slate Plus. Members get to listen to Decoder Ring and all other Slate podcasts without any ads and have total access to Slate's website. Your support is also crucial to our work. Go to Slate.com/decoderplus to join Slate Plus today.  Learn more about your ad choices. Visit megaphone.fm/adchoices

Axolotls. Narwhals. Llamas. Sloths. Every few years, it seems like American kids and parents collectively decide they cannot get enough of a creature that makes teddy bears seem impossibly quaint. In today's episode we're going to swim after the axolotl, as it takes us to some far-flung and unexpected places, to understand how it came to rule the stuffed animal kingdom. Though the answer absolutely has to do with parents eager to please their children at the gift shop, it's bigger than that. The insatiable hunger for novelty that is bound up with the axolotl — well, that has to do with all of us.  This episode was written by Willa Paskin. It was produced by Katie Shepherd. It was edited by Evan Chung. We produce Decoder Ring with Max Freedman. Derek John is Executive Producer. Merritt Jacob is Senior Technical Director. In this episode you'll hear from Elaine Kollias who works with Folkmanis Puppets, Diana Laura Vasquez Mendoza who is a biologist at the National Autonomous University of Mexico, Dr. Jessica Whited who is a professor at Harvard, Gerhard Runken who is the executive vice president of global brand and marketing for Jazwares, and Laura Wattenberg who is a baby name expert. Thank you to our translator Ezequiel Andino, as well as Luis Zambrano, Kelley Garnier, and Alejandra Escobar. And if you'd like to help the wild Axolotl, here is the conservation project where Diana works and they accept donations.  If you haven't yet, please subscribe and rate our feed in Apple Podcasts or wherever you get your podcasts. And even better, tell your friends. If you're a fan of the show, please sign up for Slate Plus. Members get to listen to Decoder Ring and all other Slate podcasts without any ads and have total access to Slate's website. Your support is also crucial to our work. Go to Slate.com/decoderplus to join Slate Plus today.  Learn more about your ad choices. Visit megaphone.fm/adchoices

Axolotls. Narwhals. Llamas. Sloths. Every few years, it seems like American kids and parents collectively decide they cannot get enough of a creature that makes teddy bears seem impossibly quaint. In today's episode we're going to swim after the axolotl, as it takes us to some far-flung and unexpected places, to understand how it came to rule the stuffed animal kingdom. Though the answer absolutely has to do with parents eager to please their children at the gift shop, it's bigger than that. The insatiable hunger for novelty that is bound up with the axolotl — well, that has to do with all of us.  This episode was written by Willa Paskin. It was produced by Katie Shepherd. It was edited by Evan Chung. We produce Decoder Ring with Max Freedman. Derek John is Executive Producer. Merritt Jacob is Senior Technical Director. In this episode you'll hear from Elaine Kollias who works with Folkmanis Puppets, Diana Laura Vasquez Mendoza who is a biologist at the National Autonomous University of Mexico, Dr. Jessica Whited who is a professor at Harvard, Gerhard Runken who is the executive vice president of global brand and marketing for Jazwares, and Laura Wattenberg who is a baby name expert. Thank you to our translator Ezequiel Andino, as well as Luis Zambrano, Kelley Garnier, and Alejandra Escobar. And if you'd like to help the wild Axolotl, here is the conservation project where Diana works and they accept donations.  If you haven't yet, please subscribe and rate our feed in Apple Podcasts or wherever you get your podcasts. And even better, tell your friends. If you're a fan of the show, please sign up for Slate Plus. Members get to listen to Decoder Ring and all other Slate podcasts without any ads and have total access to Slate's website. Your support is also crucial to our work. Go to Slate.com/decoderplus to join Slate Plus today.  Learn more about your ad choices. Visit megaphone.fm/adchoices

The conversation revolves around the recent events at Columbia University and the broader implications of Ziontology and institutional control. The hosts discuss their experiences at Columbia, the encampments of activists, and the role of real estate moguls in the university. They also highlight the problematic behavior of Shai Davidai, an adjunct professor at Columbia, and the complicity of the university in allowing his actions. The conversation touches on the influence of Ziontology, the weaponization of free speech, and the need for divestment from institutions supporting oppressive regimes. They also discuss the interconnectedness of state-sponsored paramilitary groups, and the role of Israel in Latin America. The alignment of fundamentalist groups, the experience of traveling to Istanbul and Oaxaca, the disappointment with the movie Monkey Man, and the artist date concept.

Matt & Jake discuss current events in kendama, Sweets learns about a crazy animal, and so much more.Need more Dama Dads? Consider joining us on Patreon for video episodes, exclusive dama dad content you can't find anywhere else, and more!https://www.patreon.com/damadadsMake sure to follow us on the Dama Dads Instagram page and follow the rules in our post for a chance to win your very own Dama Dads Coffee Mug:Dama Dads - InstagramMatt "Sweets" Jorgenson - InstagramJake Wiens - InstagramFor even more from Matt and Jake beyond listening, subscribe on YouTube:Sweets Kendamas - YouTubeGrain Theory - YouTubeVisit Sweets Kendamas and Grain Theory for all of your kendama needs:www.sweetskendamas.comwww.graintheory.com Support the show

Is aging a disease that can be cured? Neil deGrasse Tyson and cohosts Chuck Nice and Gary O'Reilly discover the field of epigenetics, the Information Theory of Aging, and curing blindness for mice with Professor of Genetics at Harvard Medical School, David Sinclair.NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here: https://startalkmedia.com/show/is-aging-a-disease-epigenetics-with-david-sinclair/Thanks to our Patrons Jason L, Daniel Holzmann, Anne P Vance, Unknown, Myles G Blanton, Paul A. Straus, and Gregory Dees for supporting us this week.

Did you know that axolotls can regenerate parts of their body? Did you know there's only one country in the world where you can find wild axolotls? This week's episode explores all this and more!

These adorable aquatic salamanders are voracious hunters -- and have myth-like powers of regeneration. Learn more about the axolotl in this episode of BrainStuff, based on this article: https://animals.howstuffworks.com/endangered-species/axolotl.htmSee omnystudio.com/listener for privacy information.

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Today we talk Axolotls, my spine X-ray, and whether I will actually rest like I should prepping for the CrossFit Open 2024

Stewart Lee and Felicity Ward join Andy with a focus on the environment from a UK perspective. Icebergs, COP 28, Axolotls and the Parthenon Marbles are all in the news. A note to Josie Long to listen to this episode.PLUS: Become the owner of an exclusive episode of The Bugle, on 12 inch vinyl! Become a premium member NOW! https://www.thebuglepodcast.com/donateThis episode was presented and written by:Andy ZaltzmanFelicity WardStewart LeeAnd produced by Chris Skinner and Laura Turner Hosted on Acast. See acast.com/privacy for more information.

On today's episode we cover the EU's ban on microplastics and what that means for you. Adopt an Axolotl to help save them. $20,000 in lottery tickets that had no winners. A look back at the first US auto race. Plus, today in history looks back at daytime dramas. EU Ban AdpotAxolotl Lottery Tickets First US Auto Race   Contact the show - coolstuffcommute@gmail.com

It's a listener request! Axolotls are one of the more amazing animals roaming the planet right now – they can regenerate parts of their brains, can fight off tumors, are found in the wild only in one single lake? And did we mention they smile all the time?See omnystudio.com/listener for privacy information.

Twelve year old Connor and ten year old Cameron love their pets. They open up about the responsibilities and the joys of living and caring for seven pets.

In addition to having faces that look like a smiley emoticon, axolotls are as fascinating to scientific researchers as they are to kids because of their amazing ability to regenerate parts of their bodies, including their brains! In this episode we answer kids' questions about these curious salamanders with Dr. Randal Voss, a professor at the University of Kentucky. That lab alone has thousands of axolotls, but these creatures are critically endangered in the wild, where they live exclusively in the depleted and polluted waterways of Mexico City's Lake Xochimilco. Questions we tackle in this episode: How do axolotls regrow parts of their brains? What did axolotls evolve from? Can axolotls survive out of water? Download our learning guides: PDF | Google Slide | Transcript

Today's ani-melee features an amphibian with frilly gills and a pink bird with a bent bill. It's axolotls vs. flamingos! Comedian, puppeteer and podcaster Tim Platt champions axolotls in a wild face-off with writer, comedian and flamingo fan Katie McVay. Which side will take home first prize? Fabulous flamingos or awe-inspiring axolotls? Splash over to smashboom.org to vote for the team YOU think won!

What is an Axolotl? Why do they look so interesting and cute? Where does the name Axolotls come from and does it really mean, 'Water Monster'? For free home activities sign-up at www.WhoSmarted.comSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.