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by Katherine Shaw
A podcast about living, extinct, and imaginary animals!
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- 2 days ago7 min
Episode 495 The Koao
Further reading: Gauguin’s Magical Mystery Koao Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. The French painter Paul Gauguin moved to the island of Hiva Oa in 1901, less than two years before he died. Hiva Oa is the second largest island in the Marquesas, a volcanic archipelago in Polynesia in the South Pacific. It’s extremely remote, only slightly closer to Mexico than it is to New Zealand, although Hawaii is even closer. During his short time on Hiva Oa, Gauguin produced quite a few paintings, including a famous one whose title translates to “The Sorcerer of Hiva Oa.” It depicts a dancer and magician named Haapuani and represents the fast-vanishing local culture. One of the details of the painting is a bird on the ground next to a small dog. But no one can identify the bird in the painting. The bird is mostly blue but with green face and wings, and the small dog appears to be biting its wing or back. It’s about the size of a chicken, although details aren’t especially clear due to Gauguin’s painting style. The bill is a brownish-red and is thick and pointed. The eye is the same brown-red. No one paid much attention to the bird in the painting until a man named Thor Heyerdahl published a book about the Marquesas in 1974. He was most well known for his adventures sailing a balsawood boat, the Kon-Tiki, from South America to the Polynesian islands in 1947. In 1937, though, the most notable thing Heyerdahl did was see an unusual bird that he mentioned in his book. He wrote that the bird had no wings and ran extremely fast when he startled it. It vanished into a thick bank of ferns and although he tried to catch another glimpse of it, it was gone. He later said it was about the size of a long-legged gull. A French explorer also wrote about this bird in 1957, although he didn’t see it himself. He said the people who lived on the island called the bird koao, which meant “burrow bird” since it was supposed to hide in burrows. It was about the size of a rooster, purplish in color with a yellow bill, and while it only had little wings, its legs were long and it was a fast runner. By 1979, researchers investigating the koao were told that it had gone extinct from overhunting, specifically by the French colonizers of Hiva Oa. Other researchers learned that the bird was supposed to have red eyes and was the size of a duck. The ornithologist Jean-Jacques Barloy thought the bird sounded like a type of rail. Rails are relatively small birds that mostly stay on the ground. Even rail species that can fly are weak flyers, while many species are flightless. The family is a large one and includes birds like the American coot, the takahē of New Zealand, the common moorhen that lives throughout much of western Europe, South Asia, and parts of Africa, and the spotless crake that’s common throughout much of the South Pacific. Barloy suggested in 1979 that the koao might be a spotless crake. The spotless crake is bluish-gray with reddish-brown back and wings, a black bill, red eyes, and pale orangey legs that are long for its size. It’s shy and mostly crepuscular, but when it’s out in daylight it never goes far from vegetation where it can hide. It prefers freshwater wetlands but will also live in forests as long as it has plenty of groundcover for shelter. It eats insects, worms, crustaceans, and even carrion, as well as plant material like seeds and fruit. It can fly but it would much rather run away from danger. This doesn’t really fit with what we know of the koao. For one thing, the spotless crake is much smaller than a duck or rooster, smaller even than a crow. It doesn’t match the size or coloration of Gauguin’s mystery bird or the reports of the koao. Even Barloy later decided he was wrong and suggested the koao might be a different type of rail, maybe even an unknown species of takahē. The takahē is dark blue with a greenish back, and its heavy beak and strong legs are red. This is much more similar to the bird Gauguin painted. The takahē was considered extinct until a small population was rediscovered in 1948, and while it’s flightless, its ancestors weren’t. Like New Zealand, many remote islands–including Hiva Oa–have no native mammals exc
- 1 weeks ago7 min
Episode 494: Four Water Animals
Further reading: New species of extinct vampire-squid-like cephalopod When teeth grow on the body Fossil shark turns into mystery pterosaur Scientists Had Never Seen This Elusive Whale Alive—Until Now Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. This month I wasn’t sure what to cover in this episode, so I decided to just click on four random bookmarks of scientific articles that I’ve had waiting for attention, and we’ll discuss them. We haven’t done a four articles episode in a long time! The first article is from March 2022, and it’s about the discovery of an ancient cephalopod. Cephalopods include octopuses and squid. Octopuses famously have eight arms, while squid have eight arms and two feeding tentacles. Despite its name, the deep-sea vampire squid is actually more closely related to octopuses than to squid, and a newly discovered fossil is an ancestor to both. The fossil is 328 million years old and was discovered in Montana, in the United States, in 1988 but was only studied recently. Fossils of soft-bodied animals are incredibly rare, and this one is remarkably well-preserved. All of the animal’s arms are preserved, including the suckers, but instead of eight arms, it had ten. Scientists have long suspected that the ancestors of modern octopuses and vampire squid had ten arms. The vampire squid has eight arms and two feeding filaments that are vestigial arms. But this is the first fossil found that shows ten arms. The fossil is of an animal with a torpedo-like body shaped like a modern squid. Two of its arms appear to be elongated compared to its other arms. It’s about 4 and a half inches long including its arms, or 12 cm. That’s pretty much all we know about it now, but hopefully the fossil will reveal more information as it continues to be studied. Our next article is from October 2017 and is intriguingly titled “When teeth grow on the body.” It sounds horrific, but it’s actually a study of certain catfish that grow bony plates with tiny teeth on their bodies as defense. Catfish don’t have scales, but some species of denticulate catfish that live in South America grow bony plates that act like armor. Many of these plates are covered in thin little teeth–actual teeth, including enamel and dentin, with pulp inside. They’re called extra-oral teeth, dermal denticles, or odontodes, and the study determined that they appeared about 120 million years ago in ancient catfish that hadn’t yet evolved the bony plates. The teeth regrow when they’re lost, and in some species, males grow larger teeth than females and use them to fight other males. Imagine biting someone without needing to open your mouth. Our next article is from November 2020, about more fossils. The fossils were discovered in a collection at the Sedgwick Museum of Cambridge and the Booth Museum at Brighton in England, and were originally found in the latter half of the 19th century by miners. A PhD student at the University of Portsmouth was studying fossilized shark spines from the collection when he realized they weren’t actually shark spines. Instead, they were jaw fragments from pterosaurs. Pterosaurs were flying reptiles that filled many ecological niches that birds fill today. One of the species identified from the collection is called Ornithostoma, which means bird mouth, an animal that lived in the early Cretaceous, about 110 million years ago, in what is now Europe. We know very little about it except that it didn’t have teeth, but it probably ate fish. But there were some other jaw fragments that didn’t belong to Ornithostoma, and in fact don’t match up to any known pterosaur jaws. It may belong to a new species, but the fossils are so fragmentary that there’s no way to know for sure. The rocks that the fossils came from were completely destroyed more than a century ago during phosphate mining, so unless more fragments are found in other collections, we may never learn more about this mystery pterosaur. Our last article is from July 2022, and I have no idea why I haven’t talked about it on the podcast before now. It’s about Sato’s beaked whale, also called kurotsuchi. It’s a type of four-toothed whale with a short beak, and it’s dark gray and can grow up to 23 feet long, or 7 meters. It was only identified in 2016 as being different from the two other known species of four-toothed whales, after careful analysis, including DNA analysis, of dead individuals that had been found washed ashore. Unti
- 2 weeks ago16 min
Episode 493: NEW The Mystery of Esconichthys and Friends
Yes, this is a NEW episode! Thanks to Eesa, Grace, and Viki for their suggestions this week. (Actual episode starts at 3 minutes 28 seconds.) Find the Backerkit campaign here! Further reading: Nix Illlustration: Esconichthys The southern hognose snake [picture by Caudatejake – Own work, CC BY-SA 4.0]: A beach wolf spider [photo by Memer15151 – Own work, CC BY-SA 4.0]: Oviraptor may have looked kind of like this when alive [art by PaleoNeolitic – Own work, CC BY 4.0]: Two halves of an esconichthys fossil: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. Oh, hi! This is a brand new episode, earlier than I expected! I noticed recently that one of the Patreon episodes I’d scheduled for September is one that I’d already run in the main feed a few years ago. I decided to just make a new episode for this week and move the episode that would have run this week to that September slot, because I have an announcement! For our five-year anniversary I published the book Beyond Bigfoot & Nessie: Lesser-Known Mystery Animals from Around the World, with a lot of the entries taken from episodes but also some new topics added. I always intended to do a follow-up for our ten-year anniversary, and have even done a lot of work on it. It’s called Small Mysteries, focusing on smaller mystery animals that don’t get a lot of attention. It’s about half the length of Beyond Bigfoot, all or almost all chapters taken from the podcast. But at this point, I don’t think I have time to finish it. I’m staying very busy and happy, with a part-time job taking care of people’s pets while they’re on vacation, and I’m also writing fiction again. But since that book is half-done, and a lot of people might want a copy even if I don’t add much more to it, I’m going to make it available as an ebook only. Do you remember last time I made a crowdfunding campaign, and the people who backed the campaign got a copy of the book as soon as it was published? I’m doing that again, but NOT for Small Mysteries. It’s for a different book, called The Moonhound, a cozy fantasy set in an alternate reality Smoky Mountains. The main character is a rabbit who moves to the mountains and meets a
- 3 weeks ago8 min
Episode 492: Basilosaurids
Further reading: Giant early whale Basilosaurus hunted the calves of other whales Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. Let’s look at some extinct whale ancestors this month, basilosaurids. We talked about the ancestors of whales in episode 72, about weird whales. After mosasaurs went extinct at the same time as the non-avian dinosaurs, 66 million years ago, basilosaurids evolved to fill the ecological niche they left. Mosasaurs were big marine reptiles while basilosaurids were big marine mammals, but in many ways basilosaurids looked more like mosasaurs than they did modern whales. Basilosaurids differed from their ancestors in that they were fully aquatic. They didn’t come out of the water at all and probably couldn’t. They did still have hind legs, but they were tiny and scientists think the animal probably only used the legs to help stay in place while mating. The hind legs were really small in comparison to the body, only 14 inches long, or 35 cm, in a 52-foot specimen, or 16 meters. Tyrannosaurus rex would look at that and say, “you’ve got really small legs, bruh.” Its front legs were larger and more flipper-like, although it still had an elbow joint that modern whales have lost, although modern seals still have an elbow joint. The reason Basilosaurids have a name that sounds an awful lot like a dinosaur name is because the person who described the first one scientifically thought it was a reptile. That was a man named Richard Harlan, an early paleontologist, who thought the fossils he was sent belonged to a marine reptile, possibly a mosasaur relation. In 1839 he named it Basilosaurus, which means “king lizard.” Then he took the fossils to another Richard, Richard Owen, who gave them a second look. Owen pointed out that the teeth didn’t look anything like reptile teeth and that the animal was probably some kind of whale. He and Harlan decided to rename the animal Zeuglodon, but it was too late! The first name was published, and Basilosaurus stayed king lizard despite not being a reptile. That didn’t stop many paleontologists from using Zeuglodon instead for quite a while, which has caused all kinds of confusion. Fossils of that particular species are especially common in the southern United States, so common in some places that the fossilized vertebrae were sometimes used as house supports. We talked about Basilosaurus in the paleontological frauds episode, because bones from six different basilosaurs formed the fake sea serpent skeleton exhibited around the United States and Europe in 1845. Basilosaurus did look a little bit like a sea serpent in that it was very long and relatively slender, and its body wasn’t rigid like a modern whale’s. It grew up to 66 feet long, or 20 meters, and probably longer, and is sometimes described as eel-like. It probably had small flukes at the end of the tail, but it didn’t swim like a modern whale. Its vertebrae were large, hollow, and filled with fluid. This made Basilosaurus buoyant but probably also meant it had trouble diving very deeply. There are only two species in the genus Basilosaurus, although there are lots of other Basilosaurids in other genera. The other Basilosaurus was slightly smaller and is most well known from an incredible bone bed in Egypt called Wadi al Hitan. Around 35 million years ago, Wadi al Hitan was a shallow coastal area full of life. It wouldn’t have looked all that weird to us at first glance, because a lot of the animals and plants that lived there were early relations of the ones that are still around today. These included sea cows that ate marine plants, various crocodilians, sea turtles, sea snakes, lots of birds, including pelicans, and lots of fish, including sawfish, sharks, and rays. There was even a kind of elephant living along the coast of this warm, shallow sea, Moeritherium, which probably looked more like a hippo or tapir than an elephant. There were also whales, specifically a type of dolphin-like animal called Dorudon. Dorudon was also a basilosaurid, but it only grew about 16 feet long, or 5 meters. It ate fish and other small animals and probably looked a lot like a miniature Basilosaurus—in fact, it was initially thought to be a juvenile Basilosaurus when it was first discovered. Dorudon may actually be a direct ancestor of modern whales, although we don’t know for sure. Paleontologists think Dorudon used Wadi al Hitan as a calving ground. About half of the Dorudon fossils found there are of calves. But there are also fossils of Basilosaurus, and i
- Jun 29, 20266 min
Episode 491: The Jumar
Further reading: http://messybeast.com/genetics/hybrid-equines.htm Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. I stumbled across an interesting mystery animal recently and thought it would make a great topic for a Patreon episode. It’s supposed to be a hybrid animal, but as we’ll soon learn, it can’t possibly be what it’s said to be. The animal is called a jumar or jumart, or sometimes a kumrah. The oldest record of a jumar dates to 1546 but there are many other accounts up to the beginning of the 20th century. The jumar is supposed to be the hybrid offspring of a horse and a cow, usually a bull and a mare. Sometimes it was supposed to be the offspring of a bull and a donkey mare. Whatever its supposed origins, the jumar was said to look like a horse except for cow-like hindquarters and head, although with no horns. The hooves were usually solid like a horse’s hooves but occasionally cloven. A jumar was supposed to be stronger but smaller than an ordinary mule, which is a cross between a horse and a donkey. There are plenty of reports of jumars, including individuals examined by naturalists, so it’s obviously a real animal. Could it really be a horse-cow hybrid? How closely related are horses and cows, anyway? Not closely related AT ALL. The horse is almost as closely related to whales as it is to cows. They belong to totally different orders, and if you remember from the hybrids episode, it’s unusual for a hybrid to result from animals that share a genus, but extremely rare for animals that only share a family. Order is a step above family. There is literally no way that a horse and a cow could crossbreed successfully, but if somehow they did, the baby would not survive long enough to be born. So the jumar can’t be a horse-cow hybrid, but at the same time, the jumar was a real animal. So what was it? The first hint of a solution came from a French naturalist who lived in the 18th century. He wrote in 1771 about two dead jumars he bought and dissected. Both of them turned out to be ordinary mules. Specifically, they were hinnies, which are the offspring of a female donkey and a male horse. Most mules are offspring of a male donkey and a female horse. Part of the reason that the hinny is a less common hybrid is because of the differences in chromosomes between horses and donkeys. Horses have 64 chromosomes, donkeys have 62. Mules and hinnies have 63 and are almost always sterile. In the case of a pair of animals with mismatched chromosomes, a baby is more likely to result when the father has the lower chromosome count, as is the case with the male donkey. A male horse has more chromosomes than a female donkey, so it’s less likely that a baby will result. Hinnies are almost always smaller than horses or mules because the mother donkey is a smaller animal than the mother horse. Like any other animal, mules are sometimes born with genetic issues that may affect their appearance. One relatively common issue is a type of dwarfism that can affect certain bones in the body, which makes the animal’s conformation look different from an ordinary mule’s. A disorder called chondrodysplasia, which can have a number of different causes, results in the upper portion of the animal’s skull being underdeveloped. This means its face appears dished like a cow’s face, its upper jaw may be much shorter than its lower jaw, and its eye sockets and forehead may look more cow-like too. It’s most likely, then, that jumars are just horses, mules, or hinnies with a genetic abnormality. That would also explain why no one talks about jumars anymore. These days if a weird-looking foal is born, the owner calls the vet, who recognizes a genetic issue right away. In the olden days people didn’t know what caused genetic issues and assumed it had something to do with parentage. If a mare had a baby that looked a little bit like a cow in some ways, that must be because its father was a bull. If you remember the Patreon episode we had a long time ago about horses with extra hooves on one or more feet, it’s probable that this is the trait leading to reports of jumars with cloven hooves. We even have one account from 1830 by a veterinarian who examined a jumar who had three legs with ordinary horse hooves but one leg with a cloven hoof that looked like a cow’s. That’s pretty much it for the jumar, but a quick reminder as we finish talking about hybrid horses and donkeys, if you cross a zebra with a donkey, the resulting offspring has stripes and is called a zedonk, my favorite word. Thanks for your support, and thanks for listening!
- Jun 22, 20269 min
Episode 490: Ipnops and Other Deep-Sea Fish
Further reading: Faceless Fish and the deep-sea voyages that found it Long-Lost ‘Faceless’ Fish Shows Up Near Australia Ipnops: The faceless cusk [photo taken from the second article linked above]: A tripod fish: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. It’s a fish episode! These are also deep-sea fish, and you know how much I love deep-sea animals. Let’s talk first about some fish in the family Ipnopidae, including one deep-sea fish with the pleasing name of Ipnops. We know of three species of ipnops so far, but there may be more that scientists just haven’t found yet. Some scientists think there’s actually only one species, since all three species look almost identical but just live in different parts of the deep sea. Ipnops is sometimes called the grideye spiderfish. If you don’t know what it looks like, you may think the word spider in its name is the weird part. It’s not, and in fact I’m not sure where that comes from. It could be that the fish’s transparent fins look kind of like spiderwebs. Other fish in its family are called spiderfish too but are also sometimes called lizardfish. It feels like someone was in a goofy mood when naming these fish and just started saying random animal names. Ipnops only grows a little over 6 inches long at most, or 16 cm. It’s slender for its size, although its head is wider than its body. Its head is black but the color fades on the body until the tail is light gray. No, the weird thing about ipnops is its eyes. It doesn’t precisely have eyes, certainly not eyeballs. Instead it just has a thin layer of retinal cells spread across a divot in the top of its head, also called a photosensitive membrane or plate. These plates show up as yellow against the black head. Researchers think the fish can’t see the way we think of seeing, but it can probably sense bioluminescent light. Since it lives at the bottom of the deep sea where little to no light penetrates from the surface, it makes sense that ipnops doesn’t really need eyes. We still don’t know very much about ipnops or most of its relatives. It eats small crustaceans and all individuals produce both eggs and sperm. Ipnops eggs hatch into tiny larval fish that live near the surface of the ocean and have extremely large ordinary eyeballs. How these eyeballs transform into a retinal membrane is a mystery known only to ipnops. The family that ipnops belongs to, Ipnopidae, includes many species that are called tripod fish, and tripod fish are very weird too even though they have regular eyeballs, usually tiny ones. There are <span lang="en-
- Jun 15, 202610 min
Episode 489: Animal Artists
Further reading: https://elephantartgallery.com/blogs/meet Desmond Morris with his favorite Congo painting: Peter/Pierre Brassau and some of his paintings: The so-called donkey painting, and I described it wrong in the episode: Pockets at work: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. Back in the early days of the podcast I did an episode about animal musicians, which for a long time was my favorite episode. Today let’s visit a similar topic, animals who are visual artists. Back in the 1950s through the 60s, researchers studying how humans make art studied monkeys and apes who were taught how to use a brush and paints. The studies caught the public’s fancy and it became something of a fad to own a piece of art created by an animal—whether it was a monkey or ape, an elephant, or some other animal. One of the earliest big name animal artists was a chimpanzee named Congo. Zoologist Desmond Morris, who was studying creativity in apes and humans, and who was also an artist himself, offered Congo a pencil and paper when he was two years old in 1956. Congo enjoyed drawing and especially liked to draw circles. When Morris eventually gave the chimp paints, Congo was even more enthusiastic. But while he was considered a novelty, he only had one art exhibition while he was alive, a 1957 event arranged by Morris. It wasn’t until 2005 that th
- Jun 8, 20265 min
Episode 488: The Java Tiger Mystery
Further reading: Is the Javan tiger Panthera tigris sondaica extant? DNA analysis of a recent hair sample The Sunda tiger [photo by Alfonsopazphoto – Own workAnimaisFotos, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=16029853]: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. We’re going to learn about a mystery tiger this month, but first we have to learn about the place where it’s supposed to live. Java is a large island that was formed by volcanic activity millions of years ago, and it’s been home to humans and our ancestors for over a million years. Its soil is rich and the climate is tropical, but the island’s ecosystems include tall mountains, savannas, rainforests, and mangrove forests. Naturally, lots and lots of animals live on Java that are found nowhere else in the world. Unfortunately, a whole lot of people live on Java too, which means that many animals and their habitats are threatened by habitat loss and pollution. Many animals have gone extinct in the last few hundred years. That includes the Java tiger. The Java tiger was small compared to tigers in other areas, although even a small tiger is a big animal. A big male tiger can grow about ten feet long, or 3 meters, and the Java tiger could grow about 8 feet long, or almost two and a half meters. The Java tiger was lightly built, though, and rarely weighed much more than 300 pounds, or about 140 kilograms. Despite its relatively small size, it was extremely strong and had paws as big as the much larger Bengal tiger. It also had lots of thin stripes. Originally scientists thought the Java tiger was a separate subspecies of tiger, but in 2017 it was reclassified as a population of Sunda tigers that have only been isolated from other populations for around 12,000 years. That doesn’t mean it wasn’t important, though. It showed differences from other Sunda tigers that weren’t yet significant enough to warrant it being a separate subspecies, but which definitely indicated it was on its way to evolving into a separate subspecies. Unfortunately, the Java tiger’s habitat was largely destroyed to make way for farming and logging, and as a result its usual prey animals became rare or went extinct. People would also poison or shoot any tiger they could. It only survived in a few small nature preserves, but the last tiger footprints were spotted in 1989 and since then, no tigers have been officially seen on Java. A 1999 expedition that set up camera traps in hopes of spotting a few tigers mostly got photos of poachers hunting in what was supposed to be a protected area. The Java tiger was declared extinct. Rumors persisted that tigers still lived on Java, though. Sometimes I think people claim to see recently extinct animals as a way to feel less guilty about humans having driven an animal to extinction. But in 2019 someone saw a tiger outside a village in western Java and reported the sighting to some local foresters. The foresters investigated and discovered footprints, claw marks, and a single hair on a fence. The foresters collected the hair carefully and gave it to a team of geologists who were working in the area. The geologists sent it to the West Java Nature Conservation Authority, which sent it for genetic analysis. They also sent some tiger hairs from other types of tigers to compare it to, including hairs from a museum specimen of a tiger killed on Java in 1930. The hair discovered in 2019 was definitely from a tiger, and its genetic signature most closely matched the genetic signature of the 1930 Java tiger specimen. This doesn’t 100% mean the Java tiger isn’t extinct, but it does mean that there’s hope that it’s still around. Java is part of Indonesia these days, and a few days ago as this episode goes live, the Indonesian government announced a plan to search for signs of the tiger, with an expedition getting underway soon to place camera traps. Conservationists are h
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