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    Natural Sciences

    Strange Animals Podcast

    A podcast about living, extinct, and imaginary animals!

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    Latest Episodes:
    Episode 306: Two Million Years Ago in Greenland Dec 12, 2022
    Show notes

    This week we're going to learn about a brand new study in Nature about animals and plants that lived in Greenland about two million years ago. Happy birthday to Dillon! Further reading: A 2-million-year-old ecosystem in Greenland uncovered by environmental DNA Scientists Reconstruct 2-Million-Year-Old Ecosystem from Environmental DNA No bones? No problem: DNA left in cave soils can reveal ancient human occupants Greenland now: Greenland two million years ago [art by Beth Zaiken, taken from the second article linked above]: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. This week we’re going to do something a little different and talk about a new study just published in the journal Nature. A little section of this episode is taken from a recent Patreon episode, for those of you who listen and think, “Wait, I’m pretty sure I’ve heard that before.” Before we get started, though, we have a birthday shoutout! A great big happy birthday to Dillon! I hope you do something really silly and fun on your birthday, like dance around wearing a ridiculous party hat and then eat cake. Greenland is a big island off the eastern coast of Canada, but way far north, more or less in the Arctic. Even though it’s off the coast of North America, it’s considered part of Europe because for the last thousand years, it’s been controlled by Norway or Denmark at various times. Denmark’s got it right now. A little over 56,000 people live there today, most of them Inuit. A big part of Greenland is covered in an ice sheet over a mile thick, which is so heavy it has pushed the central section of the island down so that it’s almost a thousand feet, or over 300 meters, below sea level. The land is much higher around the edges of the country. Basically Greenland is a gigantic bowl full of ice. In 1966, the U.S. Army drilled into the ice to see what was under it, and the answer is dirt, as you might have expected. They took a 15-foot, or 4.5 meter, core sample and stuck it in a freezer, where everyone promptly forgot about it for 51 years. At some point it ended up in Denmark, where someone noticed it in 2017. In 2019, the frozen core sample was finally studied by scientists. They expected to find mostly sand and rock. Instead, it was full of beautifully fossilized leaves and other plant material. The main reason scientists were so surprised to find leaves and soil instead of just rock is that ice is really heavy, and it moves—slowly, but a mile-thick sheet of ice cannot be stopped. If you remember episode 277 about the rewilding of Scotland, you may remember that Scotland doesn’t have a lot of fossils from the Pleistocene because it was covered in glaciers that scoured the soil and everything in it down to bedrock, destroying everything in its path. But this hasn’t happened in Greenland. Where the ice sheet now is, there used to be a forest. Obviously, the ice sheet hasn’t always covered Greenland. Research is ongoing, but a study of the sediment published in 2021 indicates that Greenland was ice free within the last million years, and possibly as recently as a few hundred thousand years. If you go back a little farther, around two million years ago, Greenland was radically different. Not only was it ice free, it was much warmer than it is today. In north Greenland, which is now a polar desert, there was once an open forest where an incredible number of plants and animals lived. We know because of environmental DNA sequencing, often referred to as eDNA. At this point most of us have a good understanding of what DNA is, but I’ll give you a quick explanation in case you’re not sure. DNA stands for Deoxyribonucleic acid, and it’s a polymer chain found in every organism’s cells that contains genetic instructions, essentially a guide on how to grow a particular type of animal. It’s way more complicated than that, but that gives you a basic idea. When cells replicate as an organism develops, either from an egg cell or a seed, the DNA directs what sequences of development happen at what stages. You inherit DNA from your parents but your personal DNA is always a little different from both parents’. True crime podcasts talk about DNA a lot because every individual organism has a unique DNA profile, and since every single cell in our bodies contains DNA, criminals leave their unique signature at every crime scene. Now that scientists can sequence DNA from really tiny samples, many crimes have been solved when the only evidence was something like “this criminal murdered someone and then smoked a cigarette, and left the cigarette butt, and the DNA from their saliva on the cigarette butt was sequenced and run through a database of criminal DNA profiles, and now we know who the murderer is.” And then you get six commercials for mattresses and phone games. But animal podcasts talk about DNA a lot because every species of organism has a unique genetic profile in addition to having a unique personal genetic profile. Scientists can retrieve DNA from a poop found in the forest and determine what species of animal left that poop. It probably wasn’t a Bigfoot. Scientists can also compare DNA from different animal populations to learn how closely related they are. The most recent advance in DNA studies is environmental DNA, and it’s increasing our knowledge of the world in amazing ways. If you look at a lake, even if you go Scuba diving in the lake, even if you send a rover down to look at things in the lake, you won’t be able to see every single animal and plant and other organism that lives there. Fish are always moving around and may swim away from a diver or rover, or the water may be murky, and lots of animals stay hidden in the mud at the lake’s bottom. But if you take samples of the lake water and test it for DNA, suddenly you’re going to have more information than what you’d gather in days or weeks of just looking. Of course it’s important to observe animals in their natural habitats, but if you need to know whether an invasive species is living in the lake, or if an animal that hasn’t been seen for a long time is still extant in the lake, or if there are animals in the lake that no one’s ever seen before, eDNA can do that. The water is full of genetic material shed by different organisms. It’s not just water, either, although testing water samples is pretty easy. DNA degrades quickly in ordinary circumstances, so while you can test soil to see what animals and plants live nearby, in most cases you’ll only find DNA that was deposited recently. But if the soil has been protected from sunlight, weather, and oxygen, such as soil found in a cave, there’s a chance that some ancient DNA can be found in it. That can tell us a lot about what animals lived in the cave a long time ago. It’s not a few genetic sequences found in a single sample, either. As one scientist put it, there are trillions of DNA fragments in every single spoonful of dirt. Not all the samples are complete enough to sequence, but the ones that are can tell us a lot about the organisms that encountered that spoonful of dirt when it was at the surface of the cave. In Denisova Cave in Siberia, where a few remains of the Denisovan people were first discovered, researchers have learned that Denisovans and Neandertals lived in the cave for tens of thousands of years at different times, even though there aren’t any bones or artifacts remaining. But the sediment from the Greenland eDNA study wasn’t from a cave. It had been preserved in permafrost for two million years without anything disturbing it, especially humans. It’s the oldest eDNA that’s been studied so far, more than a million years older than the previously oldest DNA. That was also found in permafrost and was recovered from a mammoth tooth. Two million years ago in northern Greenland, poplar, birch, and thuja trees grew in an open forest along with various shrubs and other plants like ferns and moss. The thuja is sometimes called the tree of life or arborvitae and it’s an evergreen tree that’s related to junipers, sequoias, and cypresses. A lot of the plant DNA found was a surprise, since pollen from the plants had never been recovered in the area. Lots of plants related to modern roses and azaleas grew in the area, so we know there were flowers in spring and summer. The area is called Kap København, and while it was still pretty cold, it was warm enough that much of the Greenland ice sheet had melted. In winter the temperature might have sometimes been as warm as 50 degrees Fahrenheit, or 10 Celsius, and only dipped to around 2 degrees Fahrenheit on average, or -17 Celsius. This is a whole lot warmer than modern days, where the winter temperature can drop to -50 Celsius, which is about the same in Fahrenheit, and almost never climbs above freezing except in summer. Some of the animals that lived in the forest two million years ago were mastodons, reindeer, hares, geese, and various rodents related to voles and lemmings. There was even horseshoe crab DNA found from coastal water that had been pushed farther inland during flooding. All the animals found are related to modern animals that still live today, but only one, the Arctic hare, had actually been found in the fossil record in Greenland. They also found DNA of ants and fleas, plankton, algae, and lots of microbial life. There is no ecosystem on earth today that quite matches that of Kap København from two million years ago. Until this study, scientists thought that not much lived in the area at the time, certainly not mastodons. Hopefully, environmental DNA can be recovered from even older sediments so we can learn more about the ancient world. You can find Strange Animals Podcast at strangeanimalspodcast.blubrry.net. That’s blueberry without any E’s. If you have questions, comments, or suggestions for future episodes, email us at strangeanimalspodcast@gmail.com....


    Episode 305: The Chamois and the Cave Goat Dec 05, 2022
    Show notes

    Thanks to Isaac for suggesting the chamois, our main topic this week! Further reading: The chamois in New Zealand Extinct goat was cold-blooded Myotragus balearicus: Extinction of mouse-goats A chamois in its summer coat: A chamois in its winter coat: Myotragus, the "cave goat," may have looked something like this museum restoration: Nuralagus's femur (left) compared to a regular rabbit femur: Show Transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. This week we’re going to talk about an animal suggested by Isaac, the chamois, along with a few other animals. I realize we’ve talked about a lot of mammals lately so I’ll try to switch it up for the last few episodes of the year. The chamois is a species of what are called goat-antelopes. Its name is French and is spelled c-h-a-m-o-i-s, but in English a lot of people pronounce it “shammy.” Shammy is also what people call polishing cloths of various types, because it’s short for chamois. If you ever heard those commercials on TV for something called the sham-wow, that’s a paper towel thingy that’s based on the shammy cloth. The reason for all this confusion between an animal and a cloth is that the original shammy cloth was a piece of leather from the animal that was used to polish high-quality items like fancy cars since it’s very soft and won’t scratch anything. Most shammy cloths you buy these days are likely to be made from plush cloth or the skin of domestic goats or sheep. As for the animal, it’s native to mountainous parts of Europe, including the Alps. It’s also been introduced to New Zealand’s South Island where it’s an invasive species that threatens many native plants. Since chamois meat is considered a delicacy, commercial hunters in New Zealand travel into the mountains by helicopter, kill as many of the animals as possible, and bring the meat back to sell to restaurants. This is encouraged by the New Zealand government in an attempt to protect native plants, although red deer, feral goats, and hares are also introduced animals that do a lot of damage to the delicate mountain environment. The chamois is small, only about two and a half feet tall at the shoulder, or 80 cm. It has cloven hooves and both males and females have small black horns. The horns are mostly straight but bend backwards at the tips into a sort of hook shape, and while males have thicker horns, they aren’t usually that much longer than the female’s. Horns grow up to 11 inches long, or 28 cm. In summer the chamois’s fur is light brown with a darker stripe on each side of the face that runs from the nostrils, over the eyes, and up to the horns. In winter its fur grows very thick to keep it warm in its mountainous habitat, and it’s a much darker brown, almost black. It still has the dark band on its face with lighter colored fur on its cheeks and jaw, though. Its tail is very short and isn’t usually visible. Female chamois live in small groups along with their offspring. Males are solitary most of the year, but during mating season in autumn and early winter, called the rut, males fight each other for the attention of females. The female gives birth to a single kid in late spring. In the winter the chamois migrates to lower elevations where there’s more food, but in summer it migrates to high elevations above the treeline where it’s safer from predators. It can run extremely fast, up to about 30 miles per hour, or 50 km/hour, and can jump as much as 20 feet, or 6 meters. It can even jump over six and a half feet high, or 2 meters, straight up. It’s very bouncy. I mentioned that the chamois is a goat-antelope, so let’s go back to that term. The goat-antelope isn’t actually a type of antelope, although it is an antelope relation. Goat-antelopes are bovids, along with antelopes, actual goats, sheep, cows, and many others. The goat-antelopes are members of the subfamily Caprinae, which includes goats, sheep, musk ox, mountain goats, takins, and many other interesting animals that we need to talk about one day. One of these is the extinct Myotragus, called the mouse goat or the Balearic Islands cave goat because the first fossils were found in a cave. It didn’t actually live in caves, although it was weird in other ways. The cave goat was a small animal, only about 18 inches tall, or 46 cm, and both males and females had small horns that probably looked like a goat’s horns. Like most other goat-antelopes, researchers think the cave goat was a browser that ate lots of different kinds of plants, although its ancestors had probably been grazers that ate mostly grass. But its eyes were oriented for binocular vision like a predator’s eyes, instead of being on the sides of its head as in most herbivores, which allows an animal a much wider range of vision to watch for predators. Since the cave goat had lived on islands for several million years and didn’t need to worry about large predators, it didn’t need the adaptations that other prey animals have. For instance, it probably was a slow walker and couldn’t jump at all, sort of the opposite of the chamois. An analysis of the rate of growth in the cave goat’s bones discovered something really weird. Most mammals grow quickly and steadily throughout their youth and then stop growing when they reach adulthood. The cave goat grew very slowly and sometimes stopped growing completely for a while, and didn’t reach full maturity where growth stopped until it was about 12 years old. Most goat-antelope species reach their full size within a year or two. This pattern resembles that of a reptile, not a mammal, and researchers think it was an adaptation to its restricted habitat. An island only has so much food available at any given time, so being able to slow or stop growing for a while when food is scarce, then resume growing when there’s more food to convert to energy, is an efficient way to deal with scarcity. When the finding was published in 2009, a lot of articles called the cave goat cold-blooded, or ectothermic, but we don’t actually know if this was the case. The cave goat went extinct around 3,000 years ago when humans arrived on the islands where it lived. But instead of ending on that sad note, let’s look very quickly at another animal that lived on the same islands before the cave goat. It was a gigantic weird rabbit called Nuralagus rex. Nuralagus was a rabbit but due to island gigantism, it was way larger than an ordinary rabbit and would have looked very different. It was about 20 inches tall at the highest point of its back, or 50 cm. Like the cave goat but unlike other rabbits, it couldn’t jump. Its spine was stiff and there weren’t very many predators to worry about, so it could just walk around and find plants and other giant bunnies and that’s all it needed. It didn’t have very good hearing compared to most rabbits, so its ears were probably much shorter in relation to its body. It was only described in 2011, which just goes to show how many weird animal discoveries are still waiting to be found. You can find Strange Animals Podcast at strangeanimalspodcast.blubrry.net. That’s blueberry without any E’s. If you have questions, comments, or suggestions for future episodes, email us at strangeanimalspodcast@gmail.com. If you like the podcast and want to help us out, leave us a rating and review on Apple Podcasts or Podchaser, or just tell a friend. We also have a Patreon at patreon.com/strangeanimalspodcast if you’d like to support us for as little as one dollar a month and get monthly bonus episodes. Thanks for listening!


    Episode 304: Animals of the Paleogene Nov 28, 2022
    Show notes

    Thanks to Pranav for suggesting this week's topic, animals of the Paleogene, the period after the Cretaceous! Thanks also to Llewelly for suggesting the horned screamer, now one of my favorite birds. Further watching: Southern Screamers making noise Horned Screamers making noise Further reading: The Brontotheres Presbyornis looked a lot like a long-legged goose [art by Smokeybjb - CC BY-SA 3.0] The southern screamer (left) and horned screamer (right), probably the closest living relation to Presbyornis: Megacerops was really really big: All four of these illustrated animals are actually megacerops, showing the variation across individuals of nose horn size: Uintatherium had a really weird skull and big fangs: Pezosiren didn't look much like its dugong and manatee descendants: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. This week we’re going to look at some strange animals of the Paleogene period, a suggestion from Pranav. Pranav also suggested the naked mole-rat that we talked about in episode 301, but I forgot to credit him in that one. As we talked about in episode 240, about 66 and a half million years ago, a massive asteroid smashed into the earth and caused an extinction event that ended the era of the dinosaurs. The geologic time period immediately after that event is called the Paleogene, and paleontologists study this era to learn how life rebounded after the extinction event. We’re going to learn about a few animals that evolved to fill ecological niches left vacant after dinosaurs went extinct. These days, mammals fill a whole lot of these ecological niches, so it’s easy to assume that mammals have been successful for the last 66 million years. But while that’s true now, birds were incredibly successful for a long time. Basically for millions of years after the non-avian dinosaurs died out, it was dinosaurs 2.0 as the avian dinosaurs, better known as birds, spread throughout the world and evolved into some amazing organisms. This included terror birds, which we talked about in episode 202. They lived in South America, except for one species from North America, and evolved really soon after the dinosaurs went extinct, appearing in the fossil record about 60 million years ago. They lasted a long time, too, only going extinct around 2 million years ago. The earliest known terror bird was about three feet tall, or 91 cm, but its descendants became larger and more fearsome until they were apex predators throughout South America. The biggest species grew up to ten feet tall, or three meters, with a massive beak and sharp claws on its toes. It couldn’t fly but was a fast runner. You would not want a terror bird chasing you. Lots of other birds evolved throughout the Paleogene, but most of them would look pretty familiar to us today. Paleontologists have found fossils of the ancestors of many modern birds, including penguins, hummingbirds, and parrots, which shows that they were already specialized some 25 or 35 million years ago or even more. In the case of penguins, we have fossils of penguin ancestors dating back to the late Cretaceous, before the extinction event. Those ancient penguins could probably still fly, but it didn’t take too long to evolve to be a fully aquatic bird. The species Waimanu manneringi lived around 62 million years ago in what is now New Zealand. It resembled a loon in a lot of ways, with its legs set well back on its body, and it probably spent much of its time floating on the water between dives. But unlike a loon, it had lost the ability to fly and its wings were already well adapted to act as flippers underwater. Another bird would have looked familiar at first glance, but really weird when you gave it a second look. Presbyornis lived between about 62 and 55 million years ago in what is now North America, and it lived in flocks around shallow lakes. It was the size of a swan or goose and mostly shaped like a goose, with a fairly chonky body and a long neck. It had a large, broad duckbill that it used to filter small animals and plant material from the water and its feet were webbed…but its legs were really long, more like a heron’s legs. When the first Presbyornis fossils were found in the 1920s, the scientists thought they’d found ancient flamingos. But when a skull turned up, Presbyornis was classified with ducks and geese. It wasn’t very closely related to modern ducks and geese, though. Researchers now think its closest modern relation is a South American bird called the screamer. Llewelly suggested the horned screamer a long time ago and now that I have learned more about these birds, I love them so much! The screamer looks sort of like a goose but has long, strong legs and a sharp bill more like a chicken’s. It lives in marshy areas and eats pretty much anything, although it prefers plant material. It has two curved spurs that grow on its wings that it uses to defend its territory from predators or other screamers, and if a spur breaks off, which it does pretty often, it grows back. The screamer mates for life and both parents build the nest together and help take care of the eggs and chicks when they hatch. The horned screamer has a long, thin structure that grows from its forehead and looks sort of like a horn, although it’s not a horn. It’s wobbly, for one thing, but it’s also not a wattle. It grows throughout the bird’s life and may break off at the end every so often, and it’s basically unlike anything seen in any other bird. Maybe presbyornis had something similar, who knows? The screamer gets its name from its habit of screaming if it feels threatened or if it just encounters something new or that it doesn’t like. The screaming is actually more of a honking call that sounds like this: [screamer call] People sometimes raise screamers with chickens to act as guard birds. It can run fast but it can swim faster, and it can also fly although it doesn’t do so very often. Although it’s distantly related to ducks, its meat is spongy and full of air sacs that help keep it afloat in the water, so people don’t eat it. It is vulnerable to habitat loss, though. One organism that evolved early in the Paleogene was grass. You know, the plant that a whole lot of animals eat. There are lots and lots of different types of grass, not just the kind we’re used to mowing, and as the Paleogene progressed, it became more and more widespread. But it wasn’t as ubiquitous as it is now, so even though the ancestors of modern grazing animals evolved around the same time, they weren’t grazers yet. The word graze comes from the word grass, but ancient ancestors of horses and other grazing animals were still browsers. They ate all kinds of plants, and didn’t specialize as grazers until grasses really took off and huge grasslands developed in many parts of the world, around 34 million years ago. Because the Paleogene lasted so long, between about 66 and 23 million years ago, there’s literally no way we can talk about more than a few animals that lived during that time, not in a single 15-minute episode. We’ve also covered a lot of Paleogene animals in previous episodes, like paraceratherium in episode 50, the largest land mammal known. It probably grew up to about 16 feet tall at the shoulder, or 5 meters, and taller if you measured it at the top of its head. Other examples are moeritherium, an ancient elephant relation we talked about in episode 18, the giant ground sloth that we talked about in episode 22, and the ancient whale relation basilosaurus that we talked about in episode 132. Patrons also got a bonus basilosaurid episode this month. But I’m pretty sure we’ve never talked about brontotheres. Brontotheres first appear in the fossil record around 56 million years ago and they lived until at least 34 million years ago. All animals in the family Brontotheriidae are extinct, but they were closely related to horses. They didn’t look like horses, though; they looked a lot like weird rhinoceroses, although remember that rhinos are also related to horses. They were members of the odd-toed ungulates, along with tapirs and the gigantic Paraceratherium. Fossil remains of brontotheres have been found in North America, a few parts of eastern Europe, and Asia, although they might have been even more widespread. The earliest species were only about three and a half feet tall at the shoulder, or about a meter, but later species were much larger. While they looked a lot like rhinos, they didn’t have the kind of keratin hose horns that rhinos have. Instead, some species had a pair of horns made of bone that varied in shape and size depending on species. The horns were on the nose as in rhinos, but were side-by-side. Brontotheres developed before grasslands became widespread, and instead they were browsers that mostly ate relatively soft vegetation like leaves and fruit. Grass is really tough and animals had to evolve specifically to be able to chew and digest it. In fact, the rise of grasslands as the climate became overall much drier around 34 million years ago is probably what drove the brontotheres to extinction. They lived in semi-tropical forests and probably occupied the same ecological niche that elephants do today. This was before elephants and their relations had evolved to be really big, and brontotheres were the biggest browsing animals of their time. Brontotheres probably lived in herds or groups of some kind. They were widespread and common enough that they left lots of fossils, so many that they were found relatively often in North America even before people knew what fossils were. The Sioux Nation people were familiar with the bones and called them thunder horses. When they were scientifically described in 1873 by Othniel Marsh, he named them after the Sioux term, since brontotherium means “thunder beast.” Two of the biggest brontotheres lived at about the same time as eac


    Episode 303: Weird and Mysterious Animal Sounds Nov 21, 2022
    Show notes

    Thanks to Emory for suggesting this week's topic, mysterious animal sounds! Further reading/watching: The Story of Elk in the Great Smoky Mountains Terrifying Sounds in the Forests of the Great Smoky Mountains Evidence found of stingrays making noise This New AI Can Detect the Calls of Animals Swimming in an Ocean of Noise The wapiti [pic from article linked above]: The stingray filmed making noise [stills from video linked to above]: The tawny owl makes some weird sounds: The fox says all kinds of things: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. Emory suggested we do a new episode about strange and mysterious animal sounds a while back, which is one of my favorite topics. The problem is, it’s hard to find good audio clips to share. It’s taken me a while, but I think I’ve found some good ones. In late September 2018, in the Great Smoky Mountains in North Carolina, some hikers recorded a terrifying animal sound. The sound wasn’t a mystery for long, though, because they soon saw the animal making it. Here’s what it sounded like: [elk bugle] It’s the bugle of a male elk, which I’m going to call wapiti to avoid confusion. It’s a sound that wasn’t heard in the Smoky Mountains for at least a century. The eastern wapiti was once common throughout eastern North America but was driven to extinction in the late 19th century, although the last wapiti in North Carolina was killed almost a century earlier than that. All North American wapiti almost went extinct by about 1900, and hunters and conservationists worked to get nature preserves set aside to save it and its habitat. Starting in the 1990s, wapiti from western North American subspecies were reintroduced in the southeast, with reintroductions in the Smokies starting in 2001. There are now at least 200 wapiti living in the mountains, probably more. I’ve seen them myself and they’re beautiful animals! The wapiti is a type of deer. We talked about it way back in episode 30 along with the moose. Various species of wapiti live throughout Europe and Asia as well as North America, although it’s been hunted to extinction in many areas. As we mentioned in episode 30, the name elk is used for the moose in parts of Europe, which causes a lot of confusion, which is why I’ve chosen to call it by its Algonquin name of wapiti. The wapiti is a really big animal, one of the biggest deer alive today. Only the moose is bigger. It’s closely related to the red deer of Eurasia but is bigger. A male, called a bull, can stand about 5 feet tall at the shoulder, or 1.5 meters, with an antler spread some four feet wide, or 1.2 meters. Females, called cows, are smaller and don’t grow antlers. Males grow a new set of antlers every year, which they use to wrestle other males in fall during mating season. At the end of mating season the wapiti sheds its antlers. The bugling sound males make during mating season is extremely loud. The sound tells females that the bull is strong and healthy, and it tells other bulls not to mess with it. [elk bugle] Our next sound is from an animal that scientists didn’t realize could even make sounds. There’ve been reports for a long time of stingrays making clicking noises when they were alarmed or distressed, but it hadn’t been documented by experts. A team of scientists recently decided to investigate, with their report released in July of 2022. They filmed stingrays of two different species off the coasts of Indonesia and Australia making clicking sounds as divers approached. They think it may be a sound warning the diver not to get too close. This is what it sounds like: [Stingray making clicking sounds] One exciting new technological development is being used to detect underwater sounds and hopefully help identify them. It’s called DeepSqueak, because it was originally developed to record ultrasonic calls made by mice and rats. This is an example of a mouse sound slowed down enough that humans can hear it, specifically a male mouse singing to attract a mate, which we talked about in episode 8: [mouse song] But DeepSqueak also works really well to detect sounds made by whales and their relatives, and researchers are currently using it to determine whether offshore wind farms cause problems for whales. With DeepSqueak and other listening software, it turns out that a lot of animals we thought were silent actually make noise. For instance, this sound: [Pelochelys bibron] That’s a grunting sound made by the southern New Guinea giant softshell turtle. And here’s a caecilian, a type of burrowing reptile that we talked about in episode 82: [Typhlonectes compressicauda] Let’s finish with a strange and mysterious sound heard on land. In January and February of 2021, some residents of London, England started hearing a weird sound at night. [mystery sound] Because the animal making the sound moved around so much, some people thought it must be a bird. One suggestion is that it was a tawny owl, especially the female tawny owl who makes a chirping sort of sound to answer the male’s hoot. This is what the male and female tawny owl sound like: [owl sounds] The tawny owl also sometimes makes an alarm call that sounds like this: [tawny owl alarm call] But the sound didn’t really match up with what residents were hearing. Here it is again: [mystery sound] Finally someone pointed out that red foxes make a lot of weird sounds, mostly screams and sharp barks, but occasionally this sound: [fox sound] That seems to be a pretty good match for what people were hearing in early 2021, although since no one got a look at the animal they heard, we can’t know for sure. So it’s still a mystery. You can find Strange Animals Podcast at strangeanimalspodcast.blubrry.net. That’s blueberry without any E’s. If you have questions, comments, or suggestions for future episodes, email us at strangeanimalspodcast@gmail.com. If you like the podcast and want to help us out, leave us a rating and review on Apple Podcasts or Podchaser, or just tell a friend. We also have a Patreon at patreon.com/strangeanimalspodcast if you’d like to support us for as little as one dollar a month and get monthly bonus episodes. Thanks for listening!


    Episode 302: The Coatimundi and a Mysterious Friend Nov 14, 2022
    Show notes

    Thanks to Oceana, Leo, and Alexandra for suggesting the coatimundi this week! Further reading: Caught red handed: The mystery of an unusual Panamanian plant’s dispersal The coatimundi has a long tail and a long nose: The olingo sitting on a cloud cycad seed pod. Mystery solved! The olingo in daylight: My new podcasting studio! Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. This week we’re going to talk about an animal suggested by several people. Thanks to Oceana, Leo, and Alexandra for suggesting the coatimundi, also called the coati! We’re also going to learn about a related animal mystery that was the subject of a Patreon episode earlier this year, because it ties in so well. The coatimundi looks superficially like a type of monkey, or maybe a lemur, but it’s not a primate at all. It belongs to the family Procyonidae, which includes raccoons, kinkajous, and a few others. Procyonids are native to the Americas, and some scientists think they may be very distantly related to canids. Since a lot of Procyonids have bushy ringed tails, at one point the red panda was classified as a relation, but it’s since been reclassified into a family all its own that doesn’t appear to be related. The coati lives in much of South America, Central America, and southern North America, including Mexico and parts of the American southwest. It’s mostly gray-brown or reddish-brown in color, with some white markings around the eyes and muzzle. Males are much bigger than females on average, but in general the coati isn’t that much bigger than a domestic cat. It has a long, thick tail that sort of resembles a cat’s tail except that it’s even longer in relation to its body. Some coatis have rings around the tail but some don’t. It depends on the species and the individual. The coati uses its long tail to help it balance in trees, since it does a lot of climbing. Its hind feet can rotate so that they’re backwards, which means it can climb down trees headfirst. Procyonids can all do this, but so can some unrelated animals like weasels, due to convergent evolution. The coati also uses its long tail to keep track of its friends when they’re traveling through long grass. It sticks its tail straight up so that it’s visible above the grass. Since female coatis live in social groups of up to 40 individuals, keeping track of friends is important. The coatimundi doesn’t worry too much that predators might see its tail sticking up and run over for a coati-sized snack. While jaguars, cougars, large eagles, and a few other predators do eat coatis, for the most part other animals leave them alone. The coati has sharp teeth, sharp claws, and it’s strong and fast for its size. It can be ferocious when it needs to, and of course it has its equally ferocious friends to help out. Plus, the coati is intelligent. In a 2013 study, the female coati’s brain was found to have a very large frontal cortex, which is the part of the brain that handles sociability. Male coatis had smaller frontal cortexes, since males spend most of the time by themselves or in small bachelor groups except during mating season. And as we’ve learned when talking about other animals, the more complex an animal’s social structure, the more intelligent it’s likely to be. The coati’s ears are small and its snout is long and thin and turns slightly upwards, which makes it look a little like a piggy nose. But unlike a pig’s nose, the coati’s is extremely flexible. It uses its nose to root around in leaf litter and dirt to find food. It’s an omnivore that’s happy to eat pretty much anything, from fruit and other plant material, to insects and other invertebrates, including tarantulas, to eggs and small animals. It has a strong sense of smell and clever front paws that help it dig up grubs, termites, and other yummy things. It sleeps with its nose tucked into its belly fur and its long tail wrapped around it. When a female coati is ready to have babies, called kits, she leaves her group and builds a little nest in a tree. She gives birth there and takes care of her kits alone for about six weeks. At that point the babies can travel well and the whole family rejoins the other females and their offspring. The females take turns babysitting younger kits and watching for danger. Next, let’s learn about another Procyonid, this one associated with a mystery. But to learn about the mystery we need to start not with an animal, but with a plant. Zamia pseudoparasitica is a type of cycad that only lives in the montane cloud forests in western Panama, in Central America. Even though the cycad is a plant that resembles a palm tree, this particular plant grows in the treetops instead of on the ground. Because Z. pseudoparasitica is a mouthful, I’m going to call it the cloud cycad. The cloud cycad has a short trunk without branches, but its leaves are almost 10 feet long, or 3 meters. They look like palm fronds. It grows on other trees, clinging to the branches with its roots, but it doesn’t actually parasitize the tree. That’s why its name is pseudoparasitica: pseudo means false, so it only looks like a parasitic plant growing on a bigger plant. The cloud cycad starts out by growing upward from a branch as much as 65 feet above the ground, or 20 meters, but as it gets bigger and heavier, it slips down around the branch and hangs upside down. Then its trunk starts bending upward to get more light, so it grows in a sort of U shape. The term for a plant that lives on other plants without being a parasite is epiphytic. Many epiphytic plants get their nutrients from rain, decomposition of leaves and other organic material near their roots, and other external sources since they don’t have access to soil. They’re often really good at absorbing water quickly too. Spanish moss, some ferns, lichens, and orchids are all good examples, but only one cycad is epiphytic, our cloud cycad. The cloud cycad produces large yellow or orange seeds in cones, and when the seeds are ripe they have a pungent smell. But here’s the mystery about this strange plant: how do its seeds get dispersed to other trees? The cloud cycad never grows on the ground, and researchers think any seeds that fall to the ground just lie there until something eats them. An animal has to be helping in some way, possibly by eating the seeds and pooping them out somewhere else. That’s why so many seeds are encased in sweet-tasting tissues. People suspected that fruit bats were the main seed disperser, but no one knew for sure. In late 2019, a team of young scientists decided to get to the bottom of the mystery. They climbed trees and placed cameras pointing at cloud cycads to see what animals visited them. This was hard work, as you can probably imagine, because those trees are really big; but finally they got the cameras set up. Then, in early 2020, right before Panama went into lockdown due to Covid-19, they had to go back and climb the same trees to retrieve the cameras. Then they had to download the photographs from each and go through them. Lots of animals were caught on camera, including seven species of mammal. Monkeys, kinkajous, and opossums all gave the seed cones a sniff or two, but only one animal actually collected the seeds. And that animal was the olingo! The northern olingo is a Procyonid, and is probably the coatimundi’s closest relation. It’s gray-brown in color with a rounded face and short muzzle, small round ears that are low on its head, and claws that help it climb around in trees. It’s mostly nocturnal and mostly eats fruit, and it spends most of its time in the treetops. It’s a slender animal that grows about 20 inches long, or 50 cm, not counting its tail, which is about as long as its body and which it uses for balance. If you look closely, its tail has very faint rings of dark and light fur. We don’t know a whole lot about the olingo, but we now know it probably eats the seeds of the cloud cycad because it’s been caught on camera grabbing up to four of the seeds at a time and carrying them off. The scientists still have a lot of work to do to find out more about how the olingo helps disperse the cloud cycad’s seeds, assuming it actually does. The team thinks the olingo might cache seeds like some squirrels do, hiding them in various places around its treetop territory until it’s hungry. If so, in at least some cases, just like with squirrels, some of the seeds are forgotten and germinate to grow new plants. You can find Strange Animals Podcast at strangeanimalspodcast.blubrry.net. That’s blueberry without any E’s. If you have questions, comments, or suggestions for future episodes, email us at strangeanimalspodcast@gmail.com. If you like the podcast and want to help us out, leave us a rating and review on Apple Podcasts or Podchaser, or just tell a friend. We also have a Patreon at patreon.com/strangeanimalspodcast if you’d like to support us for as little as one dollar a month and get monthly bonus episodes. Thanks for listening!


    Episode 301: Hairless Mammals Nov 07, 2022
    Show notes

    Thanks to Liesbet for this week's suggestion, about two mammals that have evolved to be hairless! Happy birthday this week to Declan and Shannon! The hairless bat has a doglike face and a doglike tail but (and this is important) it is not a dog [photos from this site]: The naked mole-rat's mouth is behind its teeth instead of the usual "my teeth are in my mouth" kind of thing: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. This week we have a suggestion from Liesbet, who asked about furless animals. We’re going to learn about two mammals that don’t have fur, and they’re not ones you may be thinking of. But first, we have two birthday shout-outs! Happy birthday to Declan and Shannon! I hope both your birthdays are so amazing that whatever town you live in finishes off the day by giving you the key to the city. What do you do with the key? I don’t know, but it sounds like something to brag about. Mammals are famous for having hair, but not all mammals actually have hair. Cetaceans like whales and dolphins have lost all their hair during their evolution into marine animals, although before a baby whale is born it has a little bit of fuzzy hair on its head. Other mammals, like humans, pigs, walruses, and elephants, have evolved to only have a little hair. There are also domesticated mammals that have been bred to have no hair, like sphynx cats and Chinese crested dogs. There are other domesticated hairless mammals, though, including two types of guinea pig. The skinny pig only has a little bit of fuzzy hair on its face and ears, while the baldwin pig only has a tuft of hair on its nose. But the animals we’re going to talk about today are hairless animals you may not have heard of. For instance, the hairless bat, which lives in parts of Southeast Asia. Its dark gray body is almost completely hairless, although it does sometimes have little patches of fuzz on the head and tail, and longer bristles around the neck. It’s nocturnal and eats insects, but since it’s a fairly large bat, around 6 inches long, or 15 cm, it can eat fairly large insects. It especially likes grasshoppers, termites, and moths. The hairless bat roosts in colonies of up to a thousand individuals, and it lives in caves, hollow trees, or rock crevices. Although it uses echolocation, it doesn’t have a nose leaf like many microbats have, but instead has a little doglike snout. Its tail is skinny like a little dog’s tail instead of being connected to the hind legs or body by patagia. It has a little throat pouch that secretes strong-smelling oil. It also has a sort of pocket on either side of the body. Originally people thought that mother bats used these pouches to carry their babies, since hairless bats usually have two babies at a time. Instead, it turns out that mother bats leave their babies at home when they go out to hunt, and the pockets are used for something else. The pockets are formed by a fold of skin and the end of the wing fingers and membranes fit into them. The bat uses its hind feet to push the wings into the pockets, sort of like stuffing an umbrella into the little cover that it comes in when you first buy it. This allows the bat to run around on all fours without its wings getting in the way. Since most bats can’t walk on all fours at all, this is pretty amazing. Our other hairless animal today is the naked mole-rat, which is not a mole or a rat. It is a type of rodent but it’s more closely related to porcupines than to rats. It lives in tropical grasslands in parts of East Africa and spends almost its entire life underground. It lives in colonies of up to 300 individuals, and the colony’s tunnels and nesting burrows are extensive, often covering up to 3 miles, or 5 km. It eats roots of plants and the colony carefully only eats part of each root so that they don’t kill the plant. The roots continue to grow, providing the colony with lots of food. The naked mole-rat grows about 4 inches long, or 10 cm, although dominant females are larger. It has tiny eyes and doesn’t see very well, since most of the time it doesn’t need to see, and it has a chonky body but short, spindly legs. It pretty much has no hair except for whiskers and some tiny hairs between the toes, and its skin is so pale it’s almost translucent. It digs with its protruding front teeth, and these teeth are not in its mouth. They grow out through the skin and the animal’s mouth is actually behind the teeth. This way the mole-rat can dig without getting dirt in its mouth, but it sure looks weird to us. But that’s not even close to the weirdest thing about the naked mole-rat. We haven’t even scratched the surface of weirdness! The naked mole-rat lives underground in a part of the world where it’s always warm, and its tunnel system has no exits to the surface except for temporary exits when new tunnels are being excavated, because the dirt has to go somewhere. Its environment is so consistent in temperature that it doesn’t need to regulate its body temperature like every other mammal known. It’s ectothermic, which is sometimes called cold-blooded. Reptiles and amphibians are ectothermic but all other mammals known are endothermic. It’s kind of our thing. But the naked mole-rat is different. Its metabolism is extremely low, and as a result it can live for more than 30 years when most rodents the same size are lucky to live 2 or 3 years. The naked mole-rat’s skin isn’t just hairless, it also lacks neurotransmitters. This means its skin doesn’t feel pain. The animal also lives in an environment that’s remarkably low in oxygen, and scientists think this contributes to the fact that the mole-rat never shows evidence of cancer except in captivity where its environment is higher in oxygen. The naked mole-rat’s colony is led by a dominant female, called a queen, and she’s the only female in the colony that has babies. When a female achieves dominance, either by founding a new colony, taking over after the current queen dies, or defeating the current queen in a fight, she then grows larger and becomes able to reproduce. Only a few males in the colony mate with her. All the other members of the colony are unable to reproduce. They’re considered workers and help take care of the queen’s babies, maintain tunnels, forage for food, or act as soldiers to keep snakes and other predators out. If this sounds like the way some insect colonies are structured, especially bees and ants, you’re right. It’s called eusociality and the mole-rat is the only type of mammal known with this sort of social structure. There’s another type of mole-rat from southern Africa that’s also eusocial, but it has fur. All that is so weird that I almost forgot the mole-rat is hairless. That now seems like the most normal thing about it. You can find Strange Animals Podcast at strangeanimalspodcast.blubrry.net. That’s blueberry without any E’s. If you have questions, comments, or suggestions for future episodes, email us at strangeanimalspodcast@gmail.com. If you like the podcast and want to help us out, leave us a rating and review on Apple Podcasts or Podchaser, or just tell a friend. We also have a Patreon at patreon.com/strangeanimalspodcast if you’d like to support us for as little as one dollar a month and get monthly bonus episodes. Thanks for listening!


    Episode 300: The Loveland Frog Oct 31, 2022
    Show notes

    Here it is, our 300th episode! Which just happens to fall on Halloween! We have a spooooooky episode for sure this time, a full five out of five ghosts on our spookiness scale. Beware!! Don't forget to order your copy of Beyond Bigfoot & Nessie, available wherever you buy books! Check out the great podcast Bring Birds Back. They were kind enough to run a promo for us in the middle of their Halloween episode so I've returned the favor. Further reading: 'Loveland Frogman' Spotted Again? The Loveland Frogman Is Back!!! Beware. Officer who shot 'Loveland Frogman' in 1972 says story is a hoax Close Encounter at Kelly (PDF) A picture from the 2016 sighting: "Jim" the frogman cosplayer (from the second article linked to above): The 27 March 1972 Cincinnati Post article, titled "Loveland monster" by Si Cornell (p.7): A really big iguana: The 1955 sighting, drawn in 1956 by the witness's interviewer: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. It’s finally Halloween, and it’s also our 300th episode! Wow! I don’t think I’ve ever made 300 of anything before. To celebrate, this episode is going to be our most Halloween-y yet, a solid five out of five ghosts on our spookiness scale. Beware, muahahaha! As usual in our Halloween episodes, we have a little bit of housekeeping before we start. The Beyond Bigfoot & Nessie book is still available everywhere you order books. I have six or seven copies of the paperback if you want to buy a signed copy directly from me. Just drop me an email if you’re interested. This past year has been extremely busy for me. Apart from the podcast, I also sold my house and moved to an apartment, went to a lot of conventions to sell books, and worked on my fiction writing. I self-published a novella this summer called Royal Red, which is about dragons, but it’s not appropriate for younger readers so I won’t link to it. Everything I’ve done this year has been positive ultimately, but it was incredibly stressful at the time. Now that things are settling down, I’ve had time to think about what I want to do in the future. I love making Strange Animals Podcast, but it’s also taking up more and more of my time. I have a lot of hobbies and interests outside of podcasting, which I haven’t had time to do very much in the last few years. I need to pull back and regain time for myself. But don’t worry, we’ll still have an episode every week! The episodes will just be shorter on average. Hopefully you won’t even notice the change. Feel free to continue sending in your suggestions and feedback. I know I’m really backed up on suggestions and hope to get to a bunch of them in the next few months. If you worry that I never got your suggestion, you can send it again! Also, if you want a sticker, send me your mailing address and I’ll mail you one. That’s true all the time, not just right now. Thanks to everyone for supporting the podcast over the last 300 episodes! Let’s aim for another 300. Also, stick around to the very end of the episode to hear a promo from a great podcast called Bring Birds Back. I think you’ll really like the show. Now, it’s time to learn about the LOVELAND FROG. Which does not sound spooky, but believe me, it is. The story doesn’t start in 2016, but that’s where we’re going to start. In early August 2016, a young man named Sam Jacobs was playing Pokemon Go with his girlfriend in Loveland, Ohio. They were near Lake Isabella when Sam noticed a big frog in the water. It was getting dark at this point and all Sam could see was the frog’s eyes reflecting light and its head and back above the water. It was so big that he took pictures and even video, but then the frog stood up out of the water and walked around on its hind legs, the size of a human. But that wasn’t the first time someone had seen a giant frog-man in the area. In 1972 it was seen twice, both times by policemen. On March 3, 1972, a policeman named Ray Shockey was driving along Riverside Road at about one in the morning. This was just outside Loveland, Ohio, and as the road’s name implies, the road followed along the Little Miami River. Officer Shockey saw what he initially thought was a dog in the road, but as he came closer, the animal stood up on its hind legs. He said it was about four feet tall, or 1.2 meters, with a face that looked like a frog’s or a lizard’s. Its skin looked leathery but textured. The creature stared at the car for a moment, then jumped over a guard rail and down toward the river. Shockey was shocked, naturally, and hurried to the station. He told another officer on duty about what he’d seen, Mark Matthews, and the two returned to the spot where Shockey had encountered the creature. They found what looked like scrape marks on the ground leading down to the river, but nothing else. A few weeks later, Mark Matthews saw the creature himself. He was driving along the river when he saw what he thought was a dead animal on the road. He stopped to move it off the road when it sat up, hurried to the guard rail and climbed over it. Officer Matthews shot at the creature but either missed, or the animal wasn’t hurt badly enough to stop. But this still isn’t the first time the creature was sighted. We have to go back to 1955 for the first sighting of the creature now known as the Loveland frog or the Loveland frogman. There are various versions of the story but in general, in May of 1955, a businessman named Robert Hunnicott was driving along the Little Miami River at about 3:30 in the morning and saw three strange creatures standing on their hind legs. He was so shocked that he stopped his car to get a better look. The creatures were no more than 4 feet tall, or 1.2 meters, and had gray leathery skin and faces like frogs. Instead of hair, the skin on their heads was deeply wrinkled. He also noticed they had webbed hands and feet. As Hunnicott stared, one of the figures raised a wand over its head and sparks shot out of it. At this point Hunnicott decided it was time to go, and he drove away quickly. So, you have to admit, this is a truly spooky event. It may be the spookiest thing we’ve ever discussed on this podcast. But things aren’t all that they seem, so let’s revisit all three stories and learn a little more. If you read the Wikipedia entry for the Loveland frog, at least as of late October 2022, under the “Popular culture” heading it discusses the 2016 sighting and finishes “It was later revealed to be a local student from Archbishop Moeller High School in a homemade frog costume.” This statement cites as its source a November 13, 2020 article written by a student for the Moeller Crusader, the high school’s newspaper. But if you actually read the article, which I’ve linked to in the show notes, you’ll notice that it’s meant to be funny. For instance, this paragraph, which purports to be a quote from a student called Jim: “‘I’ve been obsessed with the Loveland frog since I was a little boy,’ said Jim. ‘He’s like my idol. I dress up as him and go to the tunnel and hop around a few times a week. I sometimes make little chocolates shaped as flies and I’ll eat them while I hop around. And no, I don’t think it’s weird.’” This actually made me laugh. But nowhere in the article does it state that “Jim” was in the lake in 2016 while Sam Jacobs and his girlfriend were playing Pokemon Go. If Jim was an Archbishop Moeller High School student in November 2020 when the article was published, he would not have been a high school student in August 2016 unless he had to stay in high school for five years instead of the usual four. Either that or he started wearing his costume around in middle school but was only seen once until the article ran in 2020. Also, in the pictures accompanying the article, the frog costume is just an oversized head made of plush fur, not the sort of thing you’d want to wear into a lake and not matching the size of the creature photographed in 2016. Anyway, as I said, the article is clearly meant to be funny, not factual. In other words, while Wikipedia is a perfectly good source of general knowledge on a topic, make sure you double-check the references cited for accuracy, and don’t use Wikipedia as your only source. All that aside, it’s a good possibility that the 2016 sighting was a hoax. The pictures and video are grainy since it was dark out, so basically all you can see is what seems to be a dark green or gray human-like figure standing in the water about waist-deep. The glow of its eyes is so bright they look like LED lights instead of the normal eyeshine of a nocturnal or crepuscular animal. The lights also appear to be white. White eyeshine is generally only found in fish, while frogs generally have green eyeshine. Of course, the Loveland frog isn’t actually a frog, and if it is something new to science it could potentially have any color of eyeshine. But such bright white eyeshine is more likely to be due to an artificial light source causing the glow, not the reflection of light. Let’s go back to the 1972 sightings next. The initial sighting made by Ray Shockey happened in early March. Loveland is a community on the outskirts of Cincinnati, Ohio, and according to online weather history archives, the temperature dipped down to 24 degrees Fahrenheit that night, or -4 Celsius. The following day, Saturday, the temperature only reached 39 F, or 4 C. It was also windy, which would make it feel even colder. The Cincinnati Post newspaper reported on the sighting in a March 27, 1972 article. The article takes a humorous tone but it does have some solid reporting, so I’m going to quote a lot of it. “Patrolman Ray Shockey, 23, was cruising along the river late at night when he saw ‘an animal two to three feet tall with dark green or blackish scaly skin.’ The thing ducked over the bank into the river. “Ten days ago, Patrolman Mark Matthews, 21,...


    Episode 299: Entombed in Stone! Oct 24, 2022
    Show notes

    This week's episode rates one out of five ghosts on the spookiness scale. It's not too spooky unless the thought of being ENTOMBED IN STONE creeps you out! Which it might, if you are a frog. Further reading: A Tenacious Pterodactyl Further watching: "One Froggy Evening" A frog supposedly found mummified in a stone: The Texas horned lizard kind of looks like a pointy toad with a tail: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. We’re getting really close to Halloween and our 300th episode, and it’s going to be a spooky one! This week, though, I rate this episode as one ghost out of five on our spookiness scale, meaning it’s not very spooky at all...unless you’re a frog! Most of us know this story. A worker helping to demolish a building finds a mysterious box hidden in the building’s cornerstone. He opens the box and discovers a living frog—a frog that can sing and dance! But only when no one else is looking! That’s the classic Looney Tunes cartoon “One Froggy Evening,” and while it’s really funny, it’s also based on many stories about frogs, toads, and other animals supposedly discovered entombed but alive, or only recently dead, in clay, bricks, tree trunks, coal, and even rocks. For example, in 1782, the American politician and naturalist Benjamin Franklin was living in France, and while he was there he heard about some workmen in a quarry who had found some living toads encased in stone. I’ll quote from Franklin’s writing: “At Passy, near Paris, April 6th, 1782, being with M. de Chaumont, viewing his quarry, he mentioned to me, that the workmen had found a living toad shut up in the stone. On questioning one of them, he told us, they had found four in different cells which had no communication; that they were very lively and active when set at liberty; that there was in each cell some loose, soft, yellowish earth, which appeared to be very moist. We asked, if he could show us the parts of the stone that formed the cells. He said, No; for they were thrown among the rest of what was dug out, and he knew not where to find them. We asked, if there appeared any opening by which the animal could enter. He said, No. […] We asked, if he could show us the toads. He said, he had thrown two of them up on a higher part of the quarry, but knew not what became of the others. “He then came up to the place where he had thrown the two, and, finding them, he took them by the foot, and threw them up to us, upon the ground where we stood. One of them was quite dead, and appeared very lean; the other was plump and still living. The part of the rock where they were found, is at least fifteen feet below its surface, and is a kind of limestone. A part of it is filled with ancient seashells, and other marine substances. If these animals have remained in this confinement since the formation of the rock, they are probably some thousands of years old.” Since limestone generally takes about a million years to form, and requires considerable pressure and lots of chemical reactions to do so, we can be certain that the toads were not in the limestone for all that long. But limestone is porous, and the mention of damp yellow earth inside the capsules of stone suggests that there were significant fissures in the stones where the toads were found. Limestone dissolves in water, although it takes a long time. That’s how caves form. Maybe over many years, tiny cracks and holes had formed in the limestone, large enough for some well developed tadpoles or young toads to end up in the holes, maybe during a rainstorm or flood. Then again, the whole thing might have been a mistake. The toads might not have actually been inside the stones, only nearby when the stones were broken open. The workers might have thought they were inside. Or it might just have been a hoax made up by a bored quarry worker. Stories of animals found encased in stone or other impossible conditions go back hundreds of years, in many parts of the world, but for some reason they got really popular around the mid-19th century in England. Suddenly people were finding toads and other animals in all sorts of weird places, or said they had. The Rev. Robert Taylor of St. Hilda’s Church, Hartlepool, for instance, exhibited a toad and the stone it was found in, with the chamber inside the stone being exactly the size and shape of the toad before it was broken open and freed in April 1865. But a geologist who examined the stone found obvious chisel marks where it had been hollowed out and shaped to look like the toad had been inside. It wasn’t just toads found in rocks, of course, although those were the most popular. A mouse was supposedly found in a rock in 1803, three salamanders of a presumed extinct species were supposedly found in a rock sometime before 1818, and a horned toad was supposedly found in a building cornerstone in 1928. The horned toad is actually a lizard, in this case a Texas horned lizard that lives in various parts of the south-central United States and northeastern Mexico. The Texas horned lizard does actually resemble a toad in some ways. Its body is broad and rounded and its face has a blunt, froglike snout. A big female grows about 5 inches long, or almost 13 cm, not counting its tail, while males are smaller. It’s covered with little pointy scales, and if it feels threatened, it will puff up its body so that the scales stick out even more. It also has true horns on its head, little spikes that are formed by projections of its skull. The Texas horned lizard eats insects, especially a type of red ant called the harvester ant. The harvester ant is venomous but the horned lizard is resistant to the venom and is specialized to eat lots and lots of the ants. Its esophagus produces lots of mucus when it’s eating, which collects around the ants and stops them from being able to bite before they die. The horned lizard supposedly found in a cornerstone of a building was nicknamed Ol’ Rip after Rip Van Winkle, the main character in a short story by Washington Irving who fell asleep and woke up 20 years later. Ol’ Rip the Texas horned lizard was supposedly placed into the hollow cornerstone brick as part of a time capsule when the Eastland County Courthouse was being built in 1897. In 1928, the courthouse was torn down and a newspaper reporter advertised the opening of the time capsule, including the story about the horned lizard. Sure enough, a live horned lizard was removed from the cornerstone when it was opened, which by the way was the inspiration for the “One Froggy Evening” cartoon. Ol’ Rip became a celebrity and was displayed all over the United States, and the Texas horned lizard became such a popular pet that the population declined severely, since people went out and caught them to sell as pets. Since the horned lizard eats a lot of insects that damage crops, its decline in numbers actually led to farmers losing money to insect damage. The Texas horned lizard is still endangered, for that matter, and is now a protected species that isn’t allowed to be kept as a pet. Ol’ Rip died less than a year after he was supposedly discovered in the cornerstone. Even at the time, a lot of people were skeptical that Ol’ Rip had really been in the cornerstone brick for 31 years. It’s much more likely that one of the officials presiding over the time capsule’s opening brought a horned lizard with him and pretended to find it in the brick. For one thing, the Texas horned lizard needs bright sunshine to survive. Its body can only produce vitamin D when it gets a lot of sunshine, and without vitamin D it will eventually die. It spends a lot of time sunbathing and while it does dig a burrow to sleep in at night, as soon as the sun’s out in the morning, the lizard comes out to bask in the sunshine. A Texas horned lizard trapped in a brick without food, water, air, or sunshine wouldn’t survive long. The weirdest animal ever supposed to have been found in a stone was reported in the Illustrated London News in 1856. According to the article, during the construction of a railway tunnel in France, a huge block of stone was dislodged with dynamite. The workers were breaking it into smaller pieces when they exposed a chamber inside the rock. A creature emerged that looked something like an enormous bat, but was obviously not a bat. It had a long neck, sharp teeth in its mouth, four long legs with long claws on its talons, and its front and hind legs were connected with flying membranes. It was black with bare skin. The animal shook its wings but promptly dropped dead, and was sent to a naturalist who identified it as Pterodactylus anas, which had died 64 million years before. Its wingspan was measured as 10 feet, 7 inches across, or 3 meters, 22 cm. There is no species of pterodactyl named Pterodactylus anas, but anas is Latin for duck. The word for duck in French is canard, which in English means something more like “a hoax or tall tale.” You can find Strange Animals Podcast at strangeanimalspodcast.blubrry.net. That’s blueberry without any E’s. If you have questions, comments, or suggestions for future episodes, email us at strangeanimalspodcast@gmail.com. If you like the podcast and want to help us out, leave us a rating and review on Apple Podcasts or Podchaser, or just tell a friend. We also have a Patreon at patreon.com/strangeanimalspodcast if you’d like to support us for as little as one dollar a month and get monthly bonus episodes. Thanks for listening!


    Episode 298: The Tantanoola Tiger Oct 17, 2022
    Show notes

    This week we're examining the Tantanoola Tiger, a mystery animal that probably wasn't a tiger...but what was it? This episode is rated two ghosts out of five for monster month spookiness! Thanks to Kristie for sharing her photos of the Tantanoola tiger! Happy birthday to ME this week! I've decided to turn 25 again. That was a good year. Further reading: The Tasmanian tiger was hunted to extinction as a 'large predator'--but it was only half as heavy as we thought The grisly mystery of the murderous Tantanoola Tiger (Please note that the end of this article has some disturbing details not appropriate for younger readers. However, true crime enthusiasts will just shrug.) Kristie and her kids reacting to the taxidermied Tantanoola Tiger: Kristie's picture of the taxidermied Tantanoola Tiger. WHO DID THIS TO YOU, TIGER? The numbat is striped but too small to fit the description of the "tiger": Our friend the thylacine, probably not strong enough to kill a full-grown sheep: Tigers are really really really big. Also, don't get this close to a tiger: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. This past spring, when I was researching mysterious accounts of big cats spotted in Australia for episode 274, I considered including the Tantanoola Tiger. That was Kristie and Jason’s episode, and Kristie casually mentioned that she’d seen the stuffed Tantanoola tiger on display and wasn’t impressed. She even sent me pictures, which we’ll get to in a moment. In the end, I decided the Tantanoola Tiger deserved its own episode, because it’s completely bonkers, and that it needed to be in monster month, because parts of the story are weird and creepy. I give it two ghosts out of five on our spookiness scale, so it’s not too spooky but it’s more than a little spooky. The story starts in the southeastern part of South Australia at the very end of the 19th century. The little town of Tantanoola was home to a lot of sheep farmers, and in the early 1890s something was killing and eating sheep. For years there had been rumors that a Bengal tiger had escaped from a traveling circus in 1884 and was living in the area, so once half-eaten sheep carcasses started turning up near Tantanoola, people assumed the tiger was to blame. There was definitely something unusual killing sheep. Aboriginal shearers reported seeing an animal they didn’t recognize, something that frightened their dogs. Paw prints were found that measured over 4 inches across, or 11 cm, which is really big for a dog’s print although that’s what it resembled. It also happens to be a reasonable size for a small tiger, although a big tiger’s paw is usually more like 6 inches across, or almost 16 cm. In 1892, a couple out driving in their buggy saw a striped animal cross the road ahead of them. They reported it as brown with stripes and a long tail. They estimated its length as three feet long not counting its tail, or about a meter, 5 feet long including the tail, or 1.5 meters. This is actually really short for a full-grown tiger. A big male Bengal tiger can grow more than ten feet long, or over 3 meters, including the tail, and even a small female Bengal tiger is about eight feet long, or 2.5 meters, including the tail. There aren’t a lot of animals native to Australia that have stripes. The numbat has stripes and does live reasonably close to Tantanoola, although it was driven to extinction in the area by the late 19th century. But the numbat is only about 18 inches long, or 45 cm, including its tail, and it looks kind of like a squirrel. It eats insects, especially termites, which it licks up with a long, sticky tongue like a tiny anteater. It’s even sometimes called the banded anteater even though it’s a marsupial and not related to anteaters at all. Plus, it doesn’t eat very many ants. The female numbat doesn’t have a pouch, but while her babies are attached to her teats they’re protected by long fur and the surrounding skin, which swells up a little while the mother is lactating. So the animal seen in 1892 probably wasn’t a numbat, but it also probably wasn’t actually a tiger. The people who saw it said it definitely wasn’t a dingo either. In May 1893, a tiger hunt was organized but found nothing out of the ordinary, but in September of that year a farmer found huge paw prints after his dogs alerted him to an intruder during the night. The prints were over 4 inches across, or 11 cm, and this time a policeman took plaster casts of them. A zoologist at the Adelaide Zoo examined the casts and said that they weren’t tiger prints but were instead from some kind of canid. The next month, in October, a farmer reported that he’d killed the Tantanoola tiger. But it wasn’t a tiger and wasn’t even any kind of wolf relation. Instead, it was a feral hog that had been killing his sheep for years and evading his attempts to kill it. The boar measured 9 feet from nose to tail, or 2.7 meters, and while it was probably responsible for some sheep killing, it wasn’t the Tantanoola tiger. The so-called tiger kept on killing sheep. In August of 1894 a 17-year-old named Donald Smith saw a strange animal dragging a struggling sheep into the trees. The mystery animal was light brown with darker stripes and stood about two and a half feet high at the shoulder, or 75 cm, and was over four feet long, or 1.3 meters. Donald thought it was a tiger, although he’d never seen a tiger before. He said the stripes on its body were dull, but they were much more distinct on its head. When police and trackers arrived at the area later, after Donald alerted them, they found claw marks, bloody tufts of wool, and big paw prints. Finally, the following August, two sharpshooters set out to hunt the so-called tiger and actually found it. It was just barely dawn when they saw what looked like a gigantic dog grab a sheep and wrestle it to the ground. One of the men shot the animal and killed it. The Tantanoola tiger definitely wasn’t a tiger. It was more like a dog, but it was much bigger than any dog they knew and certainly much bigger than a dingo. It was three feet tall at the shoulder, or 91 cm, and 5 feet long, or 1.5 meters, including the tail. It was mostly dark brown with patches of lighter brown and gray, and yellowish legs. Its paws were over 4 inches across, or 11 cm. But it didn’t have stripes. It was identified as a wolf, although what kind of wolf varied. Suggestions included a European wolf, a Syrian wolf, or an Arabian wolf. We still don’t know exactly what kind of wolf or related animal the animal was, but we do still have the stuffed specimen. It’s on display in the Tantanoola Hotel, which is where Kristie and her kids saw it several years ago. She took pictures and was kind enough to give me permission to use them, and please, I beg you, even if you’ve never clicked through to see any pictures I’ve posted before, please look at these. There are two, the reaction shot of Kristie and her kids looking at the Tantanoola tiger, and a picture of the tiger itself. You will laugh until you cry. As we’ve mentioned a few times before, taxidermy requires a lot of work and artistic ability. Whoever stuffed and mounted the Tantanoola tiger lacked some of the artistic skills. It looks really goofy. Really, really goofy. But at least we have the body, although unfortunately it hasn’t been DNA tested so we still don’t know exactly what kind of wolf or wolf relation it is. But that’s not the only mystery. In fact, there are three separate mysteries here. First, how did the wolf get to Australia? Second, what was the striped animal people were seeing? Third, what was killing sheep? Because even after the wolf was shot, sheep kept being killed and the striped animal was occasionally spotted. One suggestion is that the striped animal was a thylacine. We’ve talked about it a few times before, most recently in episode 274. The thylacine was still alive in Tasmania in the 1890s, but it had been extinct in mainland Australia for about 3,000 years. It’s possible that someone brought a thylacine to mainland Australia where it escaped or was set loose, just as the wolf had to have been brought to Australia. Then again, thylacines weren’t very strong. They mostly ate small animals, especially the Tasmanian native hen, which is about the size of a big flightless chicken with long legs. It was much smaller than a wolf and much, much smaller than a tiger. If there was a thylacine around Tantanoola at the time, it probably wasn’t the animal killing sheep. Even though farmers had shot a huge feral hog and a wolf, neither of which belonged in Australia, sheep kept being killed. No one ever figured out what the striped animal was, and eventually it stopped being seen. The 19th century turned into the 20th century, and more and more sheep started disappearing—hundreds of them every year. In this case, though, they weren’t being eaten. They just disappeared. Toward the end of 1910 the mystery was accidentally solved. Three hunters smelled an intense stench of death coming from some trees. It was so strong that they went to investigate. They found a path into the trees and came across something awful. There were piles of dead sheep and lambs everywhere, dozens of them. They’d been skinned and the skins were hanging on wires strung through the trees. But the path continued, and when the hunters went farther, they found even more dead sheep. It took a few weeks, but the police eventually tracked down the culprit, a local man who had been selling a lot of sheepskins on the sly for years despite not raising sheep himself. He’d killed thousands of sheep to sell their skins, leaving the bodies to just rot. He’d also done some other terrible crimes, so if you click through to read the article I’ve linked to in the show notes, please be aware that it’s not appropriate for younger readers


    Episode 297: Dinosaur Mummies Oct 10, 2022
    Show notes

    This week we have a two-ghost rating for our episode about dinosaur mummies! It's a little spooky because we talk about mummies, but it's mostly an episode about dinosaurs, which are not spooky. Further reading: The lost Tarbosaurus mummy Dinosaur Mummy Found with Fossilized Skin and Soft Tissues Dakota the Dinomummy: Millenniums in the Making Spectacularly Detailed Armored Dinosaur "Mummy" Makes Its Debut Was a Dinosaur Mummy Dubbed 'Appalachiosaurus' Found in Tennessee? An Edmontosaurus mummy found in 1908: A 3D model of Dakota's skin [photo from third link above]: The Nodosaurid ankylosaur mummy: Show transcript: Welcome to Strange Animals Podcast. I’m your host, Kate Shaw. It’s monster month and this week we’ve got a monster from ancient times—really ancient times. We’re talking about mummies today, DINOSAUR mummies! On our spooky scale, this one rates two ghosts out of five since we do talk about mummies, but it’s not too spooky because we mostly talk about dinosaurs! A dinosaur named Tarbosaurus lived around 70 million years ago in what is now Mongolia. It was probably closely related to Tyrannosaurus rex and would have looked very similar, with a big strong body but teeny-tiny front legs. Its front legs were even smaller than T. rex’s in relation to its body. It grew up to about 33 feet long, or 10 meters, and probably stood about 10 feet high at the hip, or 3 meters, and its big head had a big mouth full of really big teeth. It probably killed and ate hadrosaurs, sauropods, and other big dinosaurs. Some scientists think it was so closely related to T. rex that it should be classified as another species in the genus Tyrannosaurus. We have quite a few Tarbosaurus fossils, including some very well-preserved skulls, so we know quite a bit about it. It had a good sense of smell and good hearing, but its vision wasn’t all that great. Some paleontologists think it might have been nocturnal. We’ve also found lots of bones of big dinosaurs with bite marks from teeth the size and shape of Tarbosaurus’s. In 1991, though, a team of scientists found something even more incredible. They found a partial skeleton of a Tarbosaurus with lots of skin impressions. In short, they’d sort of found a mummified dinosaur. (It’s not really a mummy.) The mummy consisted of the back end of the dinosaur, including the pelvis, tail, and hind legs. It had fallen onto sandy sediment that was especially fine-grained, so when the sediment transformed into sandstone over many millennia, it retained an exceptionally clear impression of the skin, including every small pebbly scale. The expedition members took pictures and measurements, but they didn’t collect the specimen. Another expedition returned to the area to do so in 1993, but by then the specimen was gone. It was probably stolen by fossil poachers, who probably didn’t even realize the skin impressions were far more valuable than the bones and may have destroyed them while removing the skeleton. The lost Tarbosaurus specimen is called a fossilized mummy since a dead animal’s skeleton with skin is sort of like a mummy. When the soft tissues of a dead animal or person are preserved in some way that causes them to stop decaying, that’s considered a mummy, and there are a lot of causes. The most famous mummies, of course, are from ancient Egypt. It was important in Egyptian culture at the time to preserve a dead person’s body, and dead animals were also mummified sometimes, especially cats. The body was treated with salt and spices that helped dry the tissues and preserve them from bacteria, and once it was fully dehydrated the body was wrapped in linen bandages, covered with a natural waterproofing material made from plant resins, and placed in a wooden coffin. Sometimes the coffin was then put into a stone sarcophagus to keep it extra safe. Other cultures across the world have practiced mummification too, and sometimes mummification happens naturally. This mostly happens in deserts and other dry areas, or in places where it’s very cold and the body freezes before it can decay, then dries out slowly. Sometimes a body is preserved after it’s buried, when the soil of the grave or the conditions in an underground crypt are just right, although bodies found in bogs are mummified too since bogs lack oxygen and that stops the decay of soft tissues. Another dinosaur mummy was found in 1910 in the western United States, in Wyoming. It’s an Edmontosaurus specimen that’s remarkably well preserved and nearly complete, including skin impressions and even the horny beak. Initially the scientists who studied the animal thought the stomach contents had been preserved too, but more modern studies have concluded that the plant material was probably deposited in the body cavity after death. The dinosaur died near water and flooding may have washed plants into the partially decomposed carcass. There was even a little fish among the plant material, which was probably already dead when it was washed into the body cavity. Edmontosaurus lived in what is now North America around 67 million years ago, surviving right up to the extinction event that killed off the non-avian dinosaurs. It’s one of many species of hadrosaurid, which are often called duck-billed dinosaurs. It could grow up to 39 feet long, or 12 meters, and possibly larger, and it was relatively common throughout its range. It probably walked on all fours most of the time but could stand or walk on its hind legs only, when it wanted to. It ate plants and may have migrated long distances to find food. It probably lived in groups. The skin impressions of the 1910 specimen were impressive, but it isn’t the only edmontosaurus mummy ever found. We have several, in fact. The earliest was found in 1908, known as specimen AMNH 5060, and it was discovered by a man named Charles Sternberg and his three sons, who all three became paleontologists later in life. They were hoping to find a good triceratops skull to sell to a museum, but they found something even better when one of the sons realized the dinosaur they were uncovering was wrapped in skin impressions. AMNH 5060 had died in an area that was very dry, so instead of rotting away, all the moisture in the body dried out and the skin remained stretched across the bones. It was essentially a natural mummy at that point. Then, as in the 1910 specimen, flooding probably covered the dead animal with sediment that preserved it in fine detail. Not only is the skeleton mostly intact, it’s also articulated so that the fossilized body parts are in the same places they were when the animal died, instead of having been scattered around after death. More edmontosaurus mummies were found later, too, but it wasn’t until 2006 when the most important find so far was discovered in North Dakota, part of the United States. It isn’t just skin impressions we have from this specimen, which is nicknamed Dakota. We have actual fossilized skin and muscles and tendons, along with bones. Dakota was discovered by Tyler Lyson on his uncle’s ranch when he was still in high school. He knew the dinosaur was there but he didn’t realize how important the find was until five years later when he was a paleontology student. The specimen was excavated in 2006 and was identified as an adolescent edmontosaurus that died about 67 million years ago. It was recently given a new 3D scan and results will hopefully be published soon, letting us all know if there are any fossilized organs inside the body. Because so much of the soft tissues were preserved in place, we know a lot about how edmontosaurus looked when it was alive. For instance, the intervertebral discs that act as little shock absorbers between vertebrae are still in place, which means we know exactly how long Dakota was when it was alive, about 40 feet long, or 12 meters. Because so many of its tendons and muscles are preserved, scientists can calculate how fast it could run. Dakota could probably run 28 mph, or 45 km/hour. We even have a clue about Dakota’s pattern, if not its coloration. Differences in scale size and texture suggest that the dinosaur might have had stripes on at least part of its body. Edmontosaurus fossils aren’t the only dinosaur mummies, though. In 2011, an amazing ankylosaur fossil was discovered in a Canadian mine. Ankylosaurs had short legs and wide bodies covered in armor, and while some had club-like tails, Nodosaurids had regular tails but spikes on their backs that pointed sideways. The Canadian ankylosaur mummy is a nodosaurid. Researchers think the dinosaur was probably caught in a flash flood, which swept it out to sea. It probably swam as long as it could, but its armored body made it heavy and it eventually drowned. Its body sank into the bottom sediment, which protected it from decay, scavengers, weathering, and other things that might have destroyed it. 110 million years later, an equipment operator fortunately noticed how weird the rock was that he’d just uncovered, and the world now has an amazing idea of what a living ankylosaur looked like. The animal’s armored plates from the front of its body, some skin, and even its stomach contents are beautifully preserved, and the body is still articulated. It looks like it lay down to sleep and turned to stone. Some chemical pigments called melanosomes were discovered during study of the skin, which suggests that its skin was probably reddish-brown in color with a lighter-colored belly. It had massive spikes on its shoulders and along the sides of its neck, along with the smaller osteoderms that made up its armor on the rest of its body. We know it mostly ate ferns because that was mostly what was in its stomach when it died. There was also some charcoal in its stomach, and researchers think it was probably eating ferns that had grown in an area where a wildfire had been recently....


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