animal facts

WTF Fun Fact 13528 – Crows and Owls

Nature offers many rivalries, but few are as captivating as the longstanding feud between crows and owls. These two avian species don’t see eye to eye, and their interactions are often intense.

Crows and Owls

Crows belong to the corvid family, known for intelligence and complex social structures. They live in groups called murders and often roam their territories searching for food. Crows are highly adaptable and can survive in various environments, from rural areas to cities.

Owls are the masters of silent hunting, capable of swooping down on prey without making a sound. They belong to different families, but most are solitary and nocturnal. Owls rely on their keen sense of hearing and exceptional night vision to locate and capture prey.

The Sources of the Dispute Between Crows and Owls

Both crows and owls are carnivorous and sometimes target the same food sources. Small mammals, insects, and even other birds fall into their menus. This dietary overlap fuels competition and neither species appreciates a rival infringing on its hunting ground.

These animals often stake out territories that overlap. Crows are territorial creatures and defend their space fiercely. Owls, though less social, are equally protective of their hunting grounds. When territories collide, so do the birds.

Crows are diurnal, active during the day, while most owls are nocturnal, active at night. You’d think this would minimize conflict, but it doesn’t. Crows often spot owls resting in trees during the day and raise an alarm. The noisy cawing alerts other crows, and soon a mob forms to drive the owl away.

Mobbing: A Crow’s Defense Mechanism

Crows engage in a behavior called “mobbing” when they encounter a predator like an owl. They swarm the predator, cawing loudly, diving at it, and even pecking it to drive it away. This tactic usually works, as the owl becomes overwhelmed and leaves the area.

Crows initiate these confrontations for a reason. Owls pose a threat to young crows and eggs, making them a natural enemy. By driving an owl away, crows protect their offspring from becoming a meal.

Owls are not the aggressors in these encounters, but they aren’t passive victims either. When cornered, owls will fight back. Their sharp talons and beaks are formidable weapons. However, they prefer to avoid such confrontations and will often vacate an area if mobbed regularly by crows.

Survival of the Smartest

The crow-owl rivalry isn’t just about survival but also intellectual engagement. Crows seem to understand that owls are predators, and their mobbing behavior suggests advanced problem-solving skills. Owls, for their part, know to evade areas frequented by aggressive crows.

The Role of Humans

Humans indirectly contribute to this rivalry by altering natural habitats. Urbanization pushes these birds closer together, making encounters more frequent. Ironically, human presence can also offer temporary truces; both species are known to raid human trash bins for easy meals, sometimes tolerating each other’s presence for the sake of food.

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Source: “Crows vs Owls: What is going on?” — Carleton College

WTF Fun Fact 13527 – World’s Oldest Chicken

Meet Peanut, a 21-year-old bantam hen from Waterloo, Michigan. Recently dubbed the world’s oldest living chicken by Guinness World Records, Peanut has shattered all norms surrounding avian longevity. In a world where the average chicken lives only 5 to 10 years, Peanut’s journey is not just fascinating but also scientifically intriguing.

A Chick with Grit

Peanut’s life started on rocky ground. Abandoned in a frozen egg by her mother, she was minutes away from being a meal for a hungry fox. However, a chirp for help made Marsi Parker Darwin, the owner of Darwin’s Eden Farm, reconsider the decision to discard the seemingly lifeless egg.

Marsi carefully broke the shell and gave Peanut her first taste of life, one she wasn’t willing to give up so easily.

A Bird With Identity

Most chickens live an ordinary life, but not Peanut. From the beginning, she exhibited an unconventional personality. She relished human company, often perching on Marsi’s arm or sitting quietly in her pocket.

According to Marsi, Peanut never saw herself as a ‘normal’ chicken but rather as an individual deserving of a place on Darwin’s Eden, a farm that serves as a sanctuary for various animals.

Peanut’s Secret to Being the World’s Oldest Chicken

The question that puzzles many is, how did Peanut manage to live this long? Marsi credits a well-rounded diet and specialized care for her animals. However, even she believes there must be an unknown ‘x-factor’ that has contributed to Peanut’s record-breaking longevity.

Documenting a Lifetime: Photography as Proof

To establish Peanut’s age and hence claim her title, Marsi had to provide proof. Thanks to a well-documented life in pictures, Marsi could substantiate Peanut’s age. Each photograph captured was not just a moment frozen in time but an irrefutable piece of evidence that showcased Peanut’s extraordinary lifespan.

Peanut’s story isn’t confined to Darwin’s Eden. She’s been immortalized in a children’s book, penned by none other than Marsi herself. The book goes beyond narrating Peanut’s unique life; it also serves as a moral lesson, encouraging kids to overcome obstacles and never lose hope, much like Peanut did when she chirped for her life.

Will She Build the Oldest Chicken Ever?

As Peanut enjoys her twilight years, the world is watching to see if she’ll break the record for the oldest chicken ever, currently held by a 23-year-old hen named Muffy. While age may be catching up with her, Peanut’s story serves as a testament to resilience, the power of care, and the miraculous outcomes that can arise from unexpected beginnings.

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Source: “Meet Peanut, a 21-year–old chicken and world record holder” — NPR

WTF Fun Fact 13526 – Hercules Beetle

The Hercules beetle is a wonder in the world of insects, renowned for its colossal size and unique morphology. Originating from the rainforests of Central and South America, this beetle has a horn that can even surpass its own body length, making it a subject of intrigue for both scientists and insect enthusiasts.

Physical Characteristics of the Hercules Beetle

Notably, male Hercules beetles are the ones that sport elongated horns, which they primarily use for battling rivals when competing for mates. These horns boast a unique inner structure, built much like a honeycomb. This internal design enhances the horn’s durability while keeping it lightweight. The beetle’s strength-to-weight ratio is astounding; it has the capability to lift an astonishing 850 times its body weight. This herculean feat is what lends the beetle its mythological name, Hercules.

The life cycle of a Hercules beetle comprises four key stages: egg, larva, pupa, and adult. Among these, the larval stage stretches the longest, often up to two years. During this period, the larvae sustain themselves on decaying wood, hidden away from predators.

Interestingly, the diet of the Hercules beetle is mostly plant-based. The larvae feed on rotting wood, aiding in forest decomposition. Adults prefer sugary foods like fruit, but also consume tree sap. This diet provides both nourishment and hydration, necessary for their survival in the wild.

The horn plays a pivotal role in the beetle’s mating rituals. Males engage in combative duels using their horns, tossing rivals off logs and branches to win the favor of a female. The horn, therefore, is not just for show but a tool for survival and propagation.

Human Engagement

Due to their unique appearance and relatively low maintenance, Hercules beetles have become popular pets. Beyond this, the scientific community is profoundly interested in these beetles. Studies often focus on the properties of the beetle’s exoskeleton, which could inspire advances in materials science.

Currently, it is not categorized as an endangered species. However, looming threats like habitat loss due to rampant deforestation put their population at risk. Environmental agencies emphasize the need for conservation efforts to protect this fascinating species.

Cultural Relevance

The Hercules beetle has permeated cultural consciousness in several ways. In Japan, children engage in beetle sumo wrestling as a form of entertainment. Additionally, the Hercules beetle appears in folklore and art, where it symbolizes traits like strength and bravery, much like its namesake.

The Hercules beetle captivates our imagination with its sheer size, unparalleled strength, and unique anatomical features. It serves as a vital subject in both scientific research and cultural narratives. Although it might not possess the divine attributes of its namesake, the Greek demigod Hercules, this remarkable beetle holds its own as a force in the natural world.

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Source: “Hercules Beetle” — AZ Animals

WTF Fun Fact 13524 – Lobsters Don’t Age

Lobsters don’t age.

This sea-dwelling crustacean defies the conventional understanding of aging by not showing signs of age-related decline. Here’s why lobsters have intrigued scientists and could potentially reshape our understanding of aging.

Biochemical Wizardry and Lobster Age

The secret behind a lobster’s seemingly eternal youthfulness lies in its biochemistry. Lobsters produce a substance called telomerase. This enzyme plays a role in maintaining the length of telomeres, which are protective caps at the ends of DNA strands.

In most organisms, including humans, telomeres shorten as they age, leading to cellular degeneration and eventually death. Lobsters, however, keep pumping out telomerase throughout their lives, maintaining their telomere length and, consequently, their cellular integrity.

Lobsters Don’t Age – Or Become Less Fertile

Another fascinating feature is that lobsters don’t experience a decline in fertility with age. In many species, reproductive capabilities wane over time. Not so for the lobster. Older females produce even more eggs than their younger counterparts. This aspect has led some researchers to speculate that lobsters may follow a different, if not unique, aging trajectory compared to other animals.

Lobsters continue to grow throughout their lives by molting. This involves shedding their exoskeleton and growing a new one. You might think that this process would become less efficient as the lobster ages, but that’s not the case. Each molt can result in a 14% increase in body size, irrespective of the lobster’s age.

The Age-Energy Paradox

You would assume that continuously growing and molting would require a tremendous amount of energy, and that this might become a constraint as lobsters age. Interestingly, lobsters do not face such limitations. They maintain robust metabolic rates and energy reserves, challenging the notion that energy capacity diminishes with age.

Another marvel lies in the lobster’s immune system. It doesn’t show signs of weakening with age, unlike in humans and other animals. Their robust immune systems add another layer of mystery to their already intriguing biology.

While lobsters don’t weaken with age, they aren’t immortal. Their demise usually comes from external factors like predation or disease. In their natural habitats, they have plenty of predators, including larger lobsters, fish, and even humans. As they grow bigger and older, they also become more susceptible to capture because they make for a more enticing meal.

Lobsters Don’t Age But They Don’t Live Forever

Though their bodies may not betray them, environmental conditions can still impact a lobster’s lifespan. Changes in water temperature, increased pollution, and loss of habitat can affect their longevity. Still, these factors do not trigger the internal mechanisms of decline that aging does in most other organisms.

The study of lobsters has far-reaching implications for understanding aging in other organisms, including humans. Researchers are keen on exploring whether the principles of the lobster’s longevity and resistance to aging can somehow be applied to human medicine. There’s ongoing research into telomerase, and it’s considered a hot topic in anti-aging studies.

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Source: “Are lobsters immortal?” — Natural History Museum

WTF Fun Fact 13516 – Bald Eagle Breaststroke


Bald eagles, like some other birds of prey, can swim using a movement that’s remarkably similar to the human breaststroke. If an eagle catches a fish that’s too heavy to lift, it may use its wings in a swimming motion to move to shore with its catch.

The Bald Eagle Breast Stroke

When one thinks of the American bald eagle, a distinctive image comes to mind: a majestic bird soaring high in the skies, its sharp eyes scouting below for prey, or perched high atop a tree or cliff. Rarely do we picture this iconic bird swimming in water, wings sprawled out, making its way steadily to the shore.

However, bald eagles are primarily fish eaters, and their hunting strategy involves swooping down from a high perch or mid-air to snatch fish out of the water with their talons. Sometimes the prey might be too hefty for the eagle to lift.

Instead of abandoning the catch, the eagle, driven by instinct and determination, will resort to “swimming” to the nearest shore, using its wings in a motion reminiscent of the human breaststroke.

The Mechanics of the Eagle’s “Breaststroke”

Eagles, like all birds, have powerful pectoral muscles that control their wing movements. When airborne, these muscles allow them to achieve strong, sustained flapping or to glide gracefully using updrafts. In the water, these same muscles serve a different but equally vital purpose.

An eagle in the water will spread its wings out and push against the water, essentially using its wings as makeshift paddles. This motion propels the bird forward in a slow but steady manner. The movement is surprisingly coordinated, and the resemblance to the human breaststroke is uncanny. The eagle keeps its head above water, looks straight ahead, and aims for the shore.

Swimming is not an eagle’s forte, so the bald eagle breaststroke is not something you’re likely to see.

The process is energy-intensive and leaves the bird vulnerable to potential threats. The waterlogged feathers become heavy, making the task even more arduous.

However, the promise of a big meal may outweigh the risks, especially during breeding season when there are eaglets to feed. A large fish can provide sustenance for the entire family.

While the image of a bald eagle swimming might seem incongruous, it’s a vivid reminder of the surprising and often overlooked behaviors of the animal kingdom. Nature is full of examples of adaptability and resilience, and the bald eagle’s occasional foray into aquatic locomotion is a fascinating instance of this.

Want to see an eagle in action? Check it out:

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Source: “Bald Eagle Does the Breaststroke” — Good Nature

WTF Fun Fact 13514 – Cuddly Sharks Sleeping

National Geographic gave us a unique look into the little-known habit of “cuddly” sharks sleeping together.

Of course, when one thinks of a shark, the image that often comes to mind is that of a fierce predator. The last thing you’d imagine is a creature with “cuddly sleep habits.” But what if the way sharks rest and sleep is more fascinating than you might believe?

Understanding Sharks Sleeping

Unlike humans, sharks don’t have eyelids, so it’s challenging to determine when they’re asleep or awake by merely observing them. However, that doesn’t mean they’re always on the prowl. Sharks have periods of rest and activity, but their “sleep” is different from what we typically understand.

Most sharks need to keep moving to breathe. Water flows over their gills, providing them with the necessary oxygen. This phenomenon might make it seem like sharks never rest, but that’s not entirely true.

Do Sharks Really Sleep?

The concept of sleep in sharks is intriguing. Some species have been observed to enter a state called “tonic immobility.” This natural state of paralysis, which can last for minutes, isn’t sleep in the traditional sense. Instead, it’s more of a trance-like state where the shark becomes incredibly still and can be handled without reacting. It’s not entirely understood why sharks enter this state, but it’s believed to be a defense mechanism.

While the idea of sharks being “cuddly” is a stretch, some species do exhibit social behaviors that might surprise you. For instance, the Spotted Wobbegong, a type of carpet shark, has been observed resting in groups, often piled atop one another, almost like a group cuddle!

While this behavior is more about conserving energy and space than seeking comfort, it’s an endearing sight that shatters many shark stereotypes.

Adaptable and Ever-Evolving

The world of sharks is vast, with over 400 species, each with its unique habits and idiosyncrasies. Some species have evolved specialized methods to rest while maintaining their oxygen flow. The Spiracle, an organ located just behind the eyes of some sharks, allows them to draw water while being stationary. This adaptation enables species like the Whitetip reef shark to lie on the ocean floor and rest without constantly swimming.

While “cuddly” might be a whimsical way to describe the rest habits of sharks, there’s no doubt that these majestic creatures of the deep have a side to them that’s less understood and more fascinating than their fearsome reputation suggests.

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Source: “Rare Footage Shows the Cuddly Sleeping Habits of Sharks” — Mental Floss

WTF Fun Fact 13489 – Most Orangutans are Left Handed

If you’re a lefty, you have more in common with an orangutan than just 97% of your DNA since most orangutans are left-handed too. One neuroscientist, Bill Hopkins, said his research showed around 66% of orangutans to be lefties.

Studying Handedness in Orangutans

Curiosity sparked the investigation into orangutan handedness. Scientists found themselves wondering – do these creatures prefer one hand over the other, like us humans? It’s something we’ve all thought about, right? No? Ok, well anyway.

Researchers observed orangutans in their natural and semi-natural habitats. Hopkins appears to be the only one who suggested the specific 66% number. But plenty of other research has found that while some primates like chimpanzees and bonobos (our closest relatives) tend to be right-hand dominant, gorillas and orangutans are not.

What Does it Mean that Most Orangutans are Left-Handed?

Just like in humans, an orangutan’s hand preference comes from the brain. We call it “cerebral lateralization” – a fancy term for one side of the brain being bossier than the other.

The left hemisphere controls right-handedness, and the right hemisphere oversees left-handedness. Both genes and environment play a part in this.

But a mystery remains. Why do orangutans tend to be left-handed more often when compared to humans and other great apes?

Out in the wild, being left-handed doesn’t make the orangutans any less skillful. They foraged for food, made comfy nests, and swung from tree to tree with aplomb. Whether peeling fruit or brachiating through the forest, left-handed orangutans showed no signs of struggle.

Now here’s an intriguing question. We humans share 97% of our DNA with orangutans, so why aren’t more of us left-handed? Researchers are keen on finding an answer. They hope to understand how and why hand preference might have shifted during human evolution.

Orangutans, like us, are social animals. They have a rich array of communication methods at their disposal. This research is igniting interest in the connection between left-handedness and communication. Also, it has made scientists curious about the potential link between hand preference and cognitive abilities.

A Curious Conclusion

The higher percentage of left-handedness in orangutans adds an exciting twist to our understanding of these creatures. It opens up a new avenue for exploration: Why this hand preference? How does it affect their survival, adaptation, and mental prowess?

Researchers are now actively trying to link left-handedness to the species’ behavior and neural traits. They’re also excited to understand how this discovery could shape our understanding of human evolution.

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Source: “Do Other Animals Show Handedness?” — Science Friday

WTF Fun Fact 13457 – Crocodile’s Virgin Birth

In a scientific breakthrough, researchers have recorded the first known instance of a crocodile’s virgin birth. The female American crocodile lived in isolation for 16 years at a zoo in Costa Rica.

What’s the story behind the crocodile’s virgin birth?

This incredible discovery has revealed a surprising reproductive capability in crocodiles and could provide insight into their prehistoric relatives.

In 2018, the female American crocodile, despite her solitary existence, laid 14 eggs in her enclosure, which is not an uncommon occurrence among captive reptiles. However, things took an unexpected turn when, after three months of incubation, scientists discovered a fully formed, stillborn baby crocodile in one of the eggs.

Genetic analysis of the fetus revealed that this was a result of facultative parthenogenesis (FP), a type of reproduction that occurs without the genetic contribution of males. Essentially, the mother’s egg cell developed into a baby without being fertilized by a male’s sperm cell.

Facultative parthenogenesis explained

In FP, the process of egg cell formation divides a precursor cell into four cells. One of these becomes the egg cell, retaining key cellular structures and the gel-like cytoplasm, while the others contain extra genetic material. Interestingly, one of these cells acts like a sperm cell, fusing with the egg to facilitate fertilization.

While this type of reproduction, colloquially known as a “virgin birth,” has been documented in various species of fish, birds, lizards, and snakes, this is the first-known instance in a crocodile.

The American crocodile is a vulnerable species at risk of extinction. According to one hypothesis, FP may be more prevalent among species on the brink of extinction. The discovery of this unusual reproductive strategy could have significant implications for the conservation of endangered crocodile populations.

A glimpse into the prehistoric past

This astounding discovery in Costa Rica could also open new windows into the ancient past. As the study suggests, the “virgin birth” phenomenon might offer insights into the possible reproductive capabilities of extinct archosaurian relatives of crocodilians and birds, specifically members of Pterosauria and Dinosauria that roamed the earth during the Triassic Period about 250 million years ago.

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Source: “Scientists find crocodile ‘virgin birth’ at Costa Rica zoo” — Reuters

WTF Fun Fact 13417 – Cow Cuddling

Whether you look at a cow as a future meal or a friend, you might be surprised to know that cow cuddling is something people are really into. That’s right – cuddling a cow. A real one. Getting right in there and snuggling up.

Is cow cuddling real?

We’ll admit that we thought this was some kind of Onion article, but it’s true.

Cow cuddling, a unique and increasingly popular activity, aims to offer a tranquil and soothing experience for those seeking a connection with nature. And it has also been found to alleviate some of the stress of everyday life.

The practice involves spending quality time with cows in a calm and serene environment, where individuals can unwind, relax, and embrace the therapeutic benefits of human-animal interaction.

You probably don’t come away smelling better, but that’s nothing a shower can’t fix.

Where can you cuddle a cow?

The practice originated in the Netherlands but is gaining momentum around the world. Cow cuddling provides an opportunity for people to engage with these gentle creatures on a deeper level. The concept is simple yet profound: humans lie or sit next to cows, stroke their soft fur, and bask in their peaceful presence. As the human touch meets the warm and comforting energy of the cows, a sense of tranquility envelops participants, allowing them to escape the pressures of the modern world.

Not in the Netherlands? Stop by Mountain Horse Farm in Asheville, North Carolina! They’re known for their bonding experiences with horses, but they told TODAY in 2022 (cited below) that their animal therapy has grown to include cows.

Why cows? They don’t seem so snuggly

We don’t know how the cows actually feel about this, but their relatively docile nature makes them good for this sort of therapy. Cows also seem to have an innate ability to sense emotions, creating an empathetic connection with those around them. They are receptive to human touch, responding with a soothing and grounding energy that can alleviate stress and promote a sense of well-being.

Research suggests that interacting with cows in a therapeutic setting can have a range of positive effects on human health. The act of cuddling cows releases oxytocin, a hormone associated with bonding and relaxation. This surge of oxytocin helps to reduce stress levels, lower blood pressure, and enhance overall emotional well-being. The rhythmic nature of stroking a cow’s fur can also induce a meditative state, calming the mind and promoting a sense of inner peace.

At one with nature

Furthermore, spending time in nature and connecting with animals has been linked to improved mental health outcomes. The peaceful and serene environment in which cow cuddling takes place serves as a natural sanctuary.

This immersive experience in nature can help reduce anxiety, alleviate symptoms of depression, and enhance overall emotional resilience.

Participating in a cow cuddling session involves a structured approach to ensure everyone’s safety. Experienced handlers guide the interaction, ensuring that boundaries are respected and that the cows remain comfortable throughout the process. Sessions may include introductory activities to establish a connection with the cows, followed by moments of gentle physical contact.

It is worth noting that cow cuddling is not a substitute for professional therapy or medical treatment. Instead, it serves as a complementary practice that can enhance overall well-being.

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Source: Cow cuddling helps people struggling with depression feel hope and connection — TODAY