The world of Plants

The man who graduates today and stops learning tomorrow is uneducated the day after. - Newton Baker

Knowledge is of two kinds. We know a subject ourselves, or we know where we can find information on it. - Samuel Johnson

A peek into the world of plants. Here are some trivia, and fun facts about plants, courtesy of Facebook pages ‘Plant Care Today’ ‘Colours of Nature’, ‘Your Curious Mind’, ‘David Attenborough’, ‘Wild Facts’, etc… However, I do not know if they are true. Some of them sound really incredible.

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The roots and leaves of a plant maintain a constant chemical conversation that most gardeners never consider. Root hairs release hormones that tell leaves exactly how much water is available and which nutrients are flowing upward. This communication happens every moment, creating a feedback loop that keeps the plant balanced.

When you disturb roots during repotting, you break thousands of these microscopic messengers. The leaves suddenly stop receiving their regular updates about soil conditions. Without this information, they begin to shut down systems and drop leaves as a precautionary measure. The plant looks like it is dying, but it is actually waiting.

New root hairs take weeks to regrow and reestablish the communication network. During this silent period, the plant conserves energy and hopes its roots will start talking again. – A Facebook post by ‘Plant Care Today’

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A giant Saguaro cactus can hold over 3,000 liters of water, which is a huge amount for a plant. That makes it one of the desert’s best natural water tanks. When rain falls, the cactus soaks up water fast and tucks it away inside its thick stem. You can picture it like a living barrel that swells when it drinks.

The cactus has special features that help it store so much water. Its skin has vertical pleats that let it expand and hold more when it rains. Its roots spread out wide but stay near the surface to catch brief rains quickly. Spines and a waxy outer layer help keep the water from evaporating in the hot sun.

Because it can keep water for long stretches, the Saguaro is very important in the desert. Birds, bats, and other animals use it for food and shelter. People and wildlife can also rely on the moisture it stores during dry times.

Saguaros grow slowly and live a long time, so protecting them helps the whole desert survive. – A Facebook post by ‘Colours of Nature’

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Beneath the forest floor lies an invisible network of roots and fungi. It’s called the mycorrhizal network (sometimes referred to as the Wood Wide Web.) Through this living system, large, old “mother trees” share nutrients, water, and even warning signals with younger, weaker trees.

These giants don’t just grow for themselves. They nurture, protect, and connect the entire forest. When a sapling is struggling, a mother tree can send it extra nutrients.

Researchers have even found decades-old tree stumps without any leaves or means of photosynthesis being kept alive by the forest around them.

Nature is a race for survival, but it’s also built on cooperation, connection, and symbiosis. Nothing in nature can survive on its own! – A Facebook post by ‘Your Curious Mind’

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The Dracula simia, commonly known as the monkey orchid, is a remarkable plant native to the cloud forests of Ecuador and Peru. It is famous for its unusual flowers that closely resemble the face of a monkey.

These orchids typically grow at elevations between 1,000 and 2,000 meters, thriving in cool, moist environments. As epiphytes, they grow on trees without harming them, drawing moisture and nutrients directly from the surrounding air.

Their blooms are known to release a scent similar to ripe oranges, which helps attract pollinators. Due to their specific environmental needs—high humidity, stable temperatures, and filtered light—they are challenging to cultivate outside their natural habitat.

With their striking appearance and distinctive fragrance, monkey orchids are a fascinating example of nature’s diversity and are highly prized by plant enthusiasts and collectors. – A Facebook post by David Attenborough

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It is one of the rarest mushrooms in the entire world. And when it finally blooms, it doesn't just open... it literally hisses at you and blows a massive cloud of smoke!

Welcome to the incredibly weird world of Chorioactis geaster, famously known as The Devil’s Cigar.

This bizarre fungus is a geographical mystery. It is only found in two highly specific, completely disconnected places on Earth: A few counties in Texas, and the mountains of Japan.

For most of its life, it looks incredibly boring. It sits on decaying cedar stumps as a dark brown, leathery capsule that looks exactly like a burnt cigar.

The Explosion: When the humidity and temperature hit the perfect sweet spot, the fungus decides to reproduce. It doesn't open slowly. The pressure builds until the capsule violently tears open into the shape of a golden, 4-pointed star!

As the tough tissue rips, it releases a distinct, terrifying, highly audible HISSING sound. Simultaneously, the violent pop shoots a thick, brown cloud of fungal spores deep into the air, making it look exactly like a smoking cigar left by a demon in the woods.

Nature has a flair for the dramatic. – A Facebook post by ‘Wild Facts’

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Insects

Here are some interesting fun facts about what is out there – courtesy of Facebook pages ‘Plant Care Today’, ‘Strangest Facts’, ‘Colours of Nature’, ‘Wild Wonders’, etc… However, I do not know if they are true. Some of them sound really incredible.

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Stink bugs evolved their chemical defense for ground predators and birds, but they never adapted to the hunting styles that matter most in modern gardens. Praying mantises move with calculated patience, positioning themselves in the exact zones where stink bug antennae cannot reach. The approach happens in slow motion, invisible to the prey until contact.

Ladybugs take a different route entirely, using their small size to navigate underneath and target the vulnerable abdomen where the shell cannot protect. Both predators understand what stink bugs cannot sense.

The result is a natural control system that works without disrupting soil chemistry or beneficial insects. Gardens with established populations of these hunters report stink bug numbers dropping within weeks. The chemical warfare never begins because the threat is eliminated before it can deploy. - A Facebook post by ‘Plant Care Today’

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A fly doesn’t react fast. It lives in a slower version of your speed. What feels instant to you unfolds differently inside its eyes, and that gap is where it survives. Each eye is packed with thousands of tiny lenses called ommatidia, each capturing a fragment of the scene. Instead of one clear image, the fly processes a rapid mosaic that refreshes far faster than human vision.

That is why your hand, moving at full intent, appears almost predictable. The motion stretches. The path becomes readable.

Scientists describe this as a higher flicker fusion rate. Where humans see blur, flies see frames. Clean, separate, trackable. Add nearly panoramic vision and there is no true blind spot to exploit. You are not sneaking up on a fly. You are entering a system already watching.

This is why they launch before contact, not after. The decision happens while your movement is still unfolding. In its world, survival is not about strength or strategy. It is about seeing the moment before it happens.

And once you understand that, the miss starts to make sense. – A Facebook post by ‘Strangest Facts’

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A small male redback spider has a shocking habit when he meets a female. Instead of running away, he sometimes walks right up to her and shares a strange kind of gift. During mating, he makes a deliberate move that sends him into her mouth. It looks like he is offering himself as food.

The act is called cannibalism, but the male has a reason for it. By somersaulting into the female’s jaws, he often keeps her busy and makes sure mating lasts longer. This gives his sperm a better chance to fertilize her eggs before she eats him. In this way his final act helps ensure that some of his young will be born.

Though it seems cruel, this behavior is a survival strategy. Nature sometimes favors risky choices that improve the chance to pass on genes. The male’s sacrifice shows how animals can evolve strange and powerful ways to reproduce, even if the cost is their own life. – A Facebook post by ‘Colours of Nature’

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The diabolical ironclad beetle (Phloeodes diabolicus) has evolved an exoskeleton so powerful it can survive being run over by a car — and scientists still use power drills just to mount specimens for display.

Published in the journal Nature, a team led by David Kisailus of UC Irvine and Purdue University confirmed what insect collectors have known for years: this flightless beetle from the woodlands of Southern California and Mexico has one of the toughest natural armors on the planet. In controlled compression tests, the beetle withstood forces up to 150 Newtons — approximately 39,000 times its own body weight — before its exoskeleton began to fracture.

To put that in perspective: a car tire rolling over the beetle on a dirt road applies roughly 100 Newtons of force. The ironclad beetle shrugs it off live.

The secret lies in its anatomy. Unlike flying beetles, the ironclad has lost its ability to fly. Instead of wings, it sports two armor-like forewings called elytra. These elytra meet along the beetle's abdomen in a line called a suture — and that suture is engineered like a biological jigsaw puzzle. Interlocking exoskeletal blades fit together like puzzle pieces, allowing the layers to flex and distribute crushing force evenly throughout the body rather than snapping at a single weak point.

Under pressure, two things happen. First, the interlocking blades lock together, preventing them from pulling apart. Second, the suture and blades undergo a process called delamination — a controlled, graceful separation that absorbs energy and prevents catastrophic failure at the beetle's vulnerable neck. The structure bends but never breaks.

And the "drill" detail? 100% true. Early insect collectors trying to mount ironclad beetles onto display boards found that standard steel pins would bend or snap against the exoskeleton. They had to resort to a drill just to penetrate the outer casing. Purdue entomologist Aaron Smith confirmed: "They're these miniature tanks, and they're so hard you can't push a pin through them. Sometimes I have to use a small drill just to get through the cuticle."

The diabolical ironclad beetle cannot fly, cannot run fast, and cannot fight back. Instead, it simply refuses to break — whether under a bird's beak, a lizard's teeth, or a car tire. – A Facebook post by ‘Wild Wonders’

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‘Fritillaria Eduardii’ aka Crown Imperial

Fritillaria imperialis, the crown imperial, imperial fritillary, Kaiser's crown, or Kurdish tulip, is a species of flowering plant in the lily family Liliaceae. 'Fritillaria' came from fritilus (meaning 'dice cup'), and 'imperialis' came from imperium (meaning 'empire'). - Wikipedia

A flower that looked like an emperor's crown thus received the apt name of Crown Imperial. The flower has become a symbol of wealth and royalty. Different colors of the flower can also symbolize different things, such as red for passion, yellow for joy, and orange for energy.

Crown Imperial (Fritillaria imperialis) is a striking, spring-flowering bulb featuring a ring of large, nodding, bell-shaped flowers (orange, yellow, or red) topped with a tuft of green foliage. They bloom in April/May during the time of tulip blooms.

They were on display at the Tulipmania 2026 in the Flower Dome, together with the Tulips. That’s where I caught sight of them.

Their unique features -
Orange-red bell-shaped flowers hang in a whorl beneath a tufted crown of leafy bracts, held high on a ramrod-straight stem. Visible droplets of nectar gather at the base of each bell. They attract pollinators like bees and butterflies. Some cultivars emit a musky odour that repels deer and (keeps the bulbs below safe).

Besides their aesthetic beauty, Fritillaria imperialis are also known for their medicinal value, where they have been used for centuries in traditional medicine to treat a variety of ailments. For example, the bulbs of the plant contain alkaloids that are believed to have antibiotic and anti-inflammatory properties.

You can click on the picture for a better view.

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Humorous Wit

Laughter is one way of relaxing and taking things easy. It provides a few minutes of distraction from all the negative news that is going around. Laughter might not solve our problems, but a good laugh will always lift our moods, and make life more bearable. It also makes you more attractive to others, because a laughing, or smiling face is always a beautiful face.

Here are some humorous and witty quotes to help put a smile on your face. Remember the ones you like, and go make your friends laugh. Your friends will be impressed with your wit and humour.

Image created on Canva

A small town is a place where there is little to see or do, but what you hear makes up for it. - Ivern Ball

It’s hard to lead a cavalry charge if you think you look funny on a horse. - Adlai Stevenson

Although it gets me in trouble I always speak my mind because it hurts too much to bite my tongue. - Unknown

It is foolish to tear one’s hair in grief, as though sorrow would be made less with baldness. - Cicero

All political parties die at last of swallowing their own lies. - Dr. John Arbuthnot

Before you meet the handsome prince you really have to kiss a lot of toads. - Unknown

His fine wit makes such a wound, the knife is lost in it. - Percy Shelly

If you can’t stand the heat, get out of the kitchen. - Harry Truman

The first rule of holes: When you are in one, stop digging. - Unknown

When chickens quit quarrelling over their food they often find that there is enough for all of them. I wonder if it might not be the same with the human race. - Don Marquis

Image created on Canva

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Health

"Everyone has a million problems until they lose their health. Then they have only one problem. Health is the real wealth." - Unknown

Interesting facts and trivia about our health, courtesy of Facebook pages ‘Almost There’, ‘Mechanical Engineering World’, etc… However, I do not know if they are true. Some of them sound really incredible.

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Two minutes daily squat hold transforms your entire movement.

This simple yet powerful practice known as the deep squat hold is gaining attention in fitness and mobility training circles. Holding a deep squat position for just a few minutes each day places the body in a natural alignment that many people lose due to modern sitting habits. It gently encourages the hips, ankles, and lower back to open up, restoring movement patterns that support everyday comfort and flexibility.

This position is more than a stretch, it is a full lower body activation that engages the glutes, improves joint lubrication, and supports better posture. When practiced consistently, it can help counteract stiffness caused by long hours of sitting, walking less, or limited movement. Many trainers suggest it as a foundational mobility habit because it requires no equipment yet delivers noticeable improvements over time.

What makes this practice especially interesting is how it reconnects the body with a movement pattern humans were designed for. In earlier lifestyles, squatting was a natural resting position used throughout the day. Today, it has become rare, which may contribute to tight hips and weak stabilizing muscles. Reintroducing even short holds can gradually rebuild strength, mobility, and balance in a functional way.

Simple movements like this remind us that fitness does not always require complex routines or expensive equipment. Sometimes the most powerful changes come from returning to basic human movement. A few minutes a day can shift how the body feels, moves, and performs, creating long term benefits that build quietly over time and support a healthier, more active life.

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Walking backwards (retro-walking) alters the biomechanics of the lower body by reducing the "heel strike" impact and shifting the load to the toes. This physically stretches the hamstrings and strengthens the vastus medialis—the muscle responsible for knee stability—which is often neglected in forward movement. Because the brain cannot rely on visual habit, it must engage in "proprioceptive mapping," forcing a massive spike in neural activity to maintain balance.

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A study found that soaking fruits and vegetables in a mix of 1 teaspoon baking soda and 2 cups of water for 12–15 minutes removes 96–99% of pesticides, like thiabendazole and phosmet, from their surface.

This works much better than just rinsing with water or vinegar.

Baking soda’s alkaline nature helps break down and wash away pesticide residue on foods like apples, cucumbers, and grapes, making it a safe and cheap way to clean produce at home.

Quick Tip: Soak your fruits and veggies in the baking soda mix for 12–15 minutes, then rinse them with clean water. – A Facebook post by ‘Mechanical Engineering World’.

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Scientists found a way to double brain waste removal simply by stimulating the skin. The finding may shape the future of Alzheimer's prevention.

Researchers have identified a non-invasive method to improve the brain’s natural waste-clearing system, which could create new possibilities for treating neurological diseases like Alzheimer’s.

Scientists at the Institute for Basic Science showed in mice that gently stimulating lymphatic vessels beneath the skin of the face and neck significantly increased cerebrospinal fluid flow, a key process for clearing harmful substances from the brain. Using a specially built mechanical stimulator, the team managed to double CSF outflow and restore drainage in aged mice, without drugs or surgery.

This advance points to a possible new strategy for safely supporting brain health in aging populations.

The team also identified previously unknown drainage pathways from the brain to superficial lymph nodes through facial lymphatics, routes that remain active even in older animals. These findings complete the anatomical map of CSF outflow and suggest that wearable or clinical devices could one day improve brain waste clearance.

While more research is still needed to confirm long-term effects and use in human patients, the researchers believe this gentle mechanical method could become a therapeutic tool to help prevent or slow neurodegenerative disease progression.

Paper:
Nature. Increased CSF drainage by non-invasive manipulation of cervical lymphatics, June 4, 2025. - A Facebook post by ‘Almost There’

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Crawlies

Live to learn and you will really learn to live. - John C. Maxwell

No matter what else, we can be daily grateful we have been put in touch with knowledge, for its source is inexhaustible. – Unknown

Today, we take a peek into the world of crawlies and other creatures that roam the earth. Here are some interesting fun facts about them – courtesy of Facebook pages ‘Colours of Nature’, ‘Strangest Facts’, ‘Wildest Facts’, ‘Evolution’, ‘Streamers Tea’ etc… However, I do not know if they are true. Some of them sound really incredible.

A baby cobra does not get a training period. It enters the world already carrying the family business. The real detail is how little drama nature gives it.

Many cobra hatchlings are only a few inches long, but they arrive with working fangs, venom glands, and the defensive reflexes to use them. No mother has to teach the strike. No parent has to explain the bite. The warning system is installed before the snake has even seen its first meal.

That matters because young cobras are born into a brutal world. Birds, mongooses, larger snakes, and even other cobras can turn a hatchling into lunch. So evolution skipped the cute helpless stage and went straight to armed and irritated.

King cobras take the drama even further. Females famously build and guard nests, rare behaviour for snakes, but the babies still emerge prepared to handle trouble alone.

Tiny does not mean harmless. It means the danger has been compressed. Some creatures grow into power. A cobra hatches with it. – A Facebook post by ‘Strangest Facts’

If you look at the top of this reptile's head, you won't just see scales. You will find a highly functional, fully formed literal THIRD EYE staring directly up at the sky!

Welcome to New Zealand, home of the Tuatara.

Looking like a standard lizard, the Tuatara is a biological orphan. It belongs to an ancient order of reptiles (Rhynchocephalia) that thrived 200 million years ago, making it a true living dinosaur!

Its most mind-blowing feature is the Parietal Eye (A Third Eye). Located perfectly on the top center of its skull, this third eye isn't just a bump. It is fully biologically equipped with its own lens, cornea, and retina!

What does it do? As the Tuatara grows, the third eye gets covered by a thin layer of scales. It cannot see high-definition images like normal eyes, but it is highly sensitive to ultraviolet light!

The Tuatara uses this upward-facing radar to calculate the exact angle of the sun, regulate its internal biological clock (circadian rhythm), and ensure its body produces the right hormones for the season!

Nature's ultimate built-in solar panel! – A Facebook post by ‘Wildest Facts’

Most people think all snakes lay eggs, but that is not always true. About 30% of snake species give birth to live young. Instead of laying eggs in a nest, these snakes let their babies develop inside their bodies until they are ready to come out.

There are two main ways this happens. Some snakes keep eggs inside them and the eggs hatch while still inside the mother; the babies then crawl out. Other snakes have a placenta-like system, where the mother sends food and oxygen to the developing young, more like mammals do. Both ways let the babies grow inside until they are ready.

Giving birth to live young helps in places that are cold or risky for eggs left outside. It can protect the babies from predators and bad weather, but it also means the mother must carry them for a long time and needs more energy. This variety shows how flexible and surprising snakes can be in how they reproduce. – A Facebook post by ‘Colours of Nature’

The velvet worm looks like a soft little noodle you would never take seriously. That is a mistake.

This thing is a predator, and it hunts with a pair of slime cannons mounted near its mouth. When a small insect gets close enough, the worm fires two fast jets of sticky slime. The streams swing and cross in front of the animal, weaving a tangled net that glues the prey in place almost instantly.

That attack is not random. Scientists showed that the crossing spray pattern comes from the way the slime shooting organs wobble as the fluid blasts out. The result is a sticky trap that can pin down prey before it has time to bolt. For an animal that moves slowly and does most of its hunting at night, that is a perfect weapon.

Once the insect is trapped, the velvet worm moves in and feeds. It does not need speed, claws, or venom like a snake. It just turns the area in front of it into a glue disaster and lets physics do the rest.

The contrast is what makes this animal so good. It looks harmless. It moves like a little forest gummy. Then suddenly it is firing twin slime jets and wrapping bugs in a sticky net. – A Facebook post by ‘Boat of Evolution’

The Japanese oakblue caterpillar forms a relationship with ants that looks almost like control. It secretes a sugary liquid and special chemicals that attract ants and keep them close.

In return, the ants protect the caterpillar from predators. But it goes a step further. The chemicals can influence the ants’ behavior, making them more aggressive and more focused on guarding the caterpillar than doing their usual colony work.

Calling it “drugs” or “mind control” is a bit dramatic, but the effect is real. It’s a kind of chemical communication that benefits the caterpillar by turning ants into loyal bodyguards.

This is known as mutualism, though slightly one-sided. The ants get food, the caterpillar gets protection. – A Facebook post by ‘Streamers Tea’

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Tulip Flowers

A display of tulips in the Flower Dome

Contrary to popular belief, tulips do not originate from the Netherlands. They are originally from the Central Asian steppes and highlands of Anatolia. It was the European ambassadors who carried the bulbs back to Europe where it started the tulipmania.

The word ‘tulipmania’ refers to the Dutch tulip craze that occurred during the 17th century. At that time, tulips were a symbol of ‘wealth and good taste’.

The name “Tulip” was derived from the shape of the flower that resembled the turban (dulbend or tülband) of Sultans of the Ottoman Empire, now known as Türkiye.

A tulip begins as a bulb in the soil and only becomes known to the world once it is given a name.

Tulips come in a wide variety of vivid colours, with each colour signifying a different meaning. Their appearance signals the arrival of spring.

For hundreds of years, the tulip has been one of the most-loved flowers in the Netherlands. An enduring icon, it's as synonymous with the country as clogs, windmills and cheese.

Some of the tulips on display in the Flower Dome.

Some fun facts about tulips. Tulips are often associated with affection, admiration, and passionate love, making them a popular choice for romantic gestures. Their association with spring also connects them to ideas of rebirth and new beginnings. Tulips generally last between 5 to 10 days in a vase with proper care. 

‘Tulipmania’ is now on at the Flower Dome until the 17th of May. Admission fees apply. Adults pay $12 SGD, Seniors and children below 12 years old pay $8 SGD.

You can click on the picture for a better view.

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World of Avians

Learn about the wonders that are happening around us. When you are knowledgeable and well informed, life’s mysteries will be lessened. You will appreciate life more.

You live and learn. Or you don't live long. - Robert A. Heinlein

A peek into the world of our feathered friends.

Some interesting fun facts about birds – courtesy of Facebook pages ‘Colours of Nature’, ‘Amazing World’, ‘David Attenborough’, ‘Wild Wonders’, etc… However, I do not know if they are true. Some of them sound really incredible.

The hoatzin is a South American bird that lives mostly on leaves. Unlike most birds that have simple stomachs, the hoatzin has a special part of its gut where bacteria help break down the tough plant matter. This process is much like what happens in a cow’s stomach, where microbes ferment the food so the animal can get nutrients from leaves.

Because of this fermentation, the hoatzin’s digestion produces a strong, unusual smell. The bird often gives off a sour, cheesy odor that people notice easily. For that reason, many locals call it the “stinkbird.” The smell comes from the gases and waste created as bacteria work on the leaves inside the bird’s gut.

This way of eating makes the hoatzin very different from other birds. It can eat leaves that many birds cannot digest, but the trade-off is the bad smell and a slower metabolism. Still, the hoatzin has found its own niche in the forests and swamps where leafy food is plentiful, and its strange digestion is part of what makes it special. – A Facebook post by ‘Amazing World’

In the sunlit savannas and open woodlands of northeastern Africa, the Nubian Woodpecker moves with sharp focus along tree trunks and branches.

Its golden back catches the light against rough bark as it pauses, taps, and listens before striking. Each movement is deliberate.

What sets this bird apart is its ability to detect what lies beneath the surface. By sensing subtle vibrations and sounds within the wood, it can locate insects hidden deep inside. To the woodpecker, a tree is not solid — it’s a landscape filled with signals.

Once it identifies movement, it drills with precision, uncovering larvae concealed beneath the bark.

A brief flash of gold on a tree trunk may seem like a simple moment, but beneath it is a highly skilled hunter reading a world we cannot hear. – A Facebook post by David Attenborough

What appears to us as empty ground is filled with signals an Eagle can interpret with remarkable precision. From high above, very little escapes its notice. But what most people underestimate is just how refined that vision truly is.

An eagle’s eyes are built for both distance and detail. With a much higher density of photoreceptors than humans, they can detect subtle movements from extraordinary ranges — then lock onto a target with sharp clarity. They don’t just see farther. They see differently.

Some birds of prey can perceive parts of the ultraviolet spectrum, revealing traces that remain invisible to us. What looks like bare ground may hold hidden patterns of movement — faint signals left behind by animals passing through. Every movement leaves a trace. Every trace can be read.

By the time an eagle folds its wings and begins its dive, the decision has already been made. What we call invisible is often simply beyond the limits of human perception. – A Facebook post by David Attenborough

When a Red-headed Vulture is born, it is small, naked, and totally helpless. It cannot fly or feed itself. The parents must bring food and keep it warm until the young bird grows feathers and grows stronger. This early time is fragile, and the chick depends completely on its family for care and protection.

As it grows, the vulture changes quickly. Feathers come in, muscles get stronger, and soon it can take to the air. Adult Red-headed Vultures are very large, with wings that can spread up to nine feet across. With these wide wings they can glide for long hours above the land, using wind currents to help them travel without much effort.

One of the vulture’s greatest gifts is its sharp eyesight. From high above open plains and fields it can spot dead animals from far away. By finding and eating carrion, it helps clean the land and prevent disease. Though it starts life weak, the Red-headed Vulture becomes a powerful and important bird in the places where it lives. – A Facebook post by ‘Colours of Nature’

Meet the "glitch cardinal"—a living creature split perfectly down the middle. Half red, half gray. Half male, half female.

In Erie, Pennsylvania, lifelong birdwatchers Jeffrey and Shirley Caldwell saw something they couldn't explain at first. A cardinal landed in the dawn redwood tree ten yards from their home—one side blazing vermilion red like a male, the other side soft taupe gray-brown like a female. The line ran perfectly down the middle.

They weren't wrong. The anomaly has a name: bilateral gynandromorphism—a biological event so rare it's considered a "one-in-a-million" encounter.

"When a friend showed me a blurry cell phone photo, my heart started pounding," said Jamie Hill, a retired ornithologist who has searched for the long-thought-extinct ivory-billed woodpecker for nearly two decades. "Photographing this gynandromorph northern cardinal was almost as exciting as I think I would get if I actually found the woodpecker".

This cardinal is what scientists call a chimera—two individuals fused into one. It began as a female egg cell that developed with two nuclei: one carrying a male Z chromosome, one carrying a female W chromosome. Two separate Z-carrying sperm simultaneously fertilized each nucleus. The result was a single egg containing both a ZZ male embryo and a ZW female embryo, fused together.

Every cell on the bright red male side carries ZZ chromosomes. Every cell on the taupe female side carries ZW chromosomes. This bird has lived its entire life with two genetic identities fighting for control of one body.

And the reproductive organs match the plumage. This cardinal has one functioning ovary on its female side and one functioning testis on its male side. Theoretically, it could mate with a male cardinal and lay fertile eggs as a female, or mate with a female cardinal and father eggs as a male.

Daniel Hooper, a postdoctoral fellow at the Cornell Lab of Ornithology, explains: "Cardinals are one of the most well-known sexually dimorphic birds in North America—their bright red plumage in males is iconic—so people easily notice when they look different".

This condition likely occurs across all bird species, but it goes unnoticed in species where males and females look identical. In cardinals, the split is impossible to miss.

In 2014, the Inland Bird Banding Association caught a similar bilateral gynandromorph cardinal in central Texas. That bird returned to their feeders every winter, wearing its split colors like a badge of impossible survival.

Bilateral gynandromorphism occurs in insects, bees, snakes, butterflies, and even lobsters. One of the first documented discoveries dates back to the 18th century, when a lobster was found to have "all the parts of generation double". But nothing hits like the cardinal. Half red. Half gray. Split down the middle. Evolution's most beautiful glitch. – A Facebook post by ‘Wild Wonders’

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Tulipmania 2026

Tulipmania returns to the Flower Dome for its 12th edition with a vibrant tribute to the Netherlands' rich artistic legacy. Presented in collaboration with the Embassy of the Kingdom of the Netherlands in Singapore, the display marks a fresh direction where time-honoured tradition meets contemporary expression.

I was there to have a look at the display last week. The Flower Dome put up an impressive display of Tulips and other bulb flowers that bloomed together with the tulips.

At the entrance of the Dome is a large-scale Delftware Tulipiere – a distinctive vase design unique to the Netherlands. A tulipiere (or tulip-holder) is a specialized, multi-spouted vase, typically made of Delftware, designed to display tulips individually. Originating in the 17th-century Netherlands, these vessels allowed single stems or bulbs to be arranged securely, making them highly fashionable status symbols used to showcase valuable flowers.

A replica of the De Kat Windmill. The De Kat windmill is the world’s last remaining windmill that still grinds raw materials into natural pigments for the world’s finest art.

A recreation of the iconic Rijksmuseum set amidst a breath-taking sea of tulips. The Rijksmuseum in Amsterdam is the national museum of the Netherlands.

Van Gogh’s Sunflowers and Starry Night.

Delft Blue Houses, each a miniature masterpiece modelled after historic Dutch landmarks and architectural treasures. In the early years of the 17th century, potters in the city of Delft, observing the great esteem in which Chinese porcelain was held, set themselves to its imitation. From this endeavour arose what is now termed Delftware: an earthware coated in a white tin glaze and painted with designs in cobalt blue.

Traditional Dutch clogs, or ‘klompen’, are iconic wooden shoes with over 800 years of history, historically worn by farmers and factory workers for protection in muddy fields. While rarely worn today, they remain a cultural symbol, and are often sold as souvenirs.

Tulip field – said to be perhaps the most enduring image of the Netherlands in spring. Bulbs are planted in parallel rows, each cultivar kept distinct. At flowering, the landscape resolves into continuous bands of colour extending across a level horizon.

‘Tulipmania 2026’ is now on until the 17th of May. Admission fees apply. Adults pay $12 SGD, Seniors and children below 12 years old pay $8 SGD.

You can click on the picture for a better view.

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