Diphylleia grayi is not the most striking of flowers, in fact many people pass by it without even noticing its white, rounded petals. But that’s because they don’t know about its most impressive feature, turning translucent in contact with water.

Native to wooded mountainsides in the colder regions of Japan, “skeleton flowers” bloom from mid-spring to early-summer. Their white petals are completely opaque in dry conditions, but as rain begins to fall, they become almost crystal clear, giving the flower an almost ghostly look. When the rain stops and the petals dry, the skeleton flower goes back to its plain white self.

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Ma Sanxiao, a 70-year-old double amputee and army veteran from Jingxing, North China’s Hebei province, has pent the last 19 years of his life planting thousands of trees and turning the once barren hills surrounding his village into a small forest.

Ma was diagnosed with blood poisoning in 1974, while serving in the Chinese Army. His condition got worse after he retired, and eventually had both legs amputated because of it – his right leg in 1985, and the left one in 2005. After seven major operations and constant medical treatments, he could barely afford to take care of his family, and ,because of his disability, finding a job proved very difficult. His veteran subsidy was enough to cover his medicine, but he couldn’t remain idle, so in 2000, after getting inspired by another tree-planting story on TV, the double-amputee started planting parasol trees in the barren hills around his remote village, with the intention of selling them for profit.

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Beetles are generally regarded as harmless to humans. Out of the over 350,000 documented species of beetle, only three are actually known to bite people, and only if they feel threatened. However, there is another species that few sources mention. Onychocerus albitarsis, aka Scorpion Beetle, is the only known insect capable of stinging humans with its antennae and delivering a painful toxin.

First described in 1859 by famous English entomologist Francis Polkinghorne Pascoe, the scorpion beetle is considered by many experts a fascinating case of convergent evolution. While all other known insects deliver venom or toxins by biting with fangs or stinging with a structure used exclusively for this purpose, e.g. a bee’s stinger, the scorpion beetle does it through its two long antennae, which research has shown have evolved to closely resemble a scorpion’s segmented tail.

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The Amazon rainforest is home to many frightening creatures, like giant Anacondas, flesh-eating piranhas, just to name a couple, and now you can add a new one to the list, a species of wasp that lays its eggs on the abdomen of spiders and then hijacks their brain, essentially turning them into zombies.

The previously unknown wasp of the Zatypota genus was discovered by researchers with the University of British Columbia (UBC) working in the Ecuadorian Amazon basin. They documented its symbiotic relationship with a species of so called “social spiders” and recently published some truly terrifying findings in the Ecological Entomology scientific journal. This newly discovered wasp is apparently able to hijack the nervous system of its host, forcing it to leave its colony, which it otherwise rarely does, protect the wasps larva and ultimately get eaten alive. It essentially turns the social spider into a zombie-like drone that then does the wasp’s bidding.

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As if habitat loss and pesticide exposure weren’t enough to deal with for bumble bees, they also face increasing pressure from a parasitic fly that attacks them midair, injects them with eggs with hatch larvae which proceed to eat the pollinators from the inside before finally forcing them to dig their own graves.

It sounds like something out of a body snatchers horror movie, but the conopid fly is very much a real-life threat for bumble bee colonies already under a lot of pressure from human activities. The conopid fly is classified as a parasitoid, a parasite that not only feeds on its host, but ends up killing it in a gruesome, terrifying way. We’ve featured creepy body snatchers in the past, some that turn their host into zombies, others that simply take control of their bodies but leave their brains intact, but the conopid fly is even worse. It literally eats bumble bees from the inside, before somehow forcing them to land on the ground and dig a whole to die in. The injected parasite grows inside the host and ultimately bursts out of it as a mature conopid fly that attacks other bumble bees and continues this nightmarish cycle.

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To the casual observer, the thousands of bent trees scattered throughout the North American continent look like mere freaks of nature, deformed by the elements of disease, but a more careful analysis reveals that these trees bend sharply into right angles, parallel the earth, which suggests that they were intentionally shaped long ago, for an unknown purpose.

Bent, splintered or otherwise deformed trees are not exactly uncommon, but the so called “trail trees” still growing in many US states have a very specific shape. At about four or five feet above the ground, their trunks bend sharply forming right angles, parallel the earth, and then sharply bend upwards once again. Various accidents can cause this shape to occur naturally, but another distinctive trait of these mysterious trees is that they feature no scars in their bent areas. While scientists have yet to agree that this is proof that the trees were purposely bent by humans centuries ago, there are many who believe that the bent trees were once used as markers by hunters and gatherers to help them find their way around the vast wilderness.

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A team of researchers studying a national park in southern Italy recently discovered the oldest tree in Europe ever to be scientifically dated – a Heldreich’s pine that is at least 1,230 years old and still growing.

Nicknamed “Italus”, the ancient tree was discovered on a steep mountain slope in Italy’s Pollino National Park by a team of researchers from the University of Tuscia, led by Gianluca Povesan. As soon as they saw Italus, researchers knew that they had stumbled upon an ancient specimen, but they didn’t expect it to be the oldest tree ever discovered on the European continent. Even more surprising was the fact that despite its age – a whopping 1,230 years, at least – and an almost non-existent canopy, the tree seemed to be thriving, with heavy ring growth added to its trunk over the last several decades.

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A video of several reindeer herds on Russia’s Kola Peninsula, in the Arctic Circle, walking in circular patterns for no apparent reason has been getting a lot of attention on social media lately.

The video was originally posted on the Facebook page of the Museum of Anthropology and Ethnography Peter the Great, aka Kunstkámera, located in Saint Petersburg, Russia. It was apparently captured during a recent expedition to the Kola Peninsula, in Russia’s Murmansk region. The 30-second clip shows large herds of arctic reindeer walking in circular patterns, both in the wild and in pens, and while several theories have been formulated to explain the animals’ behavior, so far no one has been to confirm if any of them actually make sense.

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Apart from the sound they make while chewing on leaves, the vast majority of caterpillars are silent creatures. However, the Nessus sphinx hawkmoth caterpillar is able to produce clicking noises that sounds a lot like static, as a self-defense mechanism, and scientists believe they discovered how.

Insects have no lungs, but some of them can be really noisy. While humans and most other vertebrates make noise by forcing air out of their bodies, insects and larvae don’t have that luxury. Some of them have adapted, rubbing, knocking or vibrating parts of their bodies to produce distinctive sounds, the kind you hear when you open a window on a quiet summer night, but the Nessus sphinx hawkmoth caterpillar doesn’t fall into that category. When threatened, it produces a strange sound that resembles a combination of cracking and spitting, by pushing air through a constriction between its two foregut chambers, even though it has no lungs.

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According to the Guinness Book of World Records, a Sitka Spruce growing on New Zealand’s southernmost subarctic island, is the loneliest and most remote tree on Earth. Not only is it the only tree on Campbell Island, but the nearest other tree can be found over 200 kilometers away, on the Auckland Islands.

Located about 700 km south of Bluff, Campbell Island is one of the harshest places in the world. With strong winds blowing almost all year round, less than 600 hours of sunshine and only 40 days per year without rain, it’s not exactly an ideal place to live, which is probably why, except for occasional visits by research scientists, it has remained deserted for over half a century. Trees aren’t supposed to be growing here either, a fact made evident by the wind-tolerant shrubs and grasses covering the island, which only makes the thriving “loneliest tree on Earth” so much more impressive.

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While most songbirds build small, discreet nests designed to shelter one clutch of eggs, the Social Weavers (Philetairus socius) of southern Africa build communal nests so large that they can pull down mature trees. Each structure can weigh over a ton, and range upwards of 20 feet wide and 10 feet tall, with over a hundred separate nesting chambers. Successive generations refurbish and reuse these compartments, often for more than a century.

Social Weavers utilize several different building materials, starting with a basic structure of woven twigs. They then line the interior with grasses and feathers and construct a 10-inch long, one-inch wide private entrance with downward pointing spiky straws to deter snakes. While a breeding pair will have a private apartment, most chambers house three or four of the birds at a time. The benefits of this lifestyle become clear in the context of the desert where temperatures vary dramatically.

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In the Blue Mountains of eastern Oregon lurks one of the strangest and oldest known organisms on planet Earth- a giant fungus that has been around for over 2,400 years. Armillaria ostoyae, also known as the “shoestring fungus” or “honey mushrooms”, covers an area of 2200 acres, or 3 square miles, making it the largest organism ever discovered. It began its life cycle as a single spore, too small to be seen by the naked eye, and is estimated to have been slowly spreading for at least the past two and a half millennia, although some experts estimate that it is around 8000-years-old.

The giant fungus spreads through the root system of the forest under which it resides and slowly kills whatever is in its path, making it not only the largest organism on the planet but also one of the most deadly. For a few weeks each autumn, the honey mushroom erupts in yellowish clusters with caps, gills and spores, but the rest of the year it takes the shape of a thin white layer, similar to latex paint. It is in this less conspicuous form, however, that the fungus is most lethal, as it can spread more easily through the trees.

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Pisonia Brunoniana is a species of small flowering trees native to tropical regions from Hawaii to New Zealand, and as far west as India. The pisonia tree has soft brittle wood with large glossy leaves and a dark secret. If you search among its roots and branches, you’re likely to find thousands of delicate bones and tiny mummified corpses. It is this macabre feature that gives the tree its creepy nickname – “the birdcatcher tree”.

The pisonia tree produces long seed pods coated with a thick sticky mucus that entraps insects and the birds tempted to feast on them. The ensnared insects look like easy pickings to unsuspecting birds, but if they’re not careful, they can easily get entangled in the sticky seedpods themselves. Too many seeds caught among their feathers can weigh the birds down and prevent them from flying off the tree. If they’re not picked off by a passing scavenger, the birds are doomed to a slow death by starvation. Often, the birds die without ever escaping the pisonia’s branches, which means their withered corpses are left dangling like some strange fruit or a creepy Christmas ornament. In what can only be described as a vicious cycle, birds of prey tempted by the trapped birds sometimes also get entangled in sticky seeds and become trapped themselves.

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20 years ago, a couple of ecologists fighting for the conservation of Costa Rica’s tropical ecosystems convinced a large orange juice producer to donate part of their forestland to a national park in exchange for the right to dispose of massive amounts of orange peels on a degraded plot of land within that same park. No one had any idea what an impact that would have.

In 1997, Daniel Janzen and Winnie Hallwachs, a husband and wife team of ecologists working with the Área de Conservación Guanacaste national park, in Costa Rica, came up with a plan to save a piece of unspoiled, completely forested land from a big fruit juice company, by offering something very attractive in return. If the company, Del Oro, agreed to donate part of its forested land to the Área de Conservación Guanacaste, they would be allowed to deposit massive amounts of waste in the form of orange peels on a 3-hectare piece of degraded land within the national park, at no cost. Disposing of tons of leftover pulp and peels usually involved burning them or paying to have them dumped at a landfill, so the proposal was very attractive.

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The San Fernando marshes in Bahía de Cadiz Natural Park, Spain, are sometimes referred to as “Nature’s Brain”, because of their uncanny resemblance to a human brain, when seen from high above.

Covering an area of 105 square kilometers, Bahía de Cadiz Natural Park consists of wetlands, beaches, pine forests and reed beds, and has long been a popular destination for nature lovers, but it only received its unusual nickname a couple of years ago, when an aerial photo started doing the rounds online. It was taken by wildlife photographer Cristobal Serano who immediately spotted the similarities between the marshes and the human brain, the first time he flew over them, and decided to capture the unreal sight on camera.

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