Earwigs can fly but they mostly live underground, intricately folding their wings into a surface area that's 10 times smaller than when they're opened up. According to new research, the folds "cannot be sufficiently described by current origami models." The earwigs manage the marvelous by incorporating a bit of stretch into the joints where the creases occur, leading to a new design for a robotic gripper. From Science News:
(The earwig's wings are) an example of a bistable structure — something like the slap bracelets, popular in the 1980s and 1990s, which switch from a flat conformation to a curved one when whacked against a wrist, says study coauthor André Studart, a materials scientist at ETH Zürich. When locked open, earwig wings store energy in the springy resilin joints. When that strain is released, the wings rapidly crumple back to their folded position.
Such constructions can inform robotics design. Inspired by the wings, the researchers created a prototype gripper. Its rigid pieces are held together by rubbery, strategically placed joints. Within fractions of a second, the structure can snap from its mostly flat conformation to one that can grip a small object and hold it without constant external force.
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Imagine being a bug or small bird who spots a beautiful orchid, only to learn upon closer inspection that it's covered in bugs who want to eat you. Read the rest
InsecthausTV is a channel dedicated to all sorts of wonderful insects, and this collection of mantises all frozen in attack mode is no exception. Read the rest
Montreal-based clothing designer and artist Raku Inoue has been populating his Instagram with plants and flowers crafted into colorful insects. Read the rest
Noriyuki Saitoh creates these delightful life-sized insects from carved bamboo. Read the rest
Turns out it's not just cats who like to watch videos on smartphones. InsecthausTV played one for a praying mantis, who responded in quite a catlike manner. Read the rest
The psilocybin in magic mushrooms is a potent psychedelic for animals. But what good is the psilocybin for the shrooms? New genetic research from Ohio State University suggests that the psilocybin might act as an insect repellant, protecting the mushrooms. From New Scientist:
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The gene cluster (linked to psilocybin production) is found in several distantly related groups, suggesting that the fungi swapped genes in a process called horizontal gene transfer. This is uncommon in mushrooms: it is the first time genes for a compound that is not necessary for the fungi’s survival – called a secondary metabolite – have been found moving between mushroom lineages.
Since these genes have survived in multiple species, Slot thinks psilocybin must be useful to the fungi. “Strong selection could be the reason this gene cluster was able to overcome the barriers to horizontal gene transfer,” (researcher Jason Slot) says.
Hallucinogenic mushrooms often inhabit areas rich in fungi-eating insects, so Slot suggests psilocybin might protect the fungi, or repel insects from a shared food source, by somehow influencing their behaviour.
At a recent press conference, a wasp flew into the mouth of Costa Rica's President Luis Guillermo Solís.
"I ate it," he said in Spanish with a smile. "I ate the wasp."
As Weird Universe points out, it's similar to this memorable and unscripted moment in Raiders of the Lost Ark:
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A lot of non-stinging flying insects evolved to have black and yellow stripes as a way to trick would-be predators into thinking they are bees or wasps. In this video, you'll learn how to identify them so you eat them without worry.
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Because ladybug hindwings are covered by an opaque outer shell called an elytra, scientists were not sure how the wings' folding mechanism worked until Kazuya Saito created a clear replacement shell that allowed them to film the process in super slow-motion. Read the rest
In this video, a man partially immerses a praying mantis in water, thereby forcing the hairworms possessing it to leave. That the mantis also dies, according to one commenter, is not because the videomaker left it in the water to drown alongside the infestors. [via]
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The worm digested the insides of the Praying Mantis. While inside, it keeps the nervous system from collapsing, but upon existing the Mantis immediately dies. So the Mantis isn't dead yet at the start of this video, its close to being a zombie, so not really alive either.
HirokA1007's youtube channel is a menagerie of enormous insects such as this Hercules beetle pupa. Below, a larva, also the size of his fist. [via JWZ]
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Life is a continuing cycle of newness, then growth, and then gone: then birth and growth again. I started thinking about that theme of new life and new beginnings several years ago, and WAKE UP!
, published by Candlewick Press, is the result. Working with my collaborator, poet Helen Frost, our book is about opening eyes—our own, first—and pointing to the world that’s right here, containing us all. Helen and I are both based in the US Midwest, so we started there, with a world that we didn’t need to travel far to explore, only wake up enough to actually see.
Dr Gale Ridge is a public entomologist at the Connecticut Agricultural Experiment Station, where an average of 23 people a day call, write or visit; an increasing proportion of them aren't inquiring about actual insects, they're suffering from delusional parasitosis, and they're desperate and even suicidal. Read the rest
Poking a golden tortoise beetle ("goldbug") triggers the insect's color to change from gold to a red-orange. Inspired by the natural system underlying that insectoid superpower, MIT researchers have developed flexible sensors circuits that can be 3-D printed. Eventually, the technology could lead to sensor-laden skin for robots. From MIT News:
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“In nature, networks of sensors and interconnects are called sensorimotor pathways,” says Subramanian Sundaram, an MIT graduate student in electrical engineering and computer science (EECS), who led the project. “We were trying to see whether we could replicate sensorimotor pathways inside a 3-D-printed object. So we considered the simplest organism we could find...."
The MIT researchers’ new device is approximately T-shaped, but with a wide, squat base and an elongated crossbar. The crossbar is made from an elastic plastic, with a strip of silver running its length; in the researchers’ experiments, electrodes were connected to the crossbar’s ends. The base of the T is made from a more rigid plastic. It includes two printed transistors and what the researchers call a “pixel,” a circle of semiconducting polymer whose color changes when the crossbars stretch, modifying the electrical resistance of the silver strip.
In fact, the transistors and the pixel are made from the same material; the transistors also change color slightly when the crossbars stretch. The effect is more dramatic in the pixel, however, because the transistors amplify the electrical signal from the crossbar. Demonstrating working transistors was essential, Sundaram says, because large, dense sensor arrays require some capacity for onboard signal processing.
Over at the Japanese culture website Tofugu (where my wife Carla is on staff), there's a great article by Kanae Nakamine on Japanese bug eating traditions, complete with tasty recipes like bee larva omelets, baby ant minestrone, and rice grasshopper granola bars. There are also vending machines in Japan that sell edible bugs.
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If you’re too lazy to hunt for bugs and cook them, don’t worry! There are other options. Japan is a land of convenience, and this extends to their tasty, tasty insects.
You can buy edible bugs anytime 24/7. In Tokyo’s Inokashira park, there’s a vending machine with two kinds of bugs that come in cans: Rice Grasshopper Kanroni and Hanakuyouniis Brand Bee Larvae. Both of these products are kinds of tsukudani, which is the traditional way of cooking with soy sauce, sugar, and sake. Kanroni is similar to tsukudani, but has more sugar and tastes sweeter. Hanakuyouni is a certain brand of tsukudani food in Japan. It uses its original recipe to stew the bee larvae for this product. So next time you’re going for a jog in this Tokyo park, swing your sweaty self over to this vending machine and start guzzling bee larvae. Nothing prepares you for long distance running better than a belly full of insect babies!