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Know about the snakes that can ‘fly'

Know about the snakes that can ‘fly'

Indian Express10 hours ago

Most of us think of snakes as slithering creatures that stick to the ground—or maybe climb trees at most. But believe it or not, some snakes can actually glide through the air, moving from tree to tree like something out of a fantasy film. It sounds unbelievable, but it's genuine. These unusual reptiles are known as 'flying snakes'.
Okay, we acquiesce, the term 'flying' might be a bit misleading. These snakes don't actually have wings to soar like birds in the sky. What they do is even more fascinating—they launch themselves from high branches, flatten their bodies, and use their incredible flexibility to glide through the air, sometimes for distances as long as 30 metres (around 100 feet). That's longer than a blue whale!
The most commonly known species is the paradise tree snake (Chrysopelea paradisi), part of the Chrysopelea genus. These snakes are native to southern Thailand, Malaysia, Indonesia, and parts of the Philippines and India.
According to Encyclopædia Britannica, flying snakes live in tropical forests and are very good at climbing trees. They often start their glide by hanging off a branch, making a J-shape with their bodies before launching into the air.
But how do they glide without wings? It's all in the movement. As the snake jumps, it spreads its ribs and flattens its body, like a living ribbon. It also wiggles from side to side in mid-air, which helps keep it stable and allows it to steer.
Scientists from Virginia Tech published a paper in the Journal of Experimental Biology in 2014, studying this motion and found that it's actually very efficient, using airflow and body control to stay aloft.
A 2020 study published in Nature Physics explains that this movement is much more complex than it looks. The gliding isn't just random falling—it's a carefully controlled movement that helps the snake land safely on its next tree or branch. This clever ability helps flying snakes escape predators, find food, and move through the forest faster than if they had to climb down and back up again.
You might be wondering—are they dangerous? Thankfully, these snakes are not harmful to humans. While they do have mild venom that helps them hunt small prey like lizards, frogs, and birds, they're not a threat to us. In fact, they're often helpful because they help keep insect and rodent populations in check.
These snakes are a great example of how amazing and strange nature can be. They show us that even animals we think we understand—like snakes—can evolve in surprising ways.
Without wings, without legs, they've found a way to move through the air, just using the shape of their bodies and clever physics. It's a reminder that there's still so much we don't know about the natural world.

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Know about the snakes that can ‘fly'
Know about the snakes that can ‘fly'

Indian Express

time10 hours ago

  • Indian Express

Know about the snakes that can ‘fly'

Most of us think of snakes as slithering creatures that stick to the ground—or maybe climb trees at most. But believe it or not, some snakes can actually glide through the air, moving from tree to tree like something out of a fantasy film. It sounds unbelievable, but it's genuine. These unusual reptiles are known as 'flying snakes'. Okay, we acquiesce, the term 'flying' might be a bit misleading. These snakes don't actually have wings to soar like birds in the sky. What they do is even more fascinating—they launch themselves from high branches, flatten their bodies, and use their incredible flexibility to glide through the air, sometimes for distances as long as 30 metres (around 100 feet). That's longer than a blue whale! The most commonly known species is the paradise tree snake (Chrysopelea paradisi), part of the Chrysopelea genus. These snakes are native to southern Thailand, Malaysia, Indonesia, and parts of the Philippines and India. According to Encyclopædia Britannica, flying snakes live in tropical forests and are very good at climbing trees. They often start their glide by hanging off a branch, making a J-shape with their bodies before launching into the air. But how do they glide without wings? It's all in the movement. As the snake jumps, it spreads its ribs and flattens its body, like a living ribbon. It also wiggles from side to side in mid-air, which helps keep it stable and allows it to steer. Scientists from Virginia Tech published a paper in the Journal of Experimental Biology in 2014, studying this motion and found that it's actually very efficient, using airflow and body control to stay aloft. A 2020 study published in Nature Physics explains that this movement is much more complex than it looks. The gliding isn't just random falling—it's a carefully controlled movement that helps the snake land safely on its next tree or branch. This clever ability helps flying snakes escape predators, find food, and move through the forest faster than if they had to climb down and back up again. You might be wondering—are they dangerous? Thankfully, these snakes are not harmful to humans. While they do have mild venom that helps them hunt small prey like lizards, frogs, and birds, they're not a threat to us. In fact, they're often helpful because they help keep insect and rodent populations in check. These snakes are a great example of how amazing and strange nature can be. They show us that even animals we think we understand—like snakes—can evolve in surprising ways. Without wings, without legs, they've found a way to move through the air, just using the shape of their bodies and clever physics. It's a reminder that there's still so much we don't know about the natural world.

Bed bugs were likely one of the first pests found in cities, new study finds
Bed bugs were likely one of the first pests found in cities, new study finds

Indian Express

time01-06-2025

  • Indian Express

Bed bugs were likely one of the first pests found in cities, new study finds

Common bed bugs (Cimex lectularius) grew in number when humans started living together in the first cities. These tiny bloodsuckers were likely the first insect pests to thrive in city environments, and maybe even the first urban pests, according to a new study by scientists at Virginia Tech, United States, that was published in Biology Letters on May 28. Bed bugs originally fed on bats. But around 245,000 years ago, one group of bedbugs started feeding on humans, likely beginning with Neanderthals. About a year ago, Lindsay Miles from Virginia Tech began studying bedbug genetic data to see how their populations changed over time. Bedbug numbers dropped around 19,000 years ago, when the Ice Age ended and habitats changed. Both types of bedbugs did decline, but the ones that fed on humans increased sharply some 13,000 years ago, stayed steady for a while, and then rose again 7,000 years ago. In comparison, the population of bedbugs that feed on bats are still decreasing. The big change from fewer to more bedbugs happened around the same time the first cities appeared in western Asia and started to grow, as per the study. Before that, people moved around a lot and didn't often meet other groups, so bedbugs didn't spread much either. But once people began living together in cities, it created a new environment for bedbugs. The study states that the bugs started mating with each other more, their numbers grew quickly, and they adapted to life in cities. The researchers also hypothesised that bed bugs were one of the first pests to adjust to city life and were likely the first insect pests to live in urban areas. Other animals became connected to city life much later. German cockroaches, for instance, started living closely with humans around 2,100 years ago, and black rats around 5,000 years ago. Mark Ravinet, an evolutionary biologist from the University of Oslo in Norway, who said that these findings showed that bedbugs can help scientists learn how species adapt to live with humans. He said the study was important for understanding how quickly animals can adjust to human environments and what changes they make in order to survive.

Tsunami trouble ahead? Scientists warn Cascadia quake could devastate and wipe part of America off the map
Tsunami trouble ahead? Scientists warn Cascadia quake could devastate and wipe part of America off the map

Time of India

time26-05-2025

  • Time of India

Tsunami trouble ahead? Scientists warn Cascadia quake could devastate and wipe part of America off the map

Scientists from Virginia Tech did a new study warning that Northern California , Oregon, and Washington could face serious flooding and tsunamis soon. A study implies that such dangerous events happen because of two things happening simultaneously, like a big earthquake in the Cascadia Subduction Zone and rising sea levels caused by climate change, as per reports. This Zone is a big fault line that stretches from Northern California to Vancouver Island in Canada. If a big earthquake hits this area, then the coastal land might sink up to 6.5 feet. This sinking would increase the area at risk of flooding from 35 square miles to 116 square miles. That flooding could affect thousands of homes, people, and roads in those coastal regions. Play Video Pause Skip Backward Skip Forward Unmute Current Time 0:00 / Duration 0:00 Loaded : 0% 0:00 Stream Type LIVE Seek to live, currently behind live LIVE Remaining Time - 0:00 1x Playback Rate Chapters Chapters Descriptions descriptions off , selected Captions captions settings , opens captions settings dialog captions off , selected Audio Track default , selected Picture-in-Picture Fullscreen This is a modal window. Beginning of dialog window. Escape will cancel and close the window. Text Color White Black Red Green Blue Yellow Magenta Cyan Opacity Opaque Semi-Transparent Text Background Color Black White Red Green Blue Yellow Magenta Cyan Opacity Opaque Semi-Transparent Transparent Caption Area Background Color Black White Red Green Blue Yellow Magenta Cyan Opacity Transparent Semi-Transparent Opaque Font Size 50% 75% 100% 125% 150% 175% 200% 300% 400% Text Edge Style None Raised Depressed Uniform Drop shadow Font Family Proportional Sans-Serif Monospace Sans-Serif Proportional Serif Monospace Serif Casual Script Small Caps Reset restore all settings to the default values Done Close Modal Dialog End of dialog window. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Girls Show Their Perfect Figure In These Sport Photos Take At Perfect Time True Edition Undo According to Virginia Tech's numbers, if a quake hits today, an extra 14,350 people, 22,500 buildings, and 777 miles of roads would be in danger from floods. Current tsunami maps don't show how rising sea levels and sinking land could make future tsunamis even worse. The scientists ran tens of thousands of earthquake simulations to figure out how bad it could get. They looked at two possible scenarios, one could be a quake happening right now or a quake happening in the year 2100, when sea levels will be even higher due to climate change. Live Events The study warns that if this mega earthquake hits, it could cause a " mega-tsunami ", with waves up to 1,000 feet tall. For comparison, normal tsunami waves are only a few feet tall, this one would be hundreds of feet high and way more deadly, as per the report by The Independent. This mega-tsunami could wipe out cities like Seattle and Portland, destroying everything in its path within minutes. Scientists say the danger is extra high because this would happen so fast, there would be no time to prepare or escape. The study also points out that Alaska and Hawaii could be affected too, even though they're not near the CSZ, because of their own earthquake and volcano risks, as per reports. Southern Washington, Northern Oregon, and Northern California would see the worst effects if the quake hits. There hasn't been a big earthquake in the CSZ since the year 1700, which makes experts think one is overdue. Scientists say there's a 15% chance a magnitude 8 or bigger earthquake could hit this zone in the next 50 years. According to the reports the lead author of the study, Tina Dura, who is also a professor at Virginia Tech, stated that the study shows how much land could flood after an earthquake, and that it can slow down recovery for communities. The aim of the study is to get communities ready, so they can lessen damage, protect people, and save the environment if any such kind of disaster happens. FAQs Q1. How tall will the waves be if a big tsunami happens? The waves could go up to 1,000 feet tall. Q2. What is the Cascadia Subduction Zone? It is a big fault line where earthquakes can happen.

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