This Chilling Snake Uses Its Spider-Like Tail as Lure in Captivating Photo

The spider-tailed viper embodies the essence of two widely feared creatures: arachnophobia (the fear of spiders) and ophidiophobia (the fear of snakes).

Imagine the only scenario where you might confront both fears: donning a clown costume (a fear of heights) and dangling from a high ledge (another fear of heights).

Nevertheless, this scenario is improbable. The spider-tailed viper typically resides in the rocky crevices of the Zagros Mountains, straddling the borders of Iraq and Iran.

Its name derives from its extraordinary tail, which mimics a spider with a swollen tip adorned with elongated “leggy” scales.

The first documented specimen was captured in 1968 and preserved in formaldehyde. When researchers from the Field Museum of Natural History in Chicago examined it two years later, they initially mistook it for a Persian horned snake, which is prevalent in the Middle East.

Initially, the spider-like appendage on the snake’s tail was thought to be a spider that inadvertently ended up in the jar. However, further examination revealed that the peculiar ornament was actually part of the snake’s tail.

The significance of this unusual anatomical feature remained ambiguous, with speculation about it being a rare anomaly linked to a parasite or tumor.

Watch a snake hunt in this clip from the BBC documentary Seven Worlds, One Planet.

In 2003, a second specimen was discovered in a damaged state, yet still exhibiting the same tail’s adornment.

The snake was identified as a new species, Pseudocerastes uralachnoides, which translates to “false horn with a spider-like tail,” sparking curiosity among researchers about whether this reptile uses its tail as a lure.

While it may sound peculiar, numerous predators utilize parts of their bodies to draw in prey. For instance, monkfish develop bioluminescent lures protruding from their heads.

The tufted wobbegong shark boasts a caudal fin that resembles a fish. Additionally, over 50 snake species are known to employ a technique called caudal luring, where they wag their tails to entice prey.

The tail of the spider-tailed viper mimics a spider to lure its prey – Credit: reptiles4all via Getty

What makes the spider-tailed viper exceptional is that it is the only species known to have evolved a “caboose” that closely resembles a large arachnid.

It took thirty years for scientists to ultimately validate their hypothesis about its caudal luring technique. They set up camp in the arid mountains of Ilam province in western Iran and captured footage of six successful spider-tailed viper hunts, all occurring…

During these hunts, the snake wagged its spider-like tail, capturing the attention of nearby birds. As the birds approached, the snake struck and injected venom, resulting in the bird’s swift demise. Minutes later, the bird was consumed whole.

Spring marks peak hunting season, coinciding with birds nesting and feeding their young. However, juvenile spider-tailed vipers must adopt different hunting methods.

These young snakes hatch without their distinctive “spider butt” and develop it as they grow. Until reaching maturity, they are believed to prey on small mammals and amphibians.

The lesson here: if you’re trekking through the Zagros Mountains and spot a peculiar-looking spider, it’s best to keep your distance.

We don’t fully understand the effects of snake venom on humans, so you may want to avoid that curiosity altogether.

Read more:

Source: www.sciencefocus.com

Metal Gear Solid Delta: Snake Eater Review – Cold War Chaos Revived with Cinematic Flair | Games

A wise fictional character once remarked that war never changes, and if you experience Snake Eater, it’s hard to disagree. Konami has reimagined the 2004 Cold War PS2 classic, swapping “three” with “Delta,” but this remains the jungle adventure you remember. Without Kojima, Konami has maintained the essence of this chaotic masterpiece while channeling its energy into stunning visuals and smooth, modern controls.

In terms of PS2 titles that feel like contemporary releases, Metal Gear Solid 3 tops the list. Transitioning the series into vast outdoor settings, Kojima maximized the aging power of Sony’s console. To modern players, these environments were expansive. However, revisiting the water-logged swamps of Tselinoyarsk in today’s open-world gaming landscape, the once seemingly endless jungle feels rather quaint.


A potential playfulness… Metal Gear Solid Delta: Snake Eater. Photo: Konami

Thankfully, the charm and vibrant characters inhabiting these mosquito-infested playgrounds remain as plentiful as ever. Every path you tread is filled with playful opportunities. The snake slithers through the mud, sniping wasp nests and dispatching nearby patrols before leaping from cliffs. Vultures descend on foes under the scorching desert sun, and you can even shoot the transceiver of a guard to thwart a backup call. It’s these intricate systems and ambitious narratives that lend a grander feel to the modest maps.

As for the narrative, Snake Eater retains its edge, interspersing real-world historical footage from the Cold War before pitting you against various foes. Long-time fans la-li-lu-le-lo aside, newcomers might find the relentless opening cutscene somewhat intrusive. The prologue periodically takes control from the player, inundating you with tutorial text between short playable segments, but it ultimately culminates in a barrage of fitting nouns.

Fortunately, once gameplay begins, Snake’s Soviet journey feels exhilarating. Purists can opt for classic top-down views through legacy modes, but modern controls provide a truly revolutionary experience, transforming the once-clumsy snake into a lethal killing machine.


Despicable Shenanigans… Metal Gear Solid Delta: Snake Eater. Photo: Konami

Moreover, there are some exciting new features for seasoned veterans. The newly introduced optional compass efficiently points toward your target, while pressing the D-PAD allows for quick access to the codec and camouflage adjustments on the fly.

Speaking of camouflage, the survival system in Snake Eater is perhaps its most significant legacy. Kojima’s groundbreaking hunting and injury treatment mechanics continue to influence modern games, setting the groundwork for today’s popular survival genres. Though some elements may feel dated compared to current standards, they add an appreciated layer to Snake’s escapades.

The island’s playful meta-narrative continues to thrive, offering engaging gameplay choices. From the ability to eliminate an early boss long before their intended encounter to a boss fight that revolves around your accumulated bloodlust results, few modern titles embrace this level of interactive storytelling.

Despite its cinematic aspirations, Snake Eater excels in its quirks and video game absurdities. Items drop from defeated soldiers, hidden frogs leap as you shoot, and camouflaged rubber ducks lurk in every nook and cranny of the environment.

Delta serves as a stunning showcase for the PS5 Pro, becoming one of the few graphical highlights amidst Sony’s high-priced offerings. The cinematic splendor of last year’s memorable sequences comes alive with breathtaking 4K visuals. Still, not everything has aged gracefully, particularly Eva’s cleavage cutscene, which reveals the game’s roots in 2004.

Some elements could benefit from a revision. While players will not soon forget the iconic final confrontation, the rushed ending feels like a missed opportunity to cohesively tie up loose threads, suggesting Konami’s interference in this critical area and leaving it feeling anticlimactic.

Outside the primary gameplay, there’s a fun monkey escape mode and an additional secret feature that I won’t spoil. The only entirely new mode, the Foxhunt multiplayer component, has unfortunately arrived post-launch and currently feels somewhat unfinished.


Snake Eater is a refined and slick chapter in the Metal Gear saga, resembling a Cold War caper fit for a James Bond film, replete with apocalyptic undertones. Kojima’s affection for Hollywood is evident, often spilling over into unwieldy epic narratives, yet this game remains his most cinematic achievement. It’s silly, tightly packed, and delightfully campy, meandering toward absurdity with sublime stealth. The legendary voice acting seamlessly merges Cold War fantasy with anime-inspired antics.

If you reminisce about the Metal Gear Online glory days when the free Foxhunt mode launches later this year, it could elevate your score. If not, Snake Eater remains a melodramatic joy and serves as a fantastic introduction to one of gaming’s most illustrious masterpieces.

Metal Gear Solid Delta: Snake Eater is set to release on August 28th.

Source: www.theguardian.com

Twenty Years Later, I’m Still Emotional: The Timeless Brilliance of Metal Gear Solid 3: Snake Eater | Games

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It’s unforgettable—the first time you play a Metal Gear game. Among them, Konami’s iconic stealth series is epitomized by the 2004 installment, Snake Eater. This initial chapter and its sequel acted as a reboot. Initially aimed for the PS3 due to its ambitious technology, it was eventually released on the PS2. The writer-director, Kojima, sought to take the gravelly-voiced protagonist, Solid Snake, out of the shadowy military bases and into the great outdoors. With elements like food hunting and broken bones that could be reset, Snake Eater felt far more grounded and immersive compared to PlayStation games of the 2000s.

Despite Snake Eater’s significant transformations, one classic aspect remains unchanged—stellar voice acting. In Konami’s upcoming remake, Metal Gear Solid Delta: Snake Eater, all the iconic, absurd lines from the original script are preserved. Enhanced with modern controls and stunning new graphics, Delta more closely resembles a 4K restoration of a beloved film than a standard remake akin to the latest Resident Evil titles.

“To their credit, Konami wanted to maintain the authentic experience,” says David Hater, the voice of Solid Snake. “They aimed to ensure it felt like the original, while still leveraging today’s technology.”




“Very cinematic”… Metal Gear Solid Delta: Snake Eater. Photo: Konami

Hater, who also penned the scripts for the 2000s X-Men films, takes immense pride in his portrayal of Solid Snake, a role achieved through the unique recording process of his eccentric performances. “For my first Metal Gear Solid, I recorded in an unusual house in Hollywood,” he reflects. “There were five microphones set up and it was just me and the other actors.”

This atypical setup was in stark contrast to the usual individual recording method, where voice actors would record separately, and their performances would be pieced together afterward. Hater found this collaborative approach to be incredibly effective. “I insisted my contract required me to record in this manner for all the Metal Gear games; I’d be in the booth alongside other top voice talents for months at a time.”

By the time the actors recorded their roles for Metal Gear Solid, the storyline was nearly finalized. However, for Snake Eater, they received only cues, leaving much of the visual imagination to the voice talent. “We had no visuals,” says Hater. “It was challenging to grasp the full impact of what we were creating at the time.”




“I know why you go back to it over and over again”… Metal Gear Solid 3: Snake Eater. Photo: Konami

This shared experience resonates with Lori Alan, who voices The Boss, a key character in Snake Eater. “This is where the voice director showcased his remarkable skills,” Alan shares. “The recording sessions were intense. After a session, you’d exit saying, ‘What a ride!’ as the director would quietly remind you, ‘You love him. You trained him. You’ll betray your country!’ It was astonishing, and left you feeling completely drained.”

As Alan departed the booth while Hater was recording, she didn’t fully grasp the impact of the character she embodied. “I have a devoted fan who once sent me a clip, but I’ve never played it,” Alan admits. Over two decades later, she finally experienced the iconic role she helped create. “We were filming promotional videos for the remake,” Hater recalls. “Lori mentioned she wanted to know what we did back then, but it was hard to convey! So, I sent her the complete cutscene from the game… A couple of hours later, I received an emotional call from her. She was in tears, saying, ‘Oh my god! I didn’t understand before, but now I get it.'”

“It’s incredibly cinematic,” Alan adds. “The depth of the relationships stands out, giving me chills. I found myself completely engaged in the storytelling, as one would when reading a captivating novel or watching a compelling film.”




“We didn’t need to change anything great from the original”… Metal Gear Solid Delta: Snake Eater. Photo: Konami

Beyond some audio refinement and adjustments to fit the new control system, the cast confirms that no additional material was introduced in Delta. “I like to think I’ve become a better actor since then,” Hater muses. “Yet, these recordings had to align perfectly with the original, making it surreal to step back into the booth and reprise the same role after 20 years.”

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Hater and Alan aren’t alone in revisiting the jungle—Cynthia Harrell, the original singer of Snake Eater’s theme, has re-recorded the iconic anthem for the remake. Harrell noted that she recorded her vocals with little direction. “That final scene, with the song playing as she dies, the red petals falling… I still cry 20 years later.”

Decades later, that moment remains powerful. Following an emotional climax, players are given the choice to pull the trigger. “I wished there was an option to shoot her in the leg instead,” Hater admits.

The ongoing separation between Kojima and Konami means that the original Snake Eater director isn’t involved in Delta, yet the publisher has engaged and retained members from the original development team. “For me, that thrill and surprise felt like the first time I played, 21 years ago, and that’s the experience we aimed to replicate,” shares Yuji Korekado, a producer on Delta and a former team member. Fellow producer Okamura Noriaki emphasized the intention to maintain creative integrity: “We concluded that adding twists or new plot elements was unnecessary; the original was already exceptional.”

As a new generation grows up unaware of the significance of Revolver Ocelot, Hater views Snake Eater Delta as the ideal reintroduction to one of gaming’s most revered franchises. “Someone asked me last night why they started remastering with No. 3,” he mentions. “That’s because it’s the best, you know? The characters are incredible, and the storylines are profound. These are some of the most tragic and beautiful moments in gaming history. It’s akin to living through a cinematic masterpiece for 60 hours.”
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Metal Gear Solid Delta: Snake Eater will launch on PC, PS5, and Xbox on August 28th

Source: www.theguardian.com

Universal Antivenom Could Emerge from a Volunteer Who Endures 200 Snake Bites

The video lasts under 2.5 minutes. A slender man with thick hair enters the room, pulling a long black mamba that can deliver a lethal bite within an hour. He bites his left arm and moments later, extends his right arm towards a Taipan from Papua New Guinea. “Thank you for watching,” he states, as he calms down to speak to the camera while his left arm bleeds before it is bandaged.

For nearly 18 years, 57-year-old Tim Friede has injected himself with over 650 precisely measured doses of venom from 16 deadly snake species to develop immunity. He has also allowed snakes—mostly one at a time, although occasionally two, as in the video—to bite him nearly 200 times.

This coincidence, also known as one of its names, could aid in addressing global health issues. With over 600 species of venomous snakes across the globe, they bite approximately 2.7 million people annually, causing around 120,000 fatalities and affecting 400,000 others.

Researchers report that in Friede’s blood, they have discovered antibodies capable of neutralizing toxins from multiple snake species. According to Journal Cell.

“I am genuinely proud to contribute something meaningful for humanity and make a difference for people 8,000 miles away.

Deforestation, urban expansion, and climate change have heightened the risk of snake bites in recent years, yet antivenom research has not kept pace with demand.

“This is a more significant issue than the first world might realize,” stated Jacob Glanville, founder and CEO of Centivax, which aims to create broad-spectrum vaccines and serves as the lead author of the study.

Dr. Glanville and his team discovered that two potent antibodies from Friede’s blood, when paired with drugs that inhibit neurotoxins, can protect mice from the venom of 19 deadly snake species from various families around the world.

Experts not involved in the research consider this an extraordinary achievement. Most antivenoms can only counteract venom from one or a few closely related snake species within a particular area.

Nicholas Casewell, a researcher at the Liverpool School of Tropical Medicine in the UK, indicates that antivenom cocktails could potentially prevent fatalities and injuries from all snake families.

“The principles from this study can be effectively applied to other snakes,” he remarked.

Friede’s journey with snakes began with a harmless bite from a five-year-old garter snake, which sparked his lifelong fascination. “If I had known what lay ahead, I would have laughed at the thought,” he reminisces with a chuckle.

However, it wasn’t until he married and started a family while working in construction that he seriously began to explore his interest in snakes. He started experimenting with scorpions around 2000 but soon transitioned to snakes. At one point, he kept 60 venomous snakes in his basement lab.

His experiments came to a sudden halt on September 12, 2001, when he was bitten by two cobras, his emotions heightened by the previous day’s terrorist attack and the recent loss of a friend. Those were his first encounters with snakes without adequate immunity built up. While he initially felt fine after the first bite, the second caused him to feel cold, his eyelids to droop, and he lost his ability to speak. He awoke four days later in a hospital after slipping into a coma.

His wife was furious, while he felt frustrated with himself. He resolved to adopt a more methodical approach, carefully measuring venom doses and timing the bites.

“I work during the day, spend time with my kids and family at home, then head downstairs to work late into the night, only to repeat it all over again the next day,” he explained.

He faced numerous accidents, including unintentional bites, anaphylactic shocks, and power outages. Friede describes himself as a self-taught scientist, asserting, “No university in the world provides training for this. I’ve done as much as I could.”

Two scientific teams studied Friede’s blood over the years, but those efforts led to little progress. By the time he met Dr. Glanville in 2017, he was ready to give up.

Dr. Glanville was investigating what scientists refer to as broadly neutralizing antibodies as a foundation for universal vaccines, inspired by his upbringing in Mayan villages in the Guatemalan Highlands. He was intrigued by the potential to apply the same strategy to develop a Universal Antivenom.

Initially, he said his “humble” goal was to find someone like a hapless snake researcher who had experienced multiple bites. His quest took a turn when he stumbled upon an article about Friede.

“I had been eagerly awaiting this opportunity,” shared Dr. Glanville, expressing gratitude towards Friede.

In partnership with Columbia University vaccine researcher Peter Kwon, Dr. Glanville isolated broadly acting antibodies from Friede’s blood and devised a combination treatment.

Tests on antibodies from Friede’s blood against the venom of 19 snake species showed that one broadly neutralizing antibody protected mice from six species. When combined with a small molecule known as Varespladib, the second antibody provided full protection against 13 snake species and partial defense against the remaining six.

Cobras and mambas produce toxins that paralyze nerve cells, while the venom from Viper family snakes damages tissue and induces bleeding in victims. Each snake species within its family produces a unique combination of dozens of toxins, which can vary by region, age, diet, and season. It can vary significantly.

Despite advances, antivenoms are still produced using methods from 130 years ago. A small amount of venom is injected into horses, camels, or sheep, and the antibodies produced in response are harvested. These antibodies are typically specific to the type of venom administered and offer minimal relief from other snake venom types.

In fact, many antivenoms can cause more severe reactions than the venom itself, as mammalian proteins can provoke fatal allergic reactions.

Researchers are seeking treatments that mitigate these side effects. Cocktail treatments involving small-molecule drugs and monoclonal antibodies targeting critical toxic families are being developed—crafted copies of human antibodies that neutralize toxins across numerous species, according to Dr. Casewell.

Future plans include testing the Australian treatment on dogs brought into veterinary clinics for snake bites. Researchers also aim to identify additional components from Friede’s blood that could expand protection across all 19 snake species under study.

However, Friede’s experimental days are over. His last bite came from a water cobra in November 2018. He has since divorced; his wife and children have moved away. “That felt like enough,” he recalled.

While he misses the thrill of interacting with snakes, he insists it was not driven by painful bites. “I might revisit this in the future,” he reflected, “but for now, I’m content with where I am.”

Source: www.nytimes.com

The Snake Bit This Man Hundreds of Times—Now His Blood Saves Lives.

Tim Friede has endured hundreds of snake bites. Presently, researchers are analyzing his blood with the aim of developing more effective snake bite treatments.

Friede has a long-standing fascination with reptiles and other venomous creatures. He used to milk scorpions and had a collection of dozens of snakes at his home in Wisconsin.

To protect himself from snake bites and satisfy his “simple curiosity,” he started injecting himself with small doses of snake venom, gradually increasing the amount to build his tolerance before allowing a snake to bite him.

“It was very frightening at first,” Friede said. “But the more you do it, the better you become at handling it, and the more comfortable you get.”

While no healthcare professional would endorse this practice, experts indicate that his approach sheds light on how the body functions. When the immune system encounters snake venom, it produces antibodies that can counteract the venom. If exposed to a small quantity, the body might respond before being overwhelmed, and prior exposure can lead to quicker reactions to larger doses.

For nearly two decades, Friede has endured snake bites and self-injections, yet he still keeps a fridge stocked with venom. In a video on his YouTube channel, he showcases the prominent fang marks on his arms from black mamba, taipan, and water cobra bites.

“I essentially wanted to test the boundaries of life and death as much as possible,” he stated.

In addition, Friede sought to contribute to science. He reached out to numerous scientists, requesting studies on the tolerance he had developed.

According to the World Health Organization, approximately 110,000 people die from snake bites annually. Developing antivenoms is both costly and challenging, often requiring large mammals like horses to produce antibodies through venom injections. These antivenoms tend to be effective against only specific snake species and can cause adverse reactions due to their non-human origin.

Tim Friede stands in a lab in Southern San Francisco, California, utilizing his blood to prepare anti-venom for various snake bites.
Centibacs via AP

Upon learning about Friede, Peter Kwon from Columbia University remarked, “Oh, wow, this is quite extraordinary. He is a uniquely special individual with remarkable antibodies developed over 18 years.”

In a publication in the Journal Cell on Friday, Kwon and collaborators shared insights on what Friede’s unique blood can accomplish. They have identified two antibodies capable of neutralizing venom from multiple snake species, aiming to create a treatment that could eventually provide broad protection.

This study is in its early stages—antivenoms are currently tested only on mice, with years needed before human testing can commence. While their experimental treatments show promise for certain snake categories, including mambas and cobras, they are less effective against vipers.

“Despite the potential, there is still much work to be done,” noted Nicholas Casewell, a snakebite researcher at the Liverpool School of Tropical Medicine, in an email. Casewell was not part of the recent study.

Friede’s journey has not been without challenges. He mentioned that a bad snake bite resulted in part of his finger needing amputation, and some severe cobra bites sent him to the hospital.

Friede is currently working with Centivax, which is developing a treatment, and he is hopeful that his 18-year journey might someday lead to a lifesaving solution for snake bites. However, his advice for those inspired to follow his path is straightforward: “Don’t do this,” he cautioned.

Source: www.nbcnews.com

Birds Build Nests with Snake Skin to Protect From Predators

Many species of birds use shed snake skin when building nests, but this behavior is poorly understood. In a new study, Cornell University ornithologists used comparative and experimental approaches to suggest that the evolution of this behavior is mediated by nest morphology and predator community. They used a series of experiments and comparisons to test four hypotheses (nest predation, nest microbiota, nest ectoparasites, and social signaling) that snake skin confers fitness effects, and the predation hypothesis found support for.



Great Crested Flycatcher (Myialchus crinitus) are famous for using snake skin to construct their nests. Image credit: Barbara Taylor/Macaulay Library.

“What do snakes eat? They eat a lot of rats and small mammals,” said Dr. Vanya Lower, lead author of the study.

“Given the evolutionary history of harmful interactions between small-bodied predators that are commonly eaten by snakes, these predators should become fearful of snake skin in their nests.”

“It may change the decision-making process for whether or not to nest.”

“Birdwatchers have been recording the use of snakeskin in nests for centuries, and have speculated that snakeskin occurs more frequently in hollow nests, but no one has tested this theory. There was no one there.”

“We were trying to understand why birds spend so much time and effort finding this strange substance.”

First, Dr. Lower and his colleagues looked at the literature and found that 78 species in 22 families have been reported to use shed snake skin for nest building.

All but one of these species are passerines, and in a comparative analysis, the researchers found that this behavior was disproportionately observed in cavity-nesting species.

Next, they examined a subsample of North American species, all of which are reported to use snake skin for nest construction, and found that between cavity-nesting species and open-cup nesting species, snake skin We investigated whether the proportion of nests with

The analysis suggested that the proportion of nests with snake skin was approximately 6.5 times higher in cavity nests than in open cup nest species.

“The proportion of nests that had snake skin in the nest description was about 6.5 times higher in cavity nests than in open cup nests,” Dr. Lower said.

“This was really, really cool and suggested to us that these two completely independent data series were telling very similar stories.”

To test the benefits that cavity-nesting birds derive from snake skin, scientists investigated how snake skin reduces nest predation, reduces harmful nest ectoparasites, and benefits birds. We investigated whether they can alter the microbial community or serve as a signal of parental quality. Parents make more efforts to raise their children.

Of these ideas, the results supported the nest predation hypothesis, but only in cavity nests.

For the experiment, the authors placed two quail eggs in more than 60 nest boxes and more than 80 inactive robin nests set up around Ithaca’s Monkey Run Natural Area. Cavity nests and open cup nests were simulated.

Some nests received snake skins collected from local snake breeders, while others did not.

Every three days for two weeks, the team used a ladder to climb through the monkey run to the nest and check for eggs.

Trail cameras revealed that while small mammal and bird nest predators visit open cup nests, only small mammals, namely flying squirrels, visit nest boxes.

“If you were in a hive like that and you had snake skin, you would have a much better chance of surviving those 14 days,” Dr. Lower said.

“The benefits of the material are most strongly expressed in hollow nests.”

team’s result appear in american naturalist.

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Vanya G. Lower others. Evolution of the use of snake skin in bird nests. american naturalistpublished online on December 17, 2024. doi: 10.1086/733208

This article is a version of a press release provided by Cornell University.

Source: www.sci.news

Snake evolution is rewritten by 38-million-year-old fossil

Paleontologists have described a new species of snake that lived during the Early Oligocene of Wyoming, based on four nearly complete, articulated specimens found curled together in a burrow.

Hibernophis Brighthaupti It lived 38 million years ago in what is now western Wyoming. Image courtesy of Jasmine Croghan.

Hibernophis Brighthaupti It lived in North America 38 million years ago (Early Oligocene Epoch).

The fossil has unique anatomical features, in part because the specimen is articulated, meaning that it was found all together with its bones in the proper order, which is unusual for a fossil snake.

Hibernophis Brighthaupti Probably an early member Boideia A group that includes modern boas and pythons.

“Modern boas are widespread across the Americas, but their early evolution is poorly understood,” said researchers from the University of Alberta. Professor Michael Caldwell And my colleagues.

“These new and extremely complete fossils add important new information, especially about the evolution of the small burrowing boas known as rubber boas.”

“Traditionally, there has been a lot of discussion about the evolution of small burrowing bores.”

Hibernophis Brighthaupti This suggests that northern and central North America may have been an important base for their development.”

According to the team: Hibernophis Brighthaupti Thanks to its location, the specimen has been remarkably well preserved for tens of millions of years.

“38 million years ago, these particular Hibernophis Brighthaupti “At the time the snakes lived, the Southern Basin-Range volcanic system was incredibly active, emitting huge amounts of volcanic ash,” said Professor Caldwell, lead author of the study.

“The ash settled and helped preserve the remains of the organisms found within the fine sandy mudstone matrix typical of the White River Formation.”

Paleontologists speculate that the animals may have fallen victim to a small flood.

“Geologically speaking, they were preserved in very unusual conditions,” Professor Caldwell said.

“Fossilization is a brutal process. You need exactly the right conditions to preserve something.”

Four discoveries Hibernophis Brighthaupti The curled-up sleeping arrangement also suggests that this may be the oldest evidence of communal hibernation, a behaviour we know today.

“Modern garter snakes are notorious for congregating in the thousands and hibernating together in burrows and holes,” Professor Caldwell said.

“They do this to take advantage of the ball effect created by hibernating animals to conserve heat.”

“It's fascinating to see evidence of this social behavior and hibernation going back 34 million years.”

of study Published in Zoological Journal of the Linnean Society.

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Jasmine A. Croghan othersMorphology and taxonomy of a new fossil snake from the early Rupelian (Oligocene) White River Formation, Wyoming. Zoological Journal of the Linnean SocietyPublished online June 19, 2024; doi: 10.1093/zoolinnean/zlae073

Source: www.sci.news

Ancient snake painting holds record as world’s largest rock art

Animal sculptures carved into rocks along the Orinoco River in South America

Philip Riris et al.

The prehistoric rock carvings of giant snakes along the Orinoco River in South America are some of the largest known rock art in the world, some measuring over 40 metres in length.

The Orinoco is one of the world’s largest rivers, and it flows through Venezuela along the border with Colombia. “There is a fantastic record of rock art along the Orinoco, especially on the Venezuelan side,” he said. Jose Oliver at University College London. “Typically, they are paintings found under rocks.”

He said carvings are common at many open-air sites along the river, but not all of them have been officially recorded.

Oliver and his colleagues have made several visits to the coastal areas on both the Colombian and Venezuelan sides of the river since 2015, trying to get a better picture of the river’s rock carvings.

“It wasn’t hard to find new sites,” a team member said. Philip Lillis Professor at Bournemouth University in the UK. “Every time I turned a corner there was always something new.”

Of the 157 rock art sites the team visited, 13 consisted of carvings over four meters in height. “Anything that size is monumental to us,” Lillis says, “meaning they’re often visible from quite a distance, anywhere from 500 meters to a kilometer away.”

Most of the carvings depict humans, mammals, birds, centipedes, scrolls and geometric shapes, but snakes are one of the largest motifs, the largest measuring 132 feet (42 meters) wide. In indigenous Orinoco mythology, anacondas and boa constrictors are highly revered because they are primordial creator beings, Lillis said.

The prominence of rock art along the river suggests that the ancient carvings may have been territorial markers indicating that a particular group lived there, but not necessarily a warning not to trespass. “The carvings were not exclusionary, but rather may have been an inclusive practice shared between communities,” Lillis says.

Pottery excavated in the area, dated to 2,000 years ago, contains motifs similar to those in the carvings, suggesting that the rock art was created 2,000 years ago as well.

The team hopes to find more of these carvings and glean clues about their origin and purpose — for example, many of them are found close to rock shelters containing burial sites, suggesting a possible connection to ancient funerary practices.

“This is valuable research.” Andres Troncoso “This discovery sheds light on rock art in a little-known part of South America and furthers our knowledge of the region,” said researchers from the University of Chile.

“When Westerners think of rock art, they often think of mammoths, cave lions, and other large mammals that inhabit the Pleistocene cave sites of Western Europe,” he said. Patrick Roberts Commenting on the findings, a researcher from the Max Planck Institute for Geoanthropology in Germany said: “However, the giant snake carving studied in this paper is one of the largest single rock art in the world, and was found in the heart of a lowland tropical environment.”

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Source: www.newscientist.com

There was a gigantic snake that used to inhabit India

A new genus and species of giant mazzoid snake that lived in what is now India about 47 million years ago (early mid-Eocene epoch) has been identified from part of a vertebral column excavated in the Indian state of Gujarat.

Artist’s impression Vasuki Indicus.

with scientific name Vasuki Indicus the new species flourished during a warm geological period when average temperatures were estimated to be 28 degrees Celsius.

the ancient snake Matzoidae an extinct group of primarily Gondwanan land snakes, spanning a time range of approximately 100 million years from the Late Cretaceous to the Late Pleistocene.

Paleontologists Debasjit Dutta and Sunil Bajpayee from the Indian Institute of Technology Roorkee said, “The Mazzoidae existed for about 100 million years, from the Late Cretaceous to the Late Pleistocene, and has a wide geographical range including Africa, Europe, and India.” “They lived in the area,” he said.

Vasuki Indicus “This represents a lineage of large matzoids that originated in the Indian subcontinent and spread through southern Europe to Africa during the Eocene epoch, approximately 56 to 34 million years ago.”

anterior trunk vertebrae Vasuki Indicus. Scale bar – 5 cm. Image credit: D. Datta & S. Bajpai, doi: 10.1038/s41598-024-58377-0.

A series of 27 well-preserved vertebrae from a fully grown animal. Vasuki Indicus It was recovered from the Panandro lignite mine, part of the Naledi Formation in Gujarat, western India.

The vertebrae are 3.75–6.3 cm (1.5–2.5 in) long and 6.24–11.14 cm (2.5–4.4 in) wide, suggesting a broad cylindrical body.

Vasuki Indicus Estimated lengths reach 11–15 m (36–49 ft), making this species the largest known mudsoid snake.

“This is comparable in size to the longest-living snake ever known, an extinct snake.” Titanoboa” said the researchers.

“The large size is Vasuki Indicus It was a slow-moving ambush predator, similar to an anaconda. “

“Biogeographical considerations, taken together with interactions with other Indian and North African madzoids, suggest that: Vasuki Indicus It represents a lineage of relics of Indian origin,” they added.

“The subsequent collision between India and Asia 50 million years ago led to intercontinental dispersal of this lineage from the subcontinent through southern Eurasia and into northern Africa.”

“Recovery of additional material and new species, including larger forms, may provide further insight into the phylogenetics and biogeography of madzoids.”

of study It was published in the magazine scientific report.

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D. Dutta and S. Bajpai. 2024. The largest known mudsoid snake lived in the warm Eocene of India, suggesting dispersal across Gondwana. science officer 14, 8054; doi: 10.1038/s41598-024-58377-0

Source: www.sci.news