It’s possible that I shall make an ass of myself. But in that case one can always get out of it with a little dialectic. I have, of course, so worded my proposition as to be right either way (K.Marx, Letter to F.Engels on the Indian Mutiny)
A rare 'Doomsday fish' was found on Grandview Beach in Encinitas and was spotted by Scripps Oceanography PhD candidate Alison Laferriere. Source: Alison Laferriere/Scripps Institution of Oceanography
For centuries, dark legends have linked the species to natural disasters like earthquakes, leading to it being colloquially referred to as the “doomsday fish”. There has been speculation the deep sea species could be brought to the surface during underwater tremors, although this has not been scientifically proven.
After the first oarfish was discovered in August near San Diego, California, a 4.4-metre magnitude earthquake was detected in Los Angeles, prompting some locals to discuss the superstition.
Legend links oarfish to earthquakes, although there is no scientific evidence linking them to the disasters. Source: Alison Laferriere/Scripps Institution of Oceanography 'Devil wind' theory linked to 'Doomsday' fish death
The latest discovery occurred last week at Grandview Beach in San Diego County. The three-metre-long fish was discovered by a student at Scripps Institution of Oceanography, the institute that analysed the last specimen.
The body was collected and hauled to a research facility, where samples were collected to try and understand more about the fish. While the cause of death is yet to be determined, the Institute has formed two possible theories.
Its marine vertebrate collection manager Ben Frable said, “it may have to do with changes in ocean conditions and increased numbers of oarfish off our coast. Many researchers have suggested this as to why deep-water fish strand on beaches.”
“Sometimes it may be linked to broader shifts such as the El Niño and La Niña cycle but this is not always the case. There was a weak El Niño earlier this year.”
Frable also noted the beaching coincided with the recent red tide, a type of algal bloom that produces toxins that can kill people, marine life and birds.
The coast was also struck by strong, extremely dry Santa Ana winds, also known as "Devil winds" which can cause cold water to rise from below the surface layer of the ocean, and trigger large waves. In popular culture they're rumoured to affect people's moods, and during the hotter months they're known to fuel out-of-control wildfires.
"Many variables could lead to these strandings,” Frable added.
The "mega coral" was discovered off the Three Sisters island group in the Solomon Islands. Source: Steve Spence/National Geographic Pristine Seas
An ancient marine organism has been detected underwater by a research vessel north of Australia. At 34 metres wide, 32 metres long and 5.5 metres high, and with a circumference of 183 metres, the discovery team described it as being as big as two basketball courts or five tennis courts.
Described as a “mega coral” by the discovery team from National Geographic, what’s remarkable about the find is that it is one standalone network of identical polyps, rather than a reef. It’s believed to be the world's largest coral after growing uninterrupted for 300 and 500 years in waters surrounding the Solomon Islands.
There are no records of the giant organism on the island, which has been inhabited by humans since between 28,000 and 30,000 BCE.
An aerial photograph shared by the ship's crew shows the ocean giant compared to their vessel. Others taken underwater show hundreds of fish swimming around it, highlighting its important role as a marine habitat.
Although it appears stationary, coral is an animal. Each polyp has a mouth that opens directly into a stomach, which is surrounded by a circle of tentacles that are used for defence and attacking prey.
Pristine Seas founder Enric Sala said the find was significant and compared it to discovering the world’s tallest tree. “Just when we think there is nothing left to discover on planet Earth, we find a massive coral made of nearly one billion little polyps, pulsing with life and colour,” he said.
While the coral discovery has caused elation, the Pristine Seas crew are concerned about its future. Because of its size and position deep in the ocean the coral appears to be healthy, but other parts of the reef which were closer to the surface were heavily degraded.
This week the IUCN announced 44 per cent of warm-water reef-building corals had now been added to its Red List of species threatened with extinction. Climate change remains the greatest threat to the world’s tropical reefs, and they are projected to decline by 70 to 90 per cent at 1.5 degrees of warming above preindustrial average temperatures. At 2 degrees of warming, 99 per cent will likely be lost. What are the other largest organisms in the world?
Measuring more than 180 square km, the Posidonia australis seagrass meadow in Shark Bay is the largest plant.
At 115.55 metres, the world's tallest tree is the Hyperion, a coastal redwood in California.
The world's largest ever animal is the blue whale, which can grow to 30 metres long and weigh more than 180,000kg.
Following National Geographic’s announcement, Solomon Islands Prime Minister Jeremiah Manele said reefs were important in providing livelihoods for the region. “Our survival depends on healthy coral reefs, so this exciting discovery underlines the importance of protecting and sustaining them for future generations,” he said.
The coral is the summation of millions of identical polyps. Because it has lived for generations, the researchers believe it could hold important genetic information that could be key to coral survival during periods of climate change.
Bristol Zoo Keepers 'Baffled' By 'Mysterious Winged And Horned Creature' Caught On Camera
Amy Glover Wed 23 October 2024
Bristol Zoological Society
’Tis the season for all things spooky ― and apparently, some keepers at the Bristol Zoo Project (run by the Bristol Zoological Society) have come across some suitably eerie footage.
A still image from night vision cameras that monitor the Zoo’s Bear Wood habitat “has us just a little stumped,” the Project’s Facebook Post reads.
The image comes from camera traps used by Bristol Zoological Society’s conservation team “to survey and monitor species of all sizes that inhabit Bear Wood’s 7.5 acres of ancient woodland.”
In a press release, Rosie Sims, Public Engagement Manager at Bristol Zoo Project, said: “The sighting of this mythical-like creature is a mystery to us here at Bristol Zoo Project.”
“Scotland has the Loch Ness monster and Cornwall has the Beast of Bodmin Moor – have we discovered a similar mythical here in Bristol perhaps?”
HuffPost UK asked the British Zoological Society whether they had a nickname for the animal, to which a spokesperson replied: “We haven’t actually got an in-house nickname for it yet, at the moment we are just referring to it as a ‘mysterious creature.’” People had *thoughts* online
The Facebook post shared by the Bristol Zoo Project compared the night-time image to a daytime snap of a very, very similar-looking Muntjac deer.
Reddit member u/shellac, who’s part of the r/bristol subreddit, wrote into the forum to say: “It’s a Muntjac deer. I’m not an expert and even I can see that.”
The zoo’s press release says, “After reviewing the images they say the creature appears to have four legs and is like nothing [the conservation team] have spotted before.”
But a Facebook user wrote, “I realise this is a single frame, but what you call ‘wings’ looks a lot like the back of the deer’s head as it has turned to look over its back. I would expect more blurring if it were a single frame.”
Still, others have different thoughts: one Facebook user commented, “It’s obviously an infant Unicorn Pegasus,” while another said: “It is a twin birth gone awry.
“One twin did not develop separately. This sometimes happens in cattle and extra legs or two heads appear on one calf.” It coincides with the zoo’s (genuinely exciting-sounding) Halloween trail
“The sightings come just before the launch of the zoo’s ‘Howl-oween: Myths and Legends trail’, which will give visitors the opportunity to see giraffes, lemurs, cheetah, wolves and wolverines, as well as potentially spot the mythical creature,” the press release reads.
“It will also include myth-busting talks, an interactive animal artefact experience in the Lodge of Legends, as well as the chance for visitors to create their own mythical creature in the Cauldron of Creation.”
The Bristol Zoological Society aim to tackle the genuinely scary issue of animal endangerment, sharing that “78% of the animals we care for are both threatened and part of targeted conservation programmes.”
“Our aim is for this to rise to 90% of species by 2035.”
Nessie hunters who have been searching the loch for the mythical beast say they have made a "significant finding" on its latest cruise.
The Loch Ness Centre has been probing the dark waters of the loch from its Deepscan cruise - which employs advanced radar technology to search the depths. Earlier this month, the radar system recorded a sizeable reading which has sparked speculation among researchers.
The radar system, specifically designed to detect underwater objects and formations, identified a "distinct anomaly" in the loch on Thursday 3rd October. While the exact nature of these readings remains under investigation, the Loch Ness Centre's analysis suggests they could represent substantial underwater presences or potentially large aquatic creatures inhabiting the loch, with the reading indicating there was a disturbance on the loch bed.
Nagina Ishaq, General Manager of The Loch Ness Centre, said: "These radar readings have raised many questions about what lurks in the depths of Loch Ness. Our Deepscan cruise has consistently aimed to deepen our understanding of the loch's ecosystem, and this finding shows that there are still many unknows about the loch.
The Loch Ness Centre has been probing the dark waters of the loch from its Deepscan cruise -Credit:No credit
"We are currently working with Loch Ness researchers to conduct further analysis of these readings which hopefully mark a major milestone in the search for Nessie."
The Deepscan cruise uses cutting-edge technology to investigate the unique underwater environment of Loch Ness.
With the use of sonar and radar systems, a hydrophone and most recently a state-of-the-art holographic camera, Deepscan has been able to provide some of the most detailed picture of the loch to date.
Friday, October 04, 2024
CRYPTOZOOLOGY
I found Loch Ness monster on ship’s sonar, claims captain
By Mark Macaskill Daily Telegraph UK· 4 Oct, 2024
Sloggie claims the image picked up on his sensors resembles a plesiosaur at the bottom of Loch Ness.
A captain has claimed he found the Loch Ness monster using the sonar system on his boat.
Shaun Sloggie, 30, was preparing his Spirit of Loch Ness pleasure boat to sail last month when a large object was spotted on the vessel’s underwater sensors.
The outline, which was detected nearly 100m beneath the surface of the Highland loch, bears an eerie resemblance to a plesiosaur, which many have speculated could be the reptile group the fabled Loch Ness Monster belongs to.
The footage has reignited speculation that Nessie, the creature alleged to inhabit the large body of water near Inverness, might really exist.
“It was bigger than anything else I’ve ever seen. We’ve seen all sorts of fish that shouldn’t be here, but this? This was different. You should have felt the chills on the boat.”
Speaking to the Daily Mail, he added: “I’ve worked here for nine years and never seen anything like it.
“And sonar doesn’t lie, the boat hasn’t been on five whisky distillery tours before going out on the loch, it’s just doing its job.” Object remained visible for two to three minutes
Sloggie, who works for Cruise Loch Ness, said the object remained visible for two to three minutes and that he and maritime pilot Liam McKenzie, 29, were able to take a screenshot before it disappeared from the dashboard.
He said it appeared in different colours, which are thought to indicate pockets of air and heat signatures suggesting the object was alive.
A previous sonar image captured on Loch Ness in 2020 was said to be the most “compelling” evidence yet of the existence of Nessie.
Sloggie said the previous image was believed to show a creature “eight to 10 metres long and one metre wide” but speculated that the new object was “a lot bigger than that”.
The image was captured while the boat was close to the mouth of the loch, which Sloggie said was the ideal location for a large predator to catch salmon and other fish going in and out.
“There are fish in the loch that shouldn’t be here. There are prehistoric creatures living in the loch and unknown codes of DNA, so there is room for mystery,” he said.
“This could change the angle of science on the loch. But how do you find out what it is? I’ve always known there’s something there. What it is, is a mystery. But it definitely springs open people’s imaginations. It’s not just about tourism, there’s real science in studying the loch.”
With a depth of almost 243m and a length of about 38km, Loch Ness has the largest volume of freshwater in Great Britain. It is thought to be about 10,000 years old and was formed at the end of the last Great Ice Age.
An official register of sightings has now logged 1157 reports – including webcam images – from records and other evidence stretching back through the centuries.
On May 2, 1933, the Inverness Courier carried a story about a local couple who claimed to have seen “an enormous animal rolling and plunging on the surface”.
Another famous claimed sighting is a photograph taken in 1934 by Colonel Robert Kenneth Wilson.
It was later exposed as a hoax by one of the participants, Chris Spurling, who, on his deathbed, revealed that the pictures were staged.
Other sightings include James Gray’s picture from 2001 when he and his friend Peter Levings were out fishing on the loch, while namesake Hugh Gray’s blurred photo of what appears to be a large sea creature was published in the Daily Express in 1933.
Tuesday, September 24, 2024
CRYPTOZOOLOGY
Archaeologists Uncovered a Painting That May Prove the Existence of a Mysterious Creature
Tim Newcomb Tue, September 24, 2024
African Rock Art Depicts Ancient Horned ReptileTim Boyle - Getty Images
Archaeologists discovered a rock painting of an animal from at least 200 years ago in South Africa that may match with fossils found in the area.
The art depicts a horned serpent that may be a now-extinct creature called a dicynodont.
Pairing the art with fossil finds and long-standing legends from the San people has scientists eager to discern if the horned serpent’s existence was a reality instead of merely legend.
There’s something intriguing, even frightening, about the image of an ancient horned serpent roaming across the land. Thanks to some suggestive fossils and legends of old, talk of such a creature isn’t a new concept. But the recent discovery of 200-year-old rock paintings found in South Africa now has scientists hypothesizing that this ancient creature may have been far more than just a legend.
The first formal scientific descriptions of this horned serpent—a supposed member of the dicynodont group—appeared in 1845. Considering the abundance of dicynodont fossils found in the Karoo Basin in South Africa, some have pondered whether this long-thought mythical horned serpent is rooted in reality. The discovery of rock art dated to between 1821 and 1835 adds even more credence to the legend, as the painting is older than the first formal reference to the dicynodont. If we’re lucky, it could provide further clues as to just how intertwined this horned serpent was with South Africa’s indigenous San culture.
In a study published in the journal PLOS ONE, Julien Benoit from the University of the Witwatersrand confirmed that the rock art from the early 1800s depicts a tusked animal, and that it sits alongside tetrapod fossils in the immediate vicinity. “Altogether,” the Benoit wrote, “they suggest a case of indigenous paleontology.”
Still, it will need to take more than a 200-year-old painting to match a smattering of unknown fossils to a long-extinct creature unlike anything seen in the area today. “The ethnographic, archaeological, and paleontological evidence are consistent with the hypothesis that the Horned Serpent panel could possibly depict a dicynodont,” Benoit wrote in the study. He added that the downward orientation of the tusks, which doesn’t match any African animal (but does match dicynodonts), the abundance of fossils in the area, and the belief held by the San of the existence of this long-extinct large animal further support the theory.
“Of course, at this point it is speculative,” said Benoit, according to IFL Science, “but the tusked animal on the Horned Serpent panel was likely painted as a rain-animal, which means it was probably involved [in] rain-making ceremonies.” These ceremonies often evoked known extinct animals to help the people encourage the gods to send rain.
The San were known to have a robust mix of animals belonging to their ‘spirit world,’ but Benoit said that these animals were generally inspired by reality—even if extinct. Coupled with the San’s interest in fossils, Benoit believes a fossil discovery could have led the San to recreate the horned serpent, using a long-held legend in which their ancestors described the creatures as “great monstrous brutes, exceeding the elephant or hippopotamus in bulk” as the template.
There’s plenty of leaps from legend to scientific grounding that may be too large for a fabled horned serpent to make. But after further studies, the 200-year-old paintings could spin a different tale.
Monday, July 22, 2024
CRYPTOZOOLOGY
21 species once presumed lost to science, including a giant millipede last seen more than a century ago, rediscovered in Madagascar
Up to 21 species presumed lost to science, have been rediscovered in Madagascar, an island nation in eastern Africa.
The list includes three translucent fish species and a millipede unseen for 126 years, though known locally in Madagascar.
The expedition to Makira, Madagascar’s largest and most pristine forest, was part of Re:wild’s Search for Lost Species. It brought together teams from Antananarivo University, the American Bird Conservancy, The Peregrine Fund, the Wildlife Conservation Society, the Biodiversity Inventory for Conservation (BINCO) and local guides.
It marked the first multi-taxa effort by the initiative, targeting mammals, fish, birds, reptiles, amphibians, and invertebrates missing from scientific records for over a decade but are not assessed as extinct by the IUCN Red List of Threatened Species. The team of over 30 scientists explored Makira for weeks in September 2023, followed by months of analysis.
Setting up a light trap in Makira to survey invertebrates at night during a lost species expedition in September 2023. (Photo by Merlijn Jocque)
“In the past, the Search for Lost Species has primarily looked for one or two species on each expedition, but there are now 4,300 species that we know of around the world that have not been documented in a decade or more,” said Christina Biggs, Lost Species officer for Re:wild, whose eDNA work during the expedition detected 37 additional vertebrate species that the taxonomic experts didn’t sight.
“Madagascar is a biodiversity hotspot and Makira is an underexplored area within the country, so we decided to pilot a new model for lost species searches there. We convened a group of scientists to search for as many species as possible, and it proved successful.”
The expedition team initially had a list of 30 lost species they hoped to find in Makira. The species on the list included three mammals, three fish, seven reptiles, 12 insects and five spiders. With the help of local guides and fishers, the team found the three fish species on the list: the Makira rainbow fish (Bedotia alveyi), lost since 2003, Rheocles sp., lost since 2006, and Ptychochromis makira, lost since 2003. It proved to be much more difficult than biologists anticipated to find the lost fishes.
Rheocles sp., lost since 2006
Ptychochromis makira, lost since 2003
“When we didn’t find anything during the first five days of the expedition it was very frustrating,” said Tsilavina Ravelomanana, a fish biologist at Antananarivo University, who had been to Makira 20 years earlier to survey freshwater fish. “We sampled a small tributary of the Antainambalana River, then the main river, then upstream and then downstream, but we still didn’t find any fish. We changed our strategy and sent our local guides on a two-to-three-day hike away from our base camp to interview local fishermen.” How it happened
“We had already gotten two species, but we still needed to find one more,” said Fetra Andriambelomanana, a fish biologist at Antananarivo University. “The guides told us that they thought the best place to find it would be in an area on our hike back out of the forest. They left ahead of us and we made plans to meet them when we left Makira.”
The guides were able to find Ptychoromis makira, which biologists think may only live in one small area near Andaparaty, and is a rare species—even to local communities.
Makira proved to be home to several lost species of insects including bugs and some that were not even on the initial list of lost species for the area. Entomologists found two different species of ant-like flower beetles that had been lost to science since 1958. However, the most unexpected rediscovered lost species was a giant, dark brown millipede.
“I personally was most surprised and pleased by the fact that the giant millipede Spirostreptus sculptus, not uncommon in Makira Forest, appeared to be another lost species known only from the type specimen described in 1897,” said Dmitry Telnov, an entomologist with BINCO on the expedition team. “The longest specimen of this species we observed in Makira was a really gigantic female measuring 27.5 centimeters [10.8 inches] long.”
The giant millipede not uncommon in Makira Forest
The expedition team also found a variety of spider species in Makira, including five jumping spiders that were lost to science and 17 spiders that are new to science. The longest-lost spider was the jumping spider Tomocyrba decollata, which had not had a documented sighting since 1900 when it was first described by science.
The most unexpected discovery was a new species of zebra spider. Zebra spiders were not thought to live in the rainforests of Madagascar before the expedition to Makira. One evening a hanging egg sac in the entrance of a small cave caught the eye of one of the team members.
“I immediately recognized them as something special,” said Brogan Pett, director of the SpiDiverse working group at BINCO and doctoral candidate at the University of Exeter. “Pendulous egg sacs is one of the characteristics of the family of zebra spiders this new species belongs to. I crawled a short way inside the cave and saw a few adult spiders guarding egg sacs—they were quite large spiders and it was remarkable that they had gone unrecognized for so long.”
New species of spider Madagascarchaea sp. discovered during Makira expedition (Photo by John C. Mittermeier/American Bird Conservancy)
Although the expedition found nearly two dozen lost species, there were several that the expedition team was unable to find including the Masoala fork-marked lemur; a large chameleon, Calumma vatososa, named after Malagasy ‘vato’ or stone and ‘soa’ or beautiful; and the recently rediscovered dusky tetraka. The lemur has not had a documented sighting since 2004 and the chameleon since 2006.
As a result of this expedition, local scientists were able to clarify the uncertain taxonomic status of the Ellerman’s tuft-tailed rat and the Malagasy slit-faced bat, allowing them to be removed from the list of more than 4,300 lost species maintained by Re:wild and the IUCN Species Survival Commission.
The dusky tetraka was rediscovered by the Search for Lost Birds in Madagascar in December 2022 and January 2023 in two different locations in Andapa and Masoala. Makira is between Andapa and Masoala and ornithologists were hoping to determine if the species also lives in Makira. They were unable to find any of the cryptic olive and yellow birds during the expedition, but they are not ready to rule out the forest as a habitat for the species yet.
“The Makira Forest has the potential for two rare bird species, the dusky tetraka and the Madagascar serpent eagle, but we were not able to find them this time,” said Lily Arison Rene de Roland, Madagascar program director for the Peregrine Fund. “I was surprised by the abundance of white-browed owls. In general, this species is very localized and not very abundant, but it was very common in Makira.”
White-browed owl
Scientists reflect on the expedition’s impact
Jeconius Musingwire, an environmental scientist and former scientist with Uganda’s national environmental watchdog NEMA, described the rediscovery of these species as “significant to the whole world.” He urged African governments to investigate how these species were able to thrive in Madagascar, so they can apply “similar conservation techniques” in their own countries.
Cosmo LeBreton from the University of Oxford, The RIDGES Foundation, described the Makira expedition as a pivotal moment in biodiversity research, emphasizing its profound impact in global hotspots such as Madagascar. He believes, “this expedition is an extremely important example of the impact that output-driven research expeditions can generate in global hotspots for biodiversity.”
Similarly, Julie Linchant of WCS Madagascar underscores the expedition’s crucial role in uncovering Makira’s rich biodiversity. She notes that “it’s important to continue researching the biodiversity of Makira because although it is one of the largest rainforests in the country, we still have relatively little idea which species occur.”
A waterfall in Makira Natural Park. Steep waterfalls in Makira made searching for freshwater fish species more difficult. (Photo by Tahiry Langrand)
Dr. Abbas Mugisha, a lecturer at Kabale University in Uganda, suggested that more lost species “could still be living in various forests across Africa.” He cited the example of the Congo rainforest and advocated for additional expeditions to rediscover more lost species in Africa.
Reflecting on the survey, James Rafanoharana from WCS Madagascar says “It was the first time a herpetology survey was done at that low altitude and it was surprisingly diverse—although we mostly found common species.”
Armannd Benjara, who oversees the Complexe Tsimembo Manabolomaty Protected Area for The Peregrine Fund, expressed optimism about discovering the dusky tetraka in Makira’s varied habitats, stating that, “given the forest microhabitats we observed in Sahamatreha, I hope we can find the dusky tetraka in the Makira Forest.”
Angelinah Rene de Roland, a herpetologist also from The Peregrine Fund, marvelled at Makira’s lush forests and diverse ecosystems and said, “The expedition in general was amazing; the Makira Forest is very humid even during the dry season.”
Discussing the dusky tetraka, John C. Mittermeier, who leads the search for lost birds at the American Bird Conservancy, emphasizes its mystery, stating that, “the dusky tetraka is a really enigmatic species.”
Detailed list of rediscovered species
Since they came back, the expedition team has unveiled a collection of rediscovered species, each with its own story of disappearing and coming back again.
Among these finds are the Spirostreptus sculptus, (a giant millipede) last documented in 1897, and the Tomocyrba decollata Simon, (a jumping spider) not seen since 1900. Adding to the roster are the Echinussa vibrabunda (spider), absent from records since 1901, and the Tetragonoderus tomasinae (beetle), which vanished in 1931. Also rediscovered were the Sapintus acuminatus and Sapintus mediodilatatus (ant-like flower beetles), both unseen since 1958.
The expedition further uncovered the Pandisus sp. (spider), missing since 1968, and the Myrmarachne eumenes (jumping spider), last observed in 1978. Others include the Makira rainbow fish (Bedotia alveyi), Ptychochromis makira, and Rheocles sp., all absent from scientific records for over a decade. Additional notable finds include the (Kaliella crandalli) snail, last recorded in 2010, the Oxypristis conspicuous (leaf-footed bug), missing since 1996, and the Zetophloeus pugionatus (straight-snouted weevil), last seen in 2010. Rounding out the list are the Cenoscelis cistelina (darkling beetle), missing since 2011, and the Tamatasida tuberculosa tuberculosa (darkling beetle), last documented in 1949.
New study finds dinosaur fossils did not inspire the mythological griffin
UNIVERSITY OF PORTSMOUTH
A popular and widely-promoted claim that dinosaur fossils inspired the legend of the griffin, the mythological creature with a raptorial bird head and wings on a lion body, has been challenged in a new study.
The specific link between dinosaur fossils and griffin mythology was proposed over 30 years ago in a series of papers and books written by folklorist Adrienne Mayor. These started with the 1989 Cryptozoology paper entitled ‘Paleocryptozoology: a call for collaboration between classicists and cryptozoologists’, and was cemented in the seminal 2000 book ‘The First Fossil Hunters. The idea became a staple of books, documentaries and museum exhibits.
It suggests that an early horned dinosaur of Mongolia and China, Protoceratops, was discovered by ancient nomads prospecting for gold in Central Asia. Tales of Protoceratops bones then travelled southwest on trade routes to inspire, or at least influence, stories and art of the griffin.
Griffins are some of the oldest mythological creatures, first appearing in Egyptian and Middle Eastern art during the 4th millennium BC, before becoming popular in ancient Greece during the 8th century BC.
Protoceratops was a small (around 2 metres long) dinosaur that lived in Mongolia and northern China during the Cretaceous period (75-71 million years ago). They belong to the horned dinosaur group, making it a relative of Triceratops, although they actually lack facial horns. Like griffins, Protoceratops stood on four legs, had beaks, and had frill-like extensions of their skulls that, it’s been argued, could be interpreted as wings.
In the first detailed assessment of the claims, study authors Dr Mark Witton and Richard Hing, palaeontologists at the University of Portsmouth, re-evaluated historical fossil records, the distribution and nature of Protoceratops fossils, and classical sources linking the griffin with the Protoceratops, consulting with historians and archeologists to fully understand the conventional, non-fossil based view of griffin origins. Ultimately, they found that none of the arguments withstood scrutiny.
Ideas that Protoceratops would be discovered by nomads prospecting for gold, for instance, are unlikely when Protoceratops fossils occur hundreds of kilometres away from ancient gold sites. In the century since Protoceratops was discovered, no gold has been reported alongside them. It also seems doubtful that nomads would have seen much of Protoceratops skeletons, even if they prospected for gold where their fossils occur.
“There is an assumption that dinosaur skeletons are discovered half-exposed, lying around almost like the remains of recently-deceased animals,” said Dr Witton. “But generally speaking, just a fraction of an eroding dinosaur skeleton will be visible to the naked eye, unnoticed to all except for sharp-eyed fossil hunters.
“That’s almost certainly how ancient peoples wandering around Mongolia encountered Protoceratops. If they wanted to see more, as they’d need to if they were forming myths about these animals, they’d have to extract the fossil from the surrounding rock. That is no small task, even with modern tools, glues, protective wrapping and preparatory techniques. It seems more probable that Protoceratops remains, by and large, went unnoticed — if the gold prospectors were even there to see them.”
Similarly, the geographic spread of griffin art through history does not align with the scenario of griffin lore beginning with Central Asian fossils and then spreading west. There are also no unambiguous references to Protoceratops fossils in ancient literature.
Protoceratops is only griffin-like in being a four-limbed animal with a beak. There are no details in griffin art suggesting that their fossils were referenced but, conversely, many griffins were clearly composed from features of living cats and birds.
Dr Witton added: “Everything about griffin origins is consistent with their traditional interpretation as imaginary beasts, just as their appearance is entirely explained by them being chimaras of big cats and raptorial birds. Invoking a role for dinosaurs in griffin lore, especially species from distant lands like Protoceratops, not only introduces unnecessary complexity and inconsistencies to their origins, but also relies on interpretations and proposals that don’t withstand scrutiny.”
The authors are keen to stress that there is excellent evidence of fossils being culturally important throughout human history, and innumerable instances of fossils inspiring folklore around the world, referred to as ‘geomyths’.
Richard Hing said: “It is important to distinguish between fossil folklore with a factual basis — that is, connections between fossils and myth evidenced by archaeological discoveries or compelling references in literature and artwork — and speculated connections based on intuition.
“There is nothing inherently wrong with the idea that ancient peoples found dinosaur bones and incorporated them into their mythology, but we need to root such proposals in realities of history, geography and palaeontology. Otherwise, they are just speculation.”
Dr Witton added: “Not all mythological creatures demand explanations through fossils. Some of the most popular geomyths — Protoceratops and griffins, fossil elephants and cyclopes, and dragons and dinosaurs — have no evidential basis and are entirely speculative. We promote these stories because they’re exciting and seem intuitively plausible, but doing so ignores our growing knowledge of fossil geomyths grounded in fact and evidence. These are just as interesting as their conjectural counterparts, and probably deserve more attention than entirely speculated geomythological scenarios.”
The study is published in Interdisciplinary Science Reviews.
Comparisons between the skeleton of Protoceratops and ancient griffin art. The griffins are all very obviously based on big cats, from their musculature and long, flexible tails to the manes (indicated by coiled “hair” on the neck), and birds, and differ from Protoceratops in virtually all measures of proportion and form. Image compiled from illustrations in Witton and Hing (2024).
CREDIT
Dr Mark Witton
JOURNAL
Interdisciplinary Science Reviews
METHOD OF RESEARCH
Literature review
SUBJECT OF RESEARCH
Not applicable
ARTICLE TITLE
‘Did the horned dinosaur Protoceratops inspire the griffin?’
ARTICLE PUBLICATION DATE
21-Jun-2024
Scientists reveal new species of horned
dinosaur that roamed northern U.S.
An artist's impression of Lokiceratops as it would have appeared in swamps of northern Montana 78 million years ago, complete with two Probrachylophosaurus moving past in the background.
June 20 (UPI) -- American scientists announced Thursday the discovery of a new species of horned dinosaur which at 11,000 pounds and 22 feet long is the largest centrosaurine ever found in North America and roamed the swamps of what is now the badlands of Montana in the late Cretaceous period 78 million years ago.
The new dinosaur was identified and subsequently christened Lokiceratops rangiformis by Colorado State University affiliate faculty member Joseph Sertich and Utah University Professor Mark Loewen due to an ostentatious set of curving blade-like horns on the rear of its "frill" and an asymmetrical horn that bear comparison with the antlers of caribou, Colorado State University said in a news release.
The find, detailed in a peer-reviewed study published in the scientific journal PeerJ, is named for Loki, a mythological human-like Norse god with horns and its Triceratops descendant and translates, approximately, to "Loki's horned face that looks like a caribou."
"The dinosaur now has a permanent home in Denmark, so we went with a Norse god, and in the end, doesn't it just really look like Loki with the curving blades?" said Loewen, co-author and paleontologist at the Natural History Museum of Utah in Salt Lake City.
Speaking as a replica was put on display to the public at the museum, co-author and Smithsonian Tropical Research Institute paleontologist Sertich said: "It's one of those stories with a happy ending, where it didn't go to somebody's mansion. It ended up in a museum, where it will be preserved forever so people can study it and enjoy visiting it."
The original is on permanent display at the Museum of Evolution on the Danish island of Lolland, south of Copenhagen, Denmark, to which both men are scientific consultants.
Sertich and Loewen reconstructed the head and frill/horns array from dinner plate-sized and smaller-sized bone fragments found in 2019 in northern Montana, just south of the Canadian border
Once they had pieced the skull together they realized they had a new dinosaur species, the largest ever North American find from a group of horned dinosaurs called centrosaurines.
It has the largest frill horns ever seen on a horned dinosaur but does not have the nose horn common to most centrosaurines.
"This new dinosaur pushes the envelope on bizarre ceratopsian headgear, sporting the largest frill horns ever seen in a ceratopsian," said Sertich.
"These skull ornaments are one of the keys to unlocking horned dinosaur diversity and demonstrate that evolutionary selection for showy displays contributed to the dizzying richness of Cretaceous ecosystems."
However, as formidable as its appearance makes it seem Lokicertatops' elaborate headgear had everything to do with showing off and nothing to do with predation as it was, like Triceraptops, a harmless plant eater.
Comparing dinosaur horns to feathers on birds, Sertich noted how they have evolved distinct colors and patterns to differentiate the species to which they belong from other similar bird species.
"We think that the horns on these dinosaurs were analogous to what birds are doing with displays. They're using them either for mate selection or species recognition," he said.
Lokiceratops was excavated from the same rock layer as four other dinosaur species suggesting all five were alive 78 million years ago in the swamps and coastal plains along the eastern shore of a then-sea down the middle of the continent, three of which were closely related but only found in that region.
"It's unheard-of diversity to find five living together, similar to what you would see on the plains of East Africa today with different horned ungulates," Sertich said.
The discovery of Loki is evidence these three species appeared within a relatively short period but were geographically limited to this distinct locale -- a process often seen among birds on islands or otherwise isolated habitats -- unlike the wide range of mammals, such as elk, now found all across the western United States.
However, these regional differences had been ironed out by the end of the Cretaceous era, leaving just two species of horned dinosaurs from Canada to Mexico which Sertich postulated could have been due to regional differences in climatic conditions being replaced with a homogenous climate.
The end of the Cretaceous period spelled the end for the horned dinosaurs, and indeed the dinosaur era itself, with the Chicxulub impactor when a 7-mile-wide asteroid slammed into the north coast of what is now Mexico's Yucatan Peninsula at 45,000 miles-per-hour.
The study offers both the most comprehensive genealogy of horned dinosaurs and demonstrates that there was far greater diversity among the dinosaurs than previously understood.
"Lokiceratops helps us understand that we only are scratching the surface when it comes to the diversity and relationships within the family tree of horned dinosaurs," said Loewen.
Ancient marvel Lokiceratops’ ornate horns point to evolutionary insights
COLORADO STATE UNIVERSITY
What do you get when you cross Norse mythology with a 78-million-year-old ancestor to the Triceratops? Answer: Lokiceratops rangiformis, a plant-eating dinosaur with a very fancy set of horns.
The new dinosaur was identified and named by Colorado State University affiliate faculty member Joseph Sertich and University of Utah Professor Mark Loewen. The dinosaur’s name, announced today in the scientific journal PeerJ, translates roughly to “Loki’s horned face that looks like a caribou.”
Loewen and Sertich, co-lead authors of the PeerJ study, dubbed the new species Lokiceratops (lo-Kee-sare-a-tops) rangiformis (ran-É¡i-FOHR-mees) because of the unusual, curving blade-like horns on the back of its frill – the shield of bone at the back of the skull – and the asymmetrical horns at the peak of the frill, reminiscent of caribou antlers.
“The dinosaur now has a permanent home in Denmark, so we went with a Norse god, and in the end, doesn't it just really look like Loki with the curving blades?” Loewen said, referring to the trickster god’s weapon of choice.
Loewen, a paleontologist at the Natural History Museum of Utah, and Sertich, a paleontologist with the Smithsonian Tropical Research Institute, are both scientific consultants for the Museum of Evolution in Denmark, Lokiceratops’ new home.
"It's one of those stories with a happy ending, where it didn't go to somebody's mansion," Sertich said. “It ended up in a museum, where it will be preserved forever so people can study it and enjoy visiting it.”
New dinosaur discovery
Lokiceratops was discovered in 2019 in the badlands of northern Montana, two miles (3.2 kilometers) south of the U.S.-Canada border. Sertich and Loewen helped reconstruct the dinosaur from fragments the size of dinner plates and smaller. Once they had pieced the skull together, they realized the specimen was a new type of dinosaur.
Estimated to be 22 feet (6.7 meters) long and weigh 11,000 pounds (5 metric tonnes), Lokiceratops is the largest dinosaur from the group of horned dinosaurs called centrosaurines ever found in North America. It has the largest frill horns ever seen on a horned dinosaur and lacks the nose horn that is characteristic among its kin.
“This new dinosaur pushes the envelope on bizarre ceratopsian headgear, sporting the largest frill horns ever seen in a ceratopsian,” Sertich said in a press release announcing the dinosaur’s unveiling at the Natural History Museum of Utah, where a replica is displayed. “These skull ornaments are one of the keys to unlocking horned dinosaur diversity and demonstrate that evolutionary selection for showy displays contributed to the dizzying richness of Cretaceous ecosystems.”
Sertich likened dinosaur horns to feathers on birds. Birds use feather colors and patterns to differentiate their own species among other, similar species of birds.
"We think that the horns on these dinosaurs were analogous to what birds are doing with displays,” Sertich said. “They're using them either for mate selection or species recognition.”
What Loki’s horns tell us about dinosaurs
Lokiceratops was excavated from the same rock layer as four other dinosaur species, indicating that five different dinosaurs lived side by side 78 million years ago in the swamps and coastal plains along the eastern shore of Laramidia, the western landmass of North America created when a seaway divided the continent. Three of these species were closely related but not found outside the region.
"It's unheard-of diversity to find five living together, similar to what you would see on the plains of East Africa today with different horned ungulates,” Sertich said.
Unlike the broad range of large wild mammals that roam the U.S. West today, such as elk, these ancient animals were geographically limited, he added. Loki’s discovery provides evidence that these species evolved rapidly within a small area, a process sometimes seen in birds.
By the time Triceratops came onto the scene 12 million years later, regional differences had been homogenized into just two species of horned dinosaurs from Canada to Mexico – possibly in response to a more homogenous climate, Sertich said.
The study shows that dinosaur diversity has been underestimated and presents the most complete family tree of horned dinosaurs to date.
"Lokiceratops helps us understand that we only are scratching the surface when it comes to the diversity and relationships within the family tree of horned dinosaurs," Loewen said.
The skull of Lokiceratops rangiformis, mounted and on exhibit at the Museum of Evolution in Maribo, Denmark.
Lokiceratops rangiformis gen. et sp. nov. (Ceratopsidae: Centrosaurinae) from the Campanian Judith River Formation of Montana reveals rapid regional radiations and extreme endemism within centrosaurine dinosaurs
ARTICLE PUBLICATION DATE
20-Jun-2024
New, giant horned dinosaur discovered in the ancient swamps of Montana
Lokiceratops rangiformis is among the largest and most ornate horned dinosaur ever found, with two huge blade-like horns on the back of its frill.
UNIVERSITY OF UTAH
A remarkable, new species of horned, plant-eating dinosaur is being unveiled at the Natural History Museum of Utah. The dinosaur, excavated from the badlands of northern Montana just a few miles from the USA-Canada border, is among the largest and most ornate ever found, with two huge blade-like horns on the back of its frill. The distinctive horn pattern inspired its name, Lokiceratops rangiformis, meaning “Loki’s horned face that looks like a caribou.” The new species was announced today in the scientific journal PeerJ.
More than 78 million years ago, Lokiceratops inhabited the swamps and floodplains along the eastern shore of Laramidia. This island continent represents what is now the western part of North America created when a great seaway divided the continent around 100 million years ago. Mountain building and dramatic changes in climate and sea level have since altered the hothouse world of Laramidia where Lokiceratops and other dinosaurs thrived. The behemoth is a member of the horned dinosaurs called ceratopsids, a group that evolved around 92 million years ago during the Late Cretaceous, diversified into a myriad of fantastically ornamented species, and survived until the end of the time of dinosaurs. Lokiceratops (lo-Kee-sare-a-tops) rangiformis (ran-É¡i-FOHR-mees) possesses several unique features, among them are the absence of a nose horn, huge, curving blade-like horns on the back of the frill—the largest ever found on a horned dinosaur—and a distinct, asymmetric spike in the middle of the frill.
Lokiceratops rangiformis appeared at least 12 million years earlier than its famous cousin Triceratops and was the largest horned dinosaur of its time. The name Lokiceratops translates as “Loki’s horned face” honoring the blade-wielding Norse god Loki. The second name, rangiformis,refers to the differing horn lengths on each side of the frill, similar to the asymmetric antlers of caribou and reindeer.
“This new dinosaur pushes the envelope on bizarre ceratopsian headgear, sporting the largest frill horns ever seen in a ceratopsian,” said Joseph Sertich, a paleontologist with the Smithsonian Tropical Research Institute and Colorado State University, and co-leader of the study. “These skull ornaments are one of the keys to unlocking horned dinosaur diversity and demonstrate that evolutionary selection for showy displays contributed to the dizzying richness of Cretaceous ecosystems.”
Lokiceratops rangiformis is the fourth centrosaurine, and fifth horned dinosaur overall, identified from this single assemblage. While ceratopsian ancestors were widespread across the northern hemisphere throughout the Cretaceous period, their isolation on Laramidia led to the evolution of huge body sizes, and most characteristically, distinctive patterns of horns above their eyes and noses, on their cheeks and along the edges of their elongated head frills. Fossils recovered from this region suggest horned dinosaurs were living and evolving in a small geographic area—a high level of endemism that implies dinosaur diversity is underestimated.
“Previously, paleontologists thought a maximum of two species of horned dinosaurs could coexist at the same place and time. Incredibly, we have identified five living together at the same time,” said co-lead author Mark Loewen, paleontologist at the Natural History Museum of Utah and professor in the Department of Geology & Geophysics at the University of Utah. “The skull of Lokiceratops rangiformis is dramatically different from the other four animals it lived alongside.”
Horned dinosaurs were more diverse than previously thought, and some groups had relatively small distributions across the island landmass of Laramidia during the Late Cretaceous
Scientists have argued about the patterns of evolution within the group of horned dinosaurs over the years. “We now recognize over 30 species of centrosaurines within the greater group of horned dinosaurs, with more like Lokiceratopsbeing described every year,” said co-author Andrew Farke from the Raymond M. Alf Museum of Paleontology. This study shows that centrosaurine ceratopsid species and clades were confined to small geographic areas. “The endemism present in centrosaurines is greater than in any other group of dinosaurs,” said undergraduate University of Utah student and co-author Savhannah Carpenter. “Rapid evolution may have led to the 100- to 200-thousand-year turnover of individual species of these horned dinosaurs,” said Loewen. This rapid evolution is most consistent with sexual selection acting upon these animals. “Sexual selection acting on the genes responsible for the horns of the frill would produce modifications to cis-regulatory elements that would express differences in the size and shape of individual frill horns producing the variations in patterns we see in these animals,” said coauthor Jingmai O’Connor of the Field Museum in Chicago.
Reconstruction of Lokiceratops surprised by a crocodilian in the 78-million-year-old swamps of northern Montana, USA.
Lokiceratops rangiformis gen. et sp. nov. (Ceratopsidae: Centrosaurinae) from the Campanian Judith River Formation of Montana reveals rapid regional radiations and extreme endemism within centrosaurine dinosaurs
ARTICLE PUBLICATION DATE
20-Jun-2024
COI STATEMENT
Andrew A. Farke is an Academic Editor for PeerJ. Brock A. Sisson is owner of Fossilogic LLC, which produces cast replicas of Lokiceratops elements..