Two Newly Unearthed Palaces in Mongolia

Paleontologists have identified the Azdaltid wing bones, which belong to two newly discovered species of fossils from the Biansily Formation dating back to the Late Cretaceous period in the Gobi Desert of Mongolia.

Restoration of Bayanshiree Azhdarchid Pterosaurs: The coexistence of Gobiazhdarcho tsogtbaatari and tsogtopteryx mongoliensis in the Bayanshiree Paleoenvironment, with groups of Gobihadros Mongoliensis nearby. Image credit: Zhao Chuang.

These two new species thrived in Mongolia during the late Cretaceous period, approximately 99 to 90 million years ago.

They have been named Gobiazhdarcho tsogtbaatari and tsogtopteryx mongoliensis. Both flying reptiles are part of a toothless cosmopolitan family, likely associated with the terrestrial Azhdarchidae.

“Pterosaurs, the first vertebrates to develop powered flight, exhibit remarkable diversity, with a fossil record spanning from the late Triassic through the Cretaceous and into the Paleogene boundary.”

“Within pterosaurs, the Azdalcidae family signifies a distinct clade, currently accounting for at least 17 nominal species.”

“Primarily characterized by elongated cervical vertebrae with trace nerve spines, Azdaltids are commonly found in collections of Tronian Maaschan’s pterosaur fossils globally, representing the most diverse and widespread group during the late Cretaceous.”

“Similar to other Azdalcoids, they possess robust jaws and seem to have led a more terrestrial lifestyle compared to other pterosaurs.”

“Notably, Azhdarchids are recognized for including some of the largest flying creatures, such as Quetzalcoatlus northropi, Arambourgiania philadelphiae, and hatzegopteryx tambema, alongside the 9-meter wingspan Thanatos dracon amali.

The type specimens, Gobiazhdarcho tsogtbaatari and tsogtopteryx mongoliensis, were collected in the 1990s from two distinct locations within the Biansili Formation in the eastern Gobi Desert of Mongolia.

“Bayanshiree azhdarchids consist of two specimens: the Bayshin Tsav Azhdarchid (tsogtopteryx mongoliensis), which features nearly complete vertebrae from the middle neck, and the Burkhant Azhdarchid (Gobiazhdarcho tsogtbaatari), which includes vertebrae from cervical III and part of the core cervical,” stated the paleontologists.

“These specimens were gathered in 1993 and 1995 from the Bayshin Tsav and Burkhant regions, respectively, through efforts by the Museum of Natural History and the Mongolian paleontological archaeological expedition during the same years.”

According to the research team, Gobiazhdarcho tsogtbaatari represents a medium-sized early member of the QuetzalcoatlusArambourgiania lineage, with a wingspan of approximately 3.0-3.5 meters.

tsogtopteryx mongoliensis is an early representative of Hatzegopteryx, appearing to be a smaller form with a wingspan of less than 2 meters.

“Interestingly, the specimen tsogtopteryx mongoliensis, at a mere 1.6 meters in wingspan, stands as one of the smallest known Azdaltid species found to date,” noted the researchers.

The discovery of these two new species addresses a significant temporal gap in the evolutionary history of Azdalkid pterosaurs.

“Our findings provide new insights into the diversity and phylogeny of Azdaltid pterosaurs,” the scientists remarked.

“They further highlight the coexistence of various sized azdaltide species within the same sedimentary deposits.”

A paper detailing these findings was published online this week in the journal PeerJ.

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RV Pegas et al. 2025. Diversity of the Azdaltid pterosaur clade in the Baiansili Formation during the late Cretaceous period of the Gobi Desert, Mongolia. PeerJ 13:E19711; doi:10.7717/peerj.19711

Source: www.sci.news

The Most Complete and Ancient Dome-Head Dinosaur Fossils Discovered in Mongolia

Researchers have uncovered the most ancient and well-preserved fossils of Pachycephalosaur, a category of dinosaurs distinguished by their domed skulls in Mongolia. A new study was released in the journal Nature on Wednesday.

The fossils, estimated to be between 108 and 105 million years old, belong to a juvenile of an unidentified species, referred to by scientists as Zavasepharelinpoche.

This discovery took place in the Klen Duk Formation in Mongolia’s Gobi Desert, located between China and Russia, and was led by paleontologist Tsogtbaatar Chinzorig from the Mongolian Academy of Sciences.

There is limited knowledge about these two-legged herbivores from the Cretaceous period, particularly in North America, but they are considered one of the “most enigmatic” dinosaur groups, according to the study. Their unique bone structures and representations in media like Jurassic Park have made them quite popular.

Previous finds of Pachycephalosaur fossils were largely restricted to skulls.

“You could fit all Pachycephalosaurus [fossils] known worldwide into two bathtubs, more or less. There are very few fossil examples,” remarked Michael Pittman, a paleontologist at China University in Hong Kong, in an interview with NBC News.

Fossilized skull of a dome-headed dinosaur from the Cretaceous period.
Alessandro Chiarenza / Via Reuters

The Mongolian discoveries are considered “most skeletally complete,” providing greater insight into the anatomy of Pachycephalosaurus than previously available.

The individuals identified as Zavasephale were at least two years old and measured approximately three feet in length. More than half of its skeleton has been recovered, featuring long legs, short arms, small hands, and gastroliths, or stones ingested to aid in digesting vegetation.

Though these animals were not fully grown, their skeletons showed already thickened bones above the skull.

The integrity of the fossils “will be a key specimen for understanding how the cranial dome of Pachycephalosaurus evolved,” said Chinzorig, based on insights from the National Museum of History in London.

Scientists have proposed that Pachycephalosaurus may have engaged in head-butting behavior or used their domes to attract mates, though the precise function of the dome is still undetermined.

These fossils are approximately 15 million years older than previously found Pachycephalosaurus specimens, enhancing our understanding of dinosaur evolution.

“This is the oldest variety we’ve encountered, thus providing insight into what earlier species looked like and how they evolved over time,” stated Pittman. “The discovery of earlier specimens indicates that they have possessed this dome for quite a while.”

Zavasephale was smaller than later species of Pachycephalosaurs, growing to an estimated length of about 14 feet.

Source: www.nbcnews.com

Discovery of a New Pakisephalosaur Species: A Dome-Headed Dinosaur Unearthed in Mongolia

Paleontologists have unearthed fossilized remains of a previously unknown species of pachycephalosaur in the Gobi Desert, Mongolia. These fossils are the most complete and geologically oldest Pachycephalosaurus specimens discovered worldwide.

A young zavacephale rinpoche engaged in a territorial duel along the shores of a lake 108 million years ago. Image credit: Masaya Hattori.

“The Pakisepalosaurus, akin to the dome-headed dinosaurs, is one of the most intriguing dinosaurs,” states Dr. Tsogtbaatar Chinzorig, a researcher affiliated with the Mongolian Academy of Sciences and the Institute of Paleontology at North Carolina State University.

“It is thought that members of this group, characterized by their enlarged skull roofs and intricate skull features, developed a complex social structure.”

“Despite their crucial role in comprehending dinosaur behavioral ecology, the absence of uncontested early species has hindered our understanding of their origins and the reconstruction of early evolution.”

This new pachycephalosaur species has been named zavacephale rinpoche, which thrived in Mongolia during the early Cretaceous period, approximately 108 million years ago.

During this period, the region was a valley adorned with lakes and flanked by cliffs and wetlands.

zavacephale rinpoche predates the known Pakisepalosaur fossils by about 15 million years,” Dr. Chinzorig notes.

“It was a small creature, measuring less than 1 meter (3 feet) in length, yet it stands as the most complete specimen discovered to date.”

Fossilized remains of zavacephale rinpoche were found in the Klen Duk Formation within the East Gobi Basin.

zavacephale rinpoche represents a vital specimen for deciphering the evolution of the Pachycephalosaurus’s cranial dome. This has been a topic of debate for quite some time, given the lack of early divergent or pre-rear Cretaceous species and the fragmentary nature of most Pachyphalosaurus fossils,” Dr. Chinzorig explained.

“We’ve encountered many unique experiences worldwide,” remarked Lindsay Zanno, a researcher at North Carolina State University and director of paleontology at the North Carolina Museum of Natural Sciences.

“The domes likely provided no defense against predators or help in thermoregulation; thus, they were probably a means of display for social interactions.”

“If you seek to establish a relationship, I suggest starting your rehearsals early,” she adds.

zavacephale rinpoche fills a significant gap in the timeline of Pachycephalosaurs.

“This specimen is a unique discovery,” Dr. Zanno emphasized.

“Not only does it push the fossil record of this group back by at least 15 million years, but it is also the oldest and most well-preserved Pachycephalosaurus known, offering profound insights into its anatomy and biology, including the use of gastroliths to aid in digestion.”

“The newly recovered materials from zavacephale rinpoche are helping to reconstruct our understanding of the paleobiology, locomotion, and anatomy of these enigmatic dinosaurs, including aspects of their hands, gastroliths, and the articulated tails with preserved tendons,” Dr. Chinzorig concluded.

The findings are detailed in a study published today in the journal Nature.

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T. Chinzorig et al. A dome-shaped Pakisephalosaurus from Mongolia’s early Cretaceous period. Nature Published online on September 17th, 2025. doi:10.1038/s41586-025-09213-6

Source: www.sci.news

The Earliest Known Dome-Headed Dinosaurs of Mongolia

Artistic representation of the pachycephalosaur Zavacephale rinpoche

Masaya Hattori

A dinosaur with a dome-shaped head, discovered in Mongolia, boasted a mouth full of formidable teeth and an unusually large eye socket on its skull.

The newly identified species, named Zavacephale rinpoche, roamed the Earth during the early Cretaceous period about 108 million years ago. It belongs to a group known as the Pachycephalosaurs. These dinosaurs were characterized by their dome-like skulls, which may have served defensive purposes or been used for social and mating displays.

Paleontologists exploring the Gobi Desert of Mongolia report having uncovered a fossilized skull protruding from the rocks, likening it to a “cabochon gem.” Lindsey Zanno from the North Carolina Museum of Natural Sciences stated, “This is how we came up with the species name Rinpoche, which translates to ‘precious things’ in Tibetan.”

Z. rinpoche represents the most complete specimen of its kind discovered to date, being about 15 million years younger than other known Pachycephalosaur species. It includes nearly the entire skull and limb bones, significant portions of the vertebrae, and pelvic bones. Additionally, the team was able to recover hand bones and gastroliths, which were likely used to grind food.

The dome of the fossil shows distinct dimples, possibly indicating other unidentified features of the head.

“The skull of Pachycephalosaurs is quite striking,” says Zanno. “They not only feature domes, but also bone spikes and nodes surrounding their skulls for aesthetic purposes. These embellishments served as sort of decorative accessories for the dome.”

Skull of Zavacephale rinpoche

North Carolina Museum of Natural Sciences

To ascertain the age at which the dinosaur perished, researchers examined thin slices of the bones from its lower limbs. They classified it as a “teenager,” measuring approximately one meter in length and weighing just under six kilograms. It remains uncertain how large it might have become as an adult, though other members of its group reached lengths exceeding four meters and weights around 400 kilograms.

“The preserved tissues show two growth rings, suggesting that it was actively growing at the time of its death,” noted Zanno. “The spinal bones exhibit no signs of wear, indicating room for further growth.”

CT scans of the skull dome revealed it was fully developed, emphasizing its significance at a younger age.

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Source: www.newscientist.com

New Tyrannosaur Species Unveiled in Mongolia

The newly discovered tyrannosaurid species, scientifically named Khankhuulu Mongoliensis, is recognized as the most notable ancestor of Tyrannosaurus Rex.



Khankhuulu Mongoliensis. Image credit: Julius Csotonyi.

Khankhuulu Mongoliensis roamed the Earth during the Cretaceous period approximately 86 million years ago.

This dinosaur was a medium-sized, swift predator that emerged after the extinction of other large predatory dinosaurs.

As the most famed ancestor, it exhibited numerous similarities with the later Tyrannosaurus descendants.

Resembling the size of a horse (750 kg), Khankhuulu Mongoliensis was two to three times smaller than its colossal descendants.

It featured small rudimentary horns that evolved into more significant attributes in species like Albertosaurus or Golgosaurus, likely used for mating displays and intimidation.

Characterized by a long, shallow skull, Khankhuulu Mongoliensis lacked the bone-crushing capabilities seen in Tyrannosaurus Rex.

This new species can be likened to mesopredators, similar to modern coyotes, utilizing speed and agility to capture prey.

Khankhuulu Mongoliensis offers invaluable insights into the early stages of Tyrannosaurus evolution. We’ve observed numerous intriguing challenges in their evolutionary history,” remarked Jared Voris, a paleontologist at the University of Calgary.

Two partial skeletons of Khankhuulu Mongoliensis were discovered in the Baiansily Formation in southeastern Mongolia during 1972 and 1973.

Analysis of the specimens indicates that this new species is a close relative of the dinosaur group eutyrannosauria, serving as a direct ancestor to the giant, long-snouted tyrannosaurs and the shallower-nosed Ariolamini clade.

Khankhuulu Mongoliensis or closely related species likely migrated from Asia to North America approximately 85 million years ago,” stated Dr. Darla Zelenitsky, Ph.D. from the University of Calgary.

“Our findings suggest that a large-scale tyrannosaur was the first to evolve in North America due to this immigration event.”

“The results indicate that the migratory patterns of tyrannosaurs between Asia and North America were less frequent and more erratic than previously understood.”

Khankhuulu Mongoliensis or its relatives crossed the land bridge into North America, eventually evolving into the iconic apex predator, Tyrannosaurus Rex.

The fossil record indicates that Tyrannosaurus was exclusive to North America for millions of years before its lineage split in Asia, leading to two distinct groups.

One lineage evolved into larger apex predators, ultimately resulting in Tyrannosaurus Rex, while another developed into medium-sized, elongated species dubbed Pinocchiolex.

The discovery of Khankhuulu Mongoliensis is detailed in a study published in the journal Nature.

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JT Voris et al. The evolution of the new Mongolian tyrannosaur and Euthiranosaur. Nature published online on June 11th, 2025. doi:10.1038/s41586-025-08964-6

Source: www.sci.news

Rare bipolar dinosaurs uncovered in Mongolia by scientists

A new species of dinosaurs has been uncovered in the Gobi Desert, Mongolia. Known as Duonychus tsogtbaatari, this dinosaur possessed two feet long claw fingers on each hand, belonging to the Teresino Sauria.

Referred to as Duonychus, which is the Greek term for two claws, this dinosaur stood approximately 10 feet tall, weighed around 570 pounds, and was part of the Therizinosaurs group. It displayed a unique set of characteristics, including feathers.

These dinosaurs existed in Asia and North America during the Cretaceous period, spanning from 145 to 66 million years ago.

Despite having only two claws, researchers described Duonychus in a study published in the JournalIscience as an “effective climber” capable of reaching branches or vegetation masses up to five inches in diameter.

A claw belonging to Duonychus Tsogtbaatari, excavated in Mongolia.Kobayashi et al. / Science via Reuters

NBC News reached out to the research team for additional comments.

The fossil specimen was unearthed in 2012 by scientists at the Institute of Paleontology at the Mongolian Academy of Sciences, dating back 90 million years and showcasing exceptional diversity.

Although the fossil was a partial skeleton missing the skull and legs, the hands were remarkably well-preserved. The Duonychus individuals were not fully grown, and their claws measured approximately 1 foot in length.

Therodinosaurus belonged to a group of herbivorous dinosaurs such as tyrannosaurus and spinosaurus, but mainly consumed leaves from large shrubs and trees.

The discovery of Duonychus and its two claws was described as remarkable by Michael Benton, a vertebrate paleontology professor at the University of Bristol, UK, who was not involved in the study.

Initially, dinosaurs possessed five fingers like humans, eventually losing two over time, leading to the majority having three fingers, Benton explained in an email to NBC News on Wednesday.

Benton highlighted that the number of digits did not impact their capabilities, mentioning that the third finger was shorter in length, potentially serving a specific purpose.

He emphasized the vast diversity and varied shapes and functions of dinosaurs, stating that they are incredibly diverse.

According to the study, the fossil records of Terazinosauria are particularly abundant in Cretaceous sediments in East Asia, particularly in Mongolia and China.

United Nations Education, Science and Cultural Organizations (UNESCO) recognizes the Gobi Desert in Mongolia as the largest dinosaur fossil repository in the world.

Source: www.nbcnews.com

Mongolia Unveils New Avian Dinosaur Discovery

Harenadraco Prima It is the first species of troodontid dinosaur to be discovered in the Late Cretaceous Barungoyot Formation of Mongolia.

Reconstructing your life Harenadraco PrimaImage courtesy of Yusik Choi.

Harenadraco Prima It lived in what is now Mongolia during the Late Cretaceous period, 72 to 71 million years ago.

This new species is TroodontidaeA group of bird-like theropod dinosaurs that lived from the Late Jurassic to the Late Cretaceous periods.

“Troodontids are a diverse group of theropod dinosaurs commonly characterized by large eye sockets, long hind limbs with asymmetrical metatarsals, enlarged claw bones in the second toe, and many bird-like features,” said paleontologist Seongjin Lee of Seoul National University and his colleagues.

“They have been found in Late Jurassic to Late Cretaceous deposits in Asia and North America.”

Harenadraco Prima It was a small troodontid, about 1 metre (3.3 feet) long.

Harenadraco Prima Like other troodontids, it was small and lightweight, but its tarsometatarsus was extremely thin. Phyllovenator “Among the zoonotic non-avian maniraptorans,” the paleontologists said.

“It also suggests a potentially adaptive high degree of mobility. Harenadraco Prima “It fits into an environment where potential prey, like mammals, and predators, like Eudromaeosaurus, are likely to be agile.”

Harenadraco PrimaThe incomplete skeleton of consists mainly of elements of the left hind limb, Barungoyot Formation In Hermin Tsav, Umnogovi Province, Mongolia.

“The Upper Cretaceous strata of the Gobi Desert are a rich source of many troodontid species, particularly the Nemegt and Djadokta Formations in the Nemegt Basin in Mongolia, and the Ulansuhai Formation in the Bayan Mandakh in China,” the researchers said.

“From the former, eight species of troodontids are now known.”

“However, the Barungoyot Formation is a puzzling exception, as no troodontids have been found in it, even though it is one of the major sedimentary formations in the Nemegt Basin and is interpreted as intermediate in age and environment between the Djadokta and Nemegt formations.”

“The faunal compositions of the Djadokta and Barungoyot Formations are so similar that the absence of troodontids in the latter is even more puzzling.”

Discovery Harenadraco Prima The presence of troodontids was confirmed in all three formations of the Nemegt Basin.

“The discovery Harenadraco Prima“It becomes clear that the ‘gaps’ in the troodontid record were a sampling artifact,” the scientists concluded.

“The fragile nature of the holotype Harenadraco Prima This is further evidence of this.”

“The presence of Harenadraco Prima “The discovery of the Barungoyot Formation also proves that troodontids in the Nemegt Basin were diverse enough to adapt to a variety of environments.”

Team work Published in Journal of Vertebrate Paleontology.

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Lee Seong-jin othersThe first Troodontidae (Dinosauria: Theropoda) from the Upper Cretaceous Barungoyot Formation in Mongolia. Journal of Vertebrate PaleontologyPublished online July 15, 2024; doi: 10.1080/02724634.2024.2364746

Source: www.sci.news

Archaeologists in Mongolia uncover ancient wooden saddle dating back 1,600 years

New archaeological discoveries in Mongolia show that, despite a fragmentary archaeological record, horse cultures in the eastern Eurasian steppes early adopted framed saddles and stirrups, at least by the turn of the 5th century AD. It shows. His 1,600-year-old saddle, discovered at Urd Ulan Unito, is one of the earliest known examples of a wooden-framed saddle, indicating that it was locally produced and a link to earlier saddle traditions. Both show evidence of a connection. The recent discovery of Khufu Nur suggests that stirrups were also used in the Mongolian steppes at the same time as they first appeared elsewhere in East Asia.

Birch composite frame saddle (top left) from Urud-Ulan-Unit, Mongolia and artist’s restoration. Image credit: P. Lopez Calle.

Horseback riding appears to have been little attempted as a regular mode of transportation until the late 2nd millennium BC or early 1st millennium BC, although some archaeological data suggests that horses were used in Eastern Europe by the early 2nd millennium BC. This suggests that it could have been ridden. Grassland.

Early iconography, written sources, and archaeological finds indicate that in regions of western Eurasia, these first horsemen used simple blankets or soft pads with their legs suspended and separating rider and horse. Basically, I often rode naked.

The Greek writer and soldier Xenophon, writing in the 4th century BC, outlined best practices for cavalry riding, including riding naked, holding the horse only by the upper thighs, letting the lower legs dangle, and holding the mane. I explained the Greek tradition. More security.

Despite their near-ubiquitous use among modern horsemen, neither stirrups nor true saddles appear to have been used by early equestrians.

The earliest direct evidence of mounted horses in the equid family is from mounted cavalrymen in Mesopotamia and the Levant who interbred with donkeys in the third millennium BC.

By the middle of the first millennium BC, at the same time as cavalry was emerging across Eurasia, soft-padded saddles made of leather and stuffed with fur, textiles, and other materials and secured to the horse with a girth strap were being adopted in the Eurasian interior. I did.

These early saddles were sometimes reinforced with wooden or horn supports, and sometimes secured to the horse’s chest or hindquarters with chest straps or clappers.

Throughout Eurasia, by the beginning of the first century AD, simple saddles were adopted for greater safety.

In western Eurasia, Roman military saddles incorporated four large “horns” and grips to increase stability for mounted soldiers. It may also contain hard internal components, but this is debated.

Early semi-structured saddles probably provided greater comfort and safety for rider and horse, and allowed mounted and armored soldiers to handle blunt weapons and swords more directly.

These innovations in saddle stability allowed riders to withstand collisions and ride more heavily armed, allowing heavy cavalry to replace chariots on the battlefield throughout Eurasia by the end of the first millennium BC. It was helpful.

In East Asia, parallel developments were underway towards structured saddles.

Excavations of the tombs of the Xiongnu (c. 200 BC – c. 100 AD), the first steppe empire of Mongolia, have shown that padded saddles are usually supplied with a croupier and/or chest strap to secure the saddle in place. revealed that it had a hard pommel/cantle. Components were also commonly used.

By the 6th century, in East and Central Asia, primitive saddles had been replaced by sophisticated composite frame saddles combined with two metal ribs.

“Ultimately, the technologies that emerged from Mongolia had a domino effect that shaped today’s American horse culture, particularly the tradition of harnesses and stirrups,” said William Taylor, an archaeologist at the University of Colorado Boulder. said.

“But these insights come at a time when Mongolia’s horse culture is beginning to disappear,” added Dr. Jamsranjab Bayarsaikhan, an archaeologist at the Max Planck Institute for the Science of Human History.

“Horses not only influenced the history of the region, but also left a deep mark on the art and worldview of the nomadic Mongolians.”

“However, the age of technology is slowly erasing the culture and use of horses. In the plains of Mongolia, horse-riding pastoralists are increasingly being replaced by motorcyclists.”

In April 2015, Dr. Bayarsaikhan and his colleagues at the National Museum of Mongolia received a report from the police that the Urd Ulan Unit cave burial site in Myangad Sum, Khovd province, had been destroyed by looters.

Police seized some organic material that was well preserved in the cave’s dry environment.

An intact wooden saddle was also recovered from Urd Ulan Unito Cave.

The saddle was made of about six birch pieces held together with wooden nails.

The black trim has red paint marks and contains two leather straps that may have once supported the stirrups.

Archaeologists have not been able to definitively trace where those materials came from. However, birch trees commonly grow in the Altai Mountains of Mongolia, suggesting that local people were not trading saddles, but were making them themselves.

“Since the early days of horseback riding, humans have used pads, the precursor to saddles, to keep horses comfortable after riding,” Dr. Taylor said.

“The combination of a sturdier wooden saddle and stirrup opens up new ranges of what people can do with their horses.”

“One of the things they created was heavy cavalry and fierce fighting on horseback. Think of the jousting of medieval Europe.”

“In the centuries after the Mongol saddle was made, this type of tool quickly spread throughout western Asia and into the early Islamic world.”

“There cavalry was the key to conquering and trading with the Mediterranean region and much of North Africa.”

“But where it all started is less clear. Archaeologists usually think that the birthplace of the first frame saddles and stirrups is modern-day China, and some finds date back to the 5th century AD. It dates back to the 6th century or earlier.

“But our research complicates that picture. It is possible that Mongolia may have been the first to adopt these new technologies, or may actually be the place where the innovations first took place.” This is not the only information that suggests this.”

“Mongolia’s place in its history may have been underestimated for a long time because of the region’s geography.”

“The country’s mountainous regions have some of the lowest population densities on earth, making it difficult to encounter and analyze important archaeological finds.”

“Mongolia is one of the few countries that has preserved horse culture from ancient times to modern times,” said Dr. Bayarsaikhan.

“However, scientific understanding of the origins of this culture is still incomplete.”

team’s findings Published in this month’s magazine ancient.

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Jamsranjaf Bayarsaikhan other. Origins of saddles and horse riding techniques in East Asia: Discoveries from Altai, Mongolia. ancient, published online on December 12, 2023. doi: 10.15184/aqy.2023.172

Source: www.sci.news