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The Yukagir bison mummy, as the find was dubbed, has a complete brain, heart, blood vessels and digestive system, althou...
11/02/2026

The Yukagir bison mummy, as the find was dubbed, has a complete brain, heart, blood vessels and digestive system, although some organs have shrunk significantly over time.

“It is a male about 4-4.5 years old and has an accelerator mass spectrometry radiocarbon date of about 9,300 years before present,” Dr Olga Potapova from the Mammoth Site of Hot Springs in South Dakota and her colleagues reported in a presentation at the 74th Annual Meeting of the Society of Vertebrate Paleontology.

“The Yukagir bison mummy became the third find out of four now known complete mummies of this species discovered in the world, and one out of two adult specimens that are being kept preserved with internal organs and stored in frozen conditions, making this find one of high importance,” Dr Potapova said.

The scientists completed the necropsy of the bison mummy to examine topography, anatomy, and state of the inner organs’ preservation, overall health condition, presence of parasites, cause of death, and to compare it with extinct and extant Bison and Bos taxa.

“The mummy possessed completely preserved inner organs, but some of them were not identified. The organs were removed in four separate parts for the detailed study, tissue sampling, and preservation. The brain represents the first record for the species that appears to be complete,” the scientists said.

“Some torso organs, including trachea, heart with pericardium and large blood vessels, stomach, and p***s, appeared to be close to normal sizes.”

“Other inner organs (or their parts), such as the brain, tricuspid and bicuspid heart valves, pulmonary and aorta semilunar valves, papillary muscles, small blood vessels, esophagus, lungs, liver, rumen papillae, reticular crests and cells, omasal laminae, intestines, and left testicle were significantly shrunk.”

“The trachea and lungs didn’t contain foreign objects. The esophagus and re**um were free from food remnants.”

“The rumen and reticulum were filled with vegetation mass containing shrub and tree brunches and roots, while the jejunum contained some chyme.”
“The general topography of the Yukagir bison corresponds to Bison and Bos, but morphology, sizes, and volumes of some organs are largely due to the body’s mummification for thousands of years in permafrost conditions.”

“No visible parasites in the examined organs, pathological tissues, or injury were revealed.”
“The lack of visible subcutaneous fat in the abdomen and neck areas indicates that starvation might have caused the animal’s death.”

Team member Dr Evgeny Maschenko added: “the exclusively good preservation of the Yukagir bison mummy allows direct anatomical comparisons with modern species of Bison and cattle, as well as with extinct species of bison that were gone at the Pleistocene-Holocene boundary.”

The next steps to be done include further examination of the bison’s gross anatomy, and other detailed studies on its histology, parasites, and bones and teeth.

“We expect that the results of these studies will reveal not only the cause of death of this particular specimen, but also might shed light on the species behavior and causes of its extinction,” Dr Potapova said.

Scientists were able to extract liquid blood from the heart of a 42,000-year-old foal that had been frozen and preserved...
10/27/2026

Scientists were able to extract liquid blood from the heart of a 42,000-year-old foal that had been frozen and preserved in permafrost in Siberia.

The scientists are hoping to clone the prehistoric horse — which was discovered in the Siberian region of Yakutia last summer — and bring it back to life, according to The Siberian Times.

“We can now claim that this is the best-preserved Ice Age animal ever found in the world,” Semyon Grigoryev, the head of the Mammoth Museum in the regional capital of Yakutsk, told the outlet.

The foal, which is believed to be from the extinct species Equus lenensis, or Lena horse, was discovered with its skin, hair, hooves and tail all preserved. The foal was believed to be just weeks old when it likely drowned in the mud which later froze and turned to permafrost.

Grigoryev told Russian news agency TASS that finding a preserved horse’s hair was almost unheard of.

“Having preserved hair is another scientific sensation as all previous ancient horses were found without hair,” he said.

He attributed the preservation of the liquid blood to the favorable burial conditions and permafrost, adding that the internal organs were “beautifully preserved.” Even the muscle tissue maintained its natural reddish color, he said.
Scientists with the North-Eastern Federal University in Yakutsk (NEFU) and Sooam Biotech in South Korea are collaborating to extract cells in order to clone the horse. According to The Siberian Times, they are “confident of success.”

They are even reportedly trying to find a surrogate to give birth to the horse.

According to Gizmodo, scientists began a detailed analysis of the foal last month that is predicted to last until the end of April. The scientists have reportedly tried 20 times to extract and grow cells from the animal’s tissue, but those attempts have been unsuccessful.

The foal was discovered in the Batagaika crater, a huge 328-foot deep depression in the East Siberian taiga. The giant crater is known locally as the “doorway to the underworld.”

You might have heard of the woolly mammoth, but paleontologists have unearthed a well-preserved baby woolly rhinoceros i...
10/19/2026

You might have heard of the woolly mammoth, but paleontologists have unearthed a well-preserved baby woolly rhinoceros in Siberia’s Sakha Republic. The remains are believed to be at least 10,000 years old. The first images from the rare find were released by the Academy of Sciences in Yakutsk, which is the capital of the Sakha Republic, reports the Siberian Times. This is the first time that the remains of a baby woolly rhino has been discovered.

The remains of the animal were preserved in permafrost, and were discovered last September by Alexander “Sasha” Banderov, a hunter and businessman, who along with a friend, thought that the carcass belonged to a reindeer. The rhino was discovered on the right bank of a stream that flows into the Semyulyahk River. The rhino has appropriately been named “Sasha.”

“We were sailing past a ravine and noticed hair hanging on top of it … The part of the carcass that stuck out of the ice was eaten by wild animals, but the rest of it was inside the permafrost and preserved well,” Banderov said.
Researchers at the academy hope to extract DNA from the creature’s remains. While scientists are still determining the animal’s age, they estimate it to be around 18 months old. The animal is in very good condition, with its nostrils, mouth, an ear, and an eye clearly visible. Complete results of the rhino’s age and when it died will most likely be available within the next six months, researchers said.

“The find is absolutely unique,” said Albert Protopopov, head of the Mammoth Fauna Deaprtment of Sakha Republic Academy of Sciences. “We can count a number of adult woolly rhinos found around the world on fingers of one hand. A baby rhino was never found before.”

“Woolly rhinos are less studied than mammoths,” Protoppov added. “We are hoping Sasha, the rhino, will give us a lot of answers to questions of how they grew and developed, what conditions they lived in, and which of the modern day animals is the closest to them.”

The remarkably well-preserved remains of a man who died in central Mexico around 1,000 years ago have revealed the ancie...
10/16/2026

The remarkably well-preserved remains of a man who died in central Mexico around 1,000 years ago have revealed the ancient human microbiome — the community of bacteria that once thrived in his intestines. The findings, published in PLOS ONE, offer a glimpse into the microorganisms that inhabited the bodies of pre-Hispanic Mesoamericans centuries before contact with Europeans.

Known as the “Zimapán man,” the body was discovered in a cave in Zimapán, a region at the edge of Mesoamerica and Aridoamerica. His body, naturally mummified by the cave’s dry and stable conditions, was wrapped in an elaborate funerary bundle. The body was covered with layers of maguey fiber mats and woven cotton, suggesting that he was possibly a highly regarded member of his community, likely of the Otopame culture — one of the region’s extinct hunter-gatherer groups.

Researchers, led by Santiago Rosas-Plaza of the National Autonomous University of Mexico, examined both the mummy’s intestinal tissue and preserved f***s using a technique known as 16S rRNA-gene sequencing. This procedure allows researchers to identify bacterial DNA fragments, enabling them to know what microbes once lived inside the human gut.

The results showed that the Zimapán mummy had several bacterial families that are still common in humans today, including Peptostreptococcaceae, Enterobacteriaceae, Enterococcaceae, and Clostridiaceae. The prevalence of Clostridiaceae bacteria mirrored findings from other ancient mummies in Andean regions, indicating possible environmental or dietary similarities.
One of the highlights of the discovery was the presence of Romboutsia hominis, a species that occurs in human intestines but had never before been found in an ancient microbiome. This is a landmark result in microbial evolution research, suggesting that certain bacteria in the gut may have persisted in humans for centuries.

The bacterial composition of the Zimapán samples was distinct from that of the surrounding soil or compost environments, confirming that the microbes were indeed from the man’s body and not a result of post-burial contamination. Researchers also conducted multivariate statistical comparisons between the mummy’s microbiome and those of both ancient and modern populations. The results highlighted how lifestyle, diet, and environment shaped early Mesoamerican peoples’ gut bacteria.

While the exact cause of death for the man remains a mystery, his gut microbes provide clues about what he consumed. Some of the microbes in his gut are linked to the digestion of plant fiber and insect tissue, suggesting that he consumed both plant foods — possibly agave, yucca, or prickly pear — and protein sources such as insects. These dietary patterns are consistent with the seasonal and semi-nomadic lifestyle inferred from archaeological evidence.

The study is the first detailed reconstruction of an ancient microbiome from this part of Mexico and one of the few from the broader Mesoamerican area. It adds to a growing body of work that includes microbiomes from the Tyrolean Iceman and an ancient Incan individual, helping scientists trace how human gut bacteria have evolved alongside changes in diet, environment, and culture.

Aside from its scientific importance, the Zimapán discovery is culturally relevant. The wrapping of the body with such care, the mathematically patterned knots, and the elaborately woven textiles all speak of ritual care and craftsmanship. Restoration efforts currently underway will preserve and eventually exhibit the bundle, connecting modern audiences with a life — and microbiome — that has persisted for a thousand years in the silence of a Mexican cave.

Around 400 BCE, people across northern Iberia left their fortified settlements and built new ones. A new study shows the...
10/12/2026

Around 400 BCE, people across northern Iberia left their fortified settlements and built new ones. A new study shows the move came in two stages with very different speeds. The old settlements emptied within a few decades. The new ones took far longer to spread.
Samuel Nión-Álvarez of INCIPIT-CSIC built the timeline from 272 radiocarbon dates taken at 109 archaeological sites. The sites sit in five areas: the Atlantic region, the western and eastern Cantabrian regions, and the western and eastern Northern Plateau. He used Bayesian models and other statistical tests to compare when sites were abandoned with when new ones began.

The timing matters because Europe went through big social change around 400 BCE. Some scholars call this period the Crisis of the 400s. Climate shifts, migration and conflict have all been blamed, but nobody has settled on a cause. Changes also looked different from place to place. Northern Iberia works well as a test case because of its many kinds of settlements and plenty of radiocarbon dates.

The decline started in the western Cantabrian region. The first sites there were left behind in the late sixth and early fifth centuries BCE. The trend then moved to the Atlantic region and the western Northern Plateau. By the last decades of the fifth century BCE, people had abandoned sites at both the western and eastern edges of the study area.
Most Early Iron Age settlements stood empty in under a hundred years. No single date marks the break. Each region went through its own sharp change over a few decades, and the older and newer phases barely overlapped. In a few places, people came back to abandoned sites later.

Rebuilding ran at a slower pace. New settlements began to appear in the early fourth century BCE, first in the western Cantabrian and Atlantic regions. Larger settlements followed. Many had defensive walls and sat closer to good farmland. They spread over a much longer stretch of time and moved across the Northern Plateau. In the far east, fortified settlements became common only around the start of the third century BCE.

The shift left smaller marks in the ground too. Short-term camps, ritual sites and burials show up in the record, mostly in the Atlantic region. Their dates overlap with the fading of the older settlements. Other parts of the Cantabrian coast have too little evidence to tell whether the same thing happened there.

People did more than change addresses. Late Iron Age settlements were bigger and more complex, and some regions saw wider gaps between rich and poor. This new pattern lasted until Roman times. Nión-Álvarez links the changes to a broad reorganization of communities. He also points out the pace and form differed from region to region.

The study doesn’t say why people left. War, population growth and shifting social structures are all on the table. The early decline of hillforts in Asturias is still a puzzle. What the work gives researchers is a firm timeline for each stage, so they can test possible causes against solid dates.

The paper also offers a method others could reuse. The method combines radiocarbon models with estimates of how much date ranges overlap. This shows whether events happened together, one after another, or at separate times in different regions. Archaeologists could apply the same approach to other fast changes in European prehistory.

Aurochs were the wild ancestors of modern cattle. They once roamed Europe, Asia and northern Africa. Today they’re gone....
10/08/2026

Aurochs were the wild ancestors of modern cattle. They once roamed Europe, Asia and northern Africa. Today they’re gone. The last one died in Poland in the 17th century, ending a decline of roughly 8,000 years. People drove most of this loss worldwide. Scandinavia tells a different story, because the animals vanished there much earlier. A new study led by Lund University now explains why.

An international team studied ancient DNA from aurochs bones. The bones came from bogs and settlement sites in southern Sweden and Denmark. The researchers also tracked how many radiocarbon-dated specimens and bones turned up in each period.

They compared the ages of bones across archaeological sites too. Then they matched all of this against regional records of past climate, plants and human activity. Population modeling added a final check.

Aurochs reached Scandinavia about 11,700 years ago, after the last Ice Age ended. They came from a refuge in Western Europe. The trip cost them. The DNA shows a sharp population bottleneck during the move north. Genetic diversity dropped as animals spread from mainland Europe through Jutland, then fell again across Zealand and Scania.
Less diversity means more inbreeding. Over time, herds grew less able to handle stress. Mikkel-Holger Sinding of the University of Copenhagen, a senior author, calls this a textbook case of a bottleneck.

Scientists once thought the Scandinavian herd was cut off around 10,000 years ago. The new genetic evidence says no. Contact with the main European population went on longer. Isolation came about 8,000 years ago, when rising seas flooded the land bridge to the continent and formed the Danish-Swedish straits.

Humans were hunting hard at the same time. The population model shows a classic boom and bust. Numbers grew for a stretch, then fell steeply and fast. The drop lines up with more settlements, more hunting and heavier use of local resources. Aurochs disappeared from the Danish island of Zealand entirely. Sweden’s population crashed.
A small group held on in southern Sweden until at least 6,500 years ago. Forests kept spreading, yet the animals survived in refuges, mostly in places hunters avoided. Then conditions changed again. Open land gave way to dense forest, and grazing got harder to find. The stress finished what hunting started.

The team concludes no single cause ended the Scandinavian aurochs. Low genetic diversity, habitat loss and fragmentation, and long hunting pressure worked together. Genetic decline alone didn’t kill them, but weakened herds struggled against everything else.

The findings matter for wildlife work today. Lead author Erika Rosengren, a doctoral student at Lund University, says ancient cases like this show which species suffer most and how people began shaping their surroundings.

Species rarely disappear from one factor, she says. Conservation plans need to address several pressures at once. She also argues for ecological corridors linking habitats instead of isolated reserves. The study shows the worth of mixing DNA research, archaeology and paleoecology.

An international team has reconstructed the face of a man who lived in what's now Ecuador more than 3,000 years ago and ...
10/04/2026

An international team has reconstructed the face of a man who lived in what's now Ecuador more than 3,000 years ago and whose skull featured in one of history's great anthropological debates.

The facial reconstruction is based on the Punin-2 skull, which a farmer discovered in a ravine near the town of Punín in the Chimborazo region of Ecuador's central Andes in the 1970s.

A similar skull, Punin-1, had been found in the same ravine in 1923 during an expedition led by the American Museum of Natural History. Some scientists at that time suggested its physical features were archaic, especially its prominent brow.
As a result, scientists proposed in 1925 that the first Punin skull was evidence of Oceanic ancestry, possibly through ancient contact with people from Australia or the Pacific Islands.

The ancient sediment layer where it was found — and where the Punin-2 skull was also discovered about 50 years later — predated modern humans (Homo sapiens), prompting some to wonder if they came from a now-extinct relative, such as Homo erectus or the Neanderthals.
But later studies challenged these ideas, and the new facial reconstruction indicates the Punin-2 skull belonged to a modern human man with purely Native American ancestry.

Christopher Rynn, an independent forensic craniofacial anthropologist based in the U.K., said there's no question that the Punin-2 skull was an Indigenous American who originally had descended from an ancestral group of North Siberians and East Asians during the last ice age. "Punín-2 resembles an East Asian skull from the front, but not at all from the side," Rynn told Live Science.
Rynn's colleagues in Ecuador shared their access to the skull, and he started working on its reconstruction last year. The Punin-1 skull is now at the American Museum of Natural History in New York City.

Rynn and his colleagues, led by the sculptor Hector Flores Franco from the University of Chimborazo in Ecuador, are raising funds for further investigations, which will include a reconstruction of the Punin-1 skull and attempt an ancient DNA analysis of both. "DNA will tell us the true genetic lineage," Rynn said.

Disputed dating
When the Punin-2 skull was discovered, researchers suggested it might be the same age as fossils of extinct ice age animals found in the ravine, including mastodons and giant sloths, that were dated to the Pleistocene epoch (2.6 million to 11,700 years ago). Similar claims were made about the Punin-1 skull.
But geological studies of the ravine have since disproved this idea, suggesting instead that erosion and soil movements had mixed the much younger human remains with the Pleistocene fossils.

Rather, it appears the Punin-2 individual lived as a hunter-gatherer in the Chimborazo region between 3,000 and 4,000 years ago. According to recent anthropological and osteological studies, the man was aged about 50 when he died.

Rynn said he had purposefully learned as little about the skull's origin as possible so the face would be based solely on the skull's shape, rather than on his assumptions. But he did follow local guidance about the hairstyle shown on the reconstruction, which was unique to particular tribal groups in the Chimborazo region where the skull was found. The hair is black in color and parted in the middle; real hair will be used in a physical bust of the reconstruction due to be completed in 2027.
"The hairstyle is very specific," Rynn said. "If it's wrong, it looks like a different tribe."

In addition, some of Rynn's early reconstructions made the eyes too protrusive, as they would be in a skull of East Asian origin, so he followed local advice to make them deeper set. The result is a face that looks distinctly Indigenous American. "It explains a lot to me about the broader nature of skull and face shape differences between Native Americans and East Asians," Rynn said.
Faces from the past
Facial reconstructions have been carried out from the remains of hundreds of ancient humans, because archaeologists think these faces provide an important connection to people who might otherwise exist only as old bones.
Rynn has also worked on the reconstruction of a Neanderthal face from about 50,000 years ago. He uses techniques developed at the University of Manchester in the 1970s that are now known as the "Manchester Method," although they are actually a combination of techniques from all around the world, he said.

For the Punin-2 skull reconstruction, Rynn combined digital techniques and partial physical reconstructions with wax to create the face, using libraries of data to determine the right thickness of tissues in particular places.

The digital face has been presented to a select group of people from the Chimborazo region who are likely to be the man's descendants. "It's a portrait of their actual ancestor," Rynn said. "They seem to like it!"

Archaeologists have found well-preserved wooden remains from about 10,500 years ago beneath Lake Arendsee in northern Ge...
10/04/2026

Archaeologists have found well-preserved wooden remains from about 10,500 years ago beneath Lake Arendsee in northern Germany.

The finds come from the Mesolithic, a period when people lived by hunting, fishing and gathering wild food. People had not yet adopted farming or built the large permanent settlements seen later in Central Europe.

Researchers from the State Office for Heritage Management and Archaeology of Saxony-Anhalt have studied Arendsee underwater for several years. Earlier work revealed Stone Age fish traps, a medieval cargo boat and a later dugout canoe.

The new finds reach much further back in time. Divers recovered worked pieces of wood from sediments about 20 meters below the present lake surface.

Several pieces show signs of deliberate human work. One wooden post stands about 1.6 meters tall and has marks from cutting. Researchers also recovered split boards measuring up to 1.3 meters long.

These remains raise questions about how Mesolithic people used the lakeshore. The wood could belong to shelters or other structures built from timber. Researchers are still studying the finds to determine their original purpose.

The preservation of the wood is linked to Arendsee’s unusual geological setting. A salt deposit lies below the lake and causes the lake floor to sink slowly through geological processes.
This process helped preserve parts of the ancient shoreline beneath layers of sediment. Mesolithic objects now lie close to the former shore, where waterlogged conditions protected the wood from decay.

Wood from this period is rare at archaeological sites in Central Europe. Stone tools and animal bones often provide most of the surviving evidence for Mesolithic life.

The new material offers a different type of evidence. Worked timber points toward activities involving wood and raises the possibility of built spaces along the ancient lakeshore.

Researchers are now trying to establish how large the site was and when the wooden remains were placed there. They collected additional samples and individual finds after the first discovery in spring 2026.

A second research campaign used a remotely operated underwater vehicle, known as an ROV. The team worked with the Fraunhofer IOSB-AST in Ilmenau to create high-resolution sonar scans of the ancient shoreline.

The scans record the shape of the former lakeshore and help researchers map individual find locations. This information will help narrow down areas for future underwater excavation.

The age of the wooden remains also places the site about 3,000 years before the first farmers reached Central Germany. Farming communities arrived around 5,500 BCE and built permanent structures such as longhouses.

Archaeologists have often linked the early transformation of natural environments into managed landscapes with the arrival of farming communities. The Arendsee finds raise questions about how much earlier people shaped their surroundings.

The researchers have not yet established whether the wooden remains came from huts, permanent buildings or another type of construction. Further work will focus on the site’s size, age and layout.

The discoveries also add new evidence about life during the period of the Bad Dürrenberg Shaman. The famous Mesolithic burial belongs to the same broad period and is now featured in a special exhibition at the State Museum of Prehistory in Halle.

Arendsee therefore offers a rare archaeological setting where ancient shoreline remains and worked wood survived together. Future underwater research will show how these structures fit into the lives of people living beside the lake 10,500 years ago.

Archaeologists conducting a re-examination of a mummified teen mother who died in childbirth over 1,500 years ago have u...
09/30/2026

Archaeologists conducting a re-examination of a mummified teen mother who died in childbirth over 1,500 years ago have uncovered a tragic tale of maternal mortality and unexpected twins.

The mummified remains initially discovered in 1908 at the El Bagawat cemetery in Egypt’s Kharga Oasis, belonged to a young woman, aged 14 to 17, who was laid to rest with the remains of two infants, suggesting the dangers of pregnancy and childbirth in ancient Egypt.

The findings, detailed in a study published in the International Journal of Osteoarchaeology, were led by a team from George Washington University, who conducted computed tomography (CT) scans on the mummy.

These scans revealed a shocking scenario – the young mother was in the process of delivering twins when she tragically passed away. The head of the first baby became stuck in the birth canal, resulting in the deaths of both infants and the mother.
Francine Margolis, one of the study authors, said: “This is a rare find. There are several examples of women dying during childbirth in the archaeological record (one was a twin pregnancy). However, there has never been one found in Egypt.”

The CT scans further disclosed that the infant between the woman’s legs was missing its head, leading to the conclusion of a “traumatic fetal decapitation.” The researchers believe that the baby was born in a breech position, complicating the delivery process. Breech births, where the baby emerges feet first, can sometimes lead to the entrapment of the baby’s head in the birth canal, resulting in tragic outcomes.

As for the second fetus found in the woman’s chest cavity, the researchers speculate that the embalmers might not have been aware of the twin pregnancy, leading them to overlook the second unborn child during the mummification process. The dissolving diaphragm during mummification could have allowed the second fetus to migrate from the womb to the chest cavity.

The tragic discovery sheds light on the perilous nature of pregnancy and childbirth in ancient Egypt. Childbirth during this time was considered a religious event rather than a medical one. While medical practices in ancient Egypt are well documented, pregnancy remains a less-explored aspect.

The cultural aversion to twin births in ancient Egypt is discernible through spells and incantations designed to prevent the birth of twins. The Oracular Amuletic Decree, an ancient papyrus, contains a spell emphasizing the desire to keep women safe from irregular births and giving birth to twins.
The team also revisited field notes from the 1908 excavation, revealing the extensive measures taken during the analysis of the mummy, including the removal of arms and an incision on the abdomen.

In a separate research project conducted in 2019, the mummy’s measurements were examined to determine if pelvic shape played a role in her unsuccessful delivery. The teen mummy displayed smaller measurements compared to other Egyptian females from the same region, indicating a possible contributing factor to the tragic outcome.

The story of this young Egyptian mother and her unborn twins stands as a poignant testament to the challenges and dangers of childbirth in a bygone era.

Archaeologists have identified a Roman-era tomb at Chersonesus in Crimea as part of a family memorial site linked to the...
09/28/2026

Archaeologists have identified a Roman-era tomb at Chersonesus in Crimea as part of a family memorial site linked to the city’s elite. The tomb held the remains of a young woman and a child, while inscriptions named several members of the same family.

Researchers from the Institute for the History of Material Culture of the Russian Academy of Sciences studied the tomb during excavations in the southern suburb of ancient Chersonesus. Work took place from 2021 to 2023 across an area of 8.5 hectares. The team mapped much of a Roman cemetery along one of the main roads leading toward the city gates.

During the first centuries CE, tombs and other large burial structures appeared beside the road. These included stone-slab graves, underground tombs and cremation areas. Their fronts faced the road, creating a public setting for the memory of the dead. Similar burial streets were common in Italy and the eastern provinces of the Roman Empire.

One of the cemetery’s notable structures was a tomb built from massive stone blocks. Four stone stelae carried names linked to the memorial area. One inscription named Annion, daughter of Aeschines, son of Heroides. She died at 18. Other inscriptions named Ariston, son of Attina, Ariston, son of Ariston, and Boiscus, son of Ariston.

The repeated names and stated family links point to a shared family or clan memorial area. Other sources also identify Ariston as a holder of public offices. He might have served as secretary of the city council. The evidence therefore links the tomb to a family with a visible role in ancient Chersonesus.

Human remains inside the tomb belonged to a young woman and a child aged six or seven. The woman’s s*x, young age and the position of her grave marker strongly connect her remains with Annion. Both bodies had been moved into the tomb after decomposition.

Archaeologists also found a blocked opening in the tomb’s front. The opening likely served as an access point for placing additional remains inside. The feature shows how the tomb was used more than once as a family burial place.

The burial goods provide more evidence about the woman and the burial rite. The collection included gold jewelry and clothing pieces, glass vessels for oils and cosmetics, bone cosmetic boxes, hairpins, beads, amulets and parts of a wooden box. Two bone boxes still held traces of red and pink pigment used as rouge.

Other objects had possible protective roles. These included a faience scarab, a small axe-shaped pendant and bronze bells. Beads and pendants made from jet, carnelian, rock crystal, glass and faience formed another part of the group.

The tomb also contained bone hairpins showing Aphrodite, a silver bracelet and a terracotta figure of a boy with a dove. The objects offer details about dress, cosmetics and burial beliefs.

The burial goods date to the last third of the first century CE or the start of the second century. The wider memorial complex might have stayed in use until the middle of the second century.

Researchers combined the inscriptions, human remains, architecture and burial objects to reconstruct how the tomb functioned. The evidence links named people with physical remains and shows how a prominent family kept public memory of its dead.

The Institute’s Center for Rescue Archaeology later moved the tomb using anastylosis, a method for rebuilding structures from original pieces. The tomb now stands near the entrance to the Museum of Antiquities and Byzantine Art.

The findings will appear in the journal Materials on Archaeology and History of the Ancient and Medieval Black Sea Region.

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