As you read this story, you will learn the following:
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A well-preserved coffin discovered after falling off a cliff near the Polish coast holds more than one controversy hidden inside.
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While the human remains in the coffins were not those of members of society’s elite (as they were once thought to be), radiocarbon dating suggests that they yes A hundred years older than expected.
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The woman’s diet was high in animal protein, which may have contributed to the confusion in the initial determination – if most of the protein came from fish, it would make the radiocarbon age look older.
Archaeological finds are not always excavated from the ground or discovered in caves and catacombs. Sometimes, they basically fall from the sky.
When a coffin fell from a cliff near the Baltic Sea near the Polish village of Bagiz in 1899, it was (not surprisingly) no one expected. Made from the hollow trunk of an oak tree, it is exceptionally well preserved and protects the bones of a young woman from the ancient Welbach culture, who was thought to have been a member of the social elite. Her grave goods included a bronze fibula, a necklace of glass and amber beads, a brooch and a bronze bar bracelet. Lying on a cowhide; a wooden bench stood at her feet.
Eventually, she and her coffin found a new resting place in the museum and were almost forgotten until the 1980s, when archaeologists rediscovered part of her skeleton along with her coffin and grave goods. Recent investigations have found that while the tomb appears to have been deliberately set apart from the others, the deceased was unlikely to have been a princess or a nobleman – her tomb was too similar to other tombs from the Roman Iron Age in Poland. it only Appeared She was buried alone because her coffin was exposed due to coastal erosion.
However, unknown factors remain. Although funerary objects date from the first half of the 2nd centuryND Analysis of the woman’s tooth from the 1st century AD showed it was over a hundred years old. Archaeologist Marta Chmiel-Chrzanowska, who has previously studied the remains, is determined to find the answer to the mystery of the date mismatch, and she believes the answer may lie in the coffin’s wood. Dendrochronology was too invasive to be performed using older methods, which is why research into Roman Iron Age wooden artifacts in the region has been limited, but updates have made it possible to date wood from smaller samples. Chimir-Cherzhanovska was eventually authorized to take samples from the coffin, which revealed the mystery of its age.
“In order to determine whether this difference is due to a reservoir effect or to misclassification of the findings, dendrochronological studies are necessary,” she said in a recent study published in the journal. archeology. “However, due to the unique nature of this find – the only surviving wooden sarcophagus of its kind from the Roman Iron Age – the primary concern is the risk of damage.”
Wilbach’s coffins were often made from hollowed tree trunks – something that is also seen in other tombs in the ancient Slavic world, such as that of the famous Scythian “Ice Maiden”. Unfortunately, many of the Welbach tombs have decayed, leaving little but black stains in the soil, which explains why such collapsed tombs are so rare.
Even rarer is its level of preservation. This is due to the presence of anoxic environments preventing the degradation of organic materials, which is thought to be a result of rising water levels and flooding of coastal lands. By sampling a section that included sapwood (the younger layer of a tree’s vascular tissue) and measuring the width of the growth rings, in addition to measuring the total growth rings, Chmiel-Chrzanowska and her team were able to date the wood to sometime between 112 and 128 AD
Why radiocarbon dating of teeth from the remains suggests the young woman died a century before her coffin was made, however, remains elusive to archaeologists. One theory is based on the fact that the nitrogen, oxygen and strontium levels in her teeth and enamel suggest she had a diet rich in animal protein. If at least some of the protein comes from fish, ocean carbon (lower in the carbon-14 isotope) could artificially alter her perceived age. Another theory is that the woman may have been eating non-native foods, and while the molars studied reflect local eating habits in the Baltic Sea basin where she lived, foreign foods may also have had aging effects.
“This discovery is crucial for improving the interpretation of future radiocarbon dates, especially in areas with high water hardness,” said Chimir-Cherzhanovska. “Strontium and stable isotope analyzes indicate that the woman may not have been a local resident, raising questions about mobility and cultural exchange during the Roman Iron Age.”
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