A publication of the Archaeological Institute of America
From the Trenches
By JASON URBANUS
Monday, April 11, 2016
Excavations at the site of Kavuşan Höyük in southeastern Turkey uncovered the unique burial of a woman and a child—the pair were interred with as many as 21 turtles, tortoises, and terrapins. The grave dates to around the sixth century B.C., and was discovered by a team led by Gülriz Kozbe of Batman University. Archaeologists were stunned to find the grave so littered with chelonian remains, most of which belonged to the Euphrates soft-shelled turtle. Turtles were not normally part of the local diet, but the evidence indicates that these were butchered and consumed as part of a funeral ritual before their shells were deposited in the grave. Researchers believe that shelled reptiles had symbolic roles as psychopomps, or guiding spirits, in the afterlife. “Very few examples of burials containing both turtle and tortoise are known,” says Rémi Berthon from France’s National Museum of Natural History. “We think that it proves that the deceased had either a high social status or a high ritual value, sort of as a shaman.”
By MALIN GRUNBERG BANYASZ
Monday, April 11, 2016
In 1954, two ranchers digging a small pond in Sioux County, Nebraska, stumbled across a bonebed containing the 10,000-year-old remains of up to 600 bison. The ranchers, Bill Hudson and Albert Meng, tried for years to convince professional archaeologists to take a look. Finally, Larry Agenbroad of Chadron State College saw the potential of the site and excavated there for six years in the 1970s. Further excavations have taken place at the Hudson-Meng Bison Kill, as it is known, ever since. The site represents the largest known related to the Alberta Paleoindian culture, and has left an enduring mystery—how all those bones came to rest there—that archaeologists have been trying to solve for more than 40 years.
“Hudson-Meng is a unique place where visitors can come and learn about early humans’ culture and their way of life 10,000 years ago,” says Ryan Means, supervisor of the Hudson-Meng Education and Research Center. “The exciting part is knowing that there is still more evidence waiting to be discovered and interpreted.”
The bonebed is the size of a football field, and much of it now lies under a climate-controlled shelter. In addition to the massive layer of bones, Alberta projectile points and tools have been found in and around the site. There have been several excavations over the years, and each research team has had its own explanation for how the bonebed formed. Agenbroad believed that hunters had driven bison over the edge of a steep cliff nearby several times over a few weeks. Larry Todd of Colorado State University and David Rapson of the University of Wyoming, who excavated there in the 1990s, theorize, instead, that the bison died naturally, and that humans occupied the site later. Mark Muñiz of St. Cloud State University, the last to excavate there, in the 2000s, has found evidence of a series of occupations, suggesting that humans traveled to the area to hunt seasonally. Visitors can watch, and even volunteer to help, as a new generation of scientists searches for additional clues.
While you’re there
Hudson-Meng is located in the Oglala National Grassland, where a memorable three-mile trail connects the bonebed to Toadstool Geologic Park, known for its haunting sandstone formations and abundance of fossils. Hearty Western country fare can be found in nearby Crawford, and several other famed attractions are not far away: Mount Rushmore or Badlands National Park can be reached in just two hours.
By JARRETT A. LOBELL
Monday, April 11, 2016
Over the two-plus years Alice Stevenson has been curator of the Petrie Museum of Egyptian Archaeology in London, she has looked at the delicate cream-colored garment hundreds of times, wondering at both the fineness of its workmanship and its extraordinary age. Thought to date from nearly 5,000 years ago, the “Tarkhan Dress” was once part of a large pile of dirty linen cloth excavated by Sir Flinders Petrie in 1913 at the site he named Tarkhan after a nearby village 30 miles from Cairo. In 1977, researchers from the Victoria and Albert Museum, while sorting through the pile of textiles as they prepared to clean them, discovered the dress, remarkably well preserved. They conserved the fabric, sewed it onto a type of extra-fine, transparent silk called Crepeline to stabilize it, and mounted it for display. The dress came to be known not only as Egypt’s oldest garment, but also as the oldest woven garment in existence. Yet in the absence of a precise original archaeological context—the mudbrick tomb in which the linen had been found had been plundered in antiquity—the exact age of the dress remained a subject of contention.
In 2015, as part of the reinstallation of the museum’s collection on its 100th anniversary, Stevenson asked Michael Dee of the University of Oxford’s Radiocarbon Accelerator Unit to help her put the question to rest. Linen associated with the garment, but not the dress itself, had been dated in the 1980s to the late third millennium B.C. since the sample size required at the time might have damaged the garment. In addition, the precision of the accelerators used for radiocarbon dating is far greater today. Using sterilized tweezers and scissors, Stevenson took a tiny thread from the dress, a process she describes as nerve-racking. “You can’t help but envision the whole thing suddenly unraveling before you,” she says. In the case of linen, the smallest sample that can be tested corresponds to a piece of string about half a centimeter long, weighing between two and three milligrams. (The sample from the Tarkhan Dress weighed just 2.24 milligrams.) “You’re never pleased about removing a piece from an artifact, however small,” says Dee. “But it’s also exciting because you’re presented with the opportunity of confirming the item’s antiquity, and in many ways enhancing its cultural value.” For example, another ancient Egyptian artifact Dee tested is the Ramesses III Girdle, a woven linen waistband thought to date to the twelfth century B.C. Dee’s results corroborated that date, silencing rumors that the artifact might be a fake.
Fortunately, linen is particularly easy to analyze. “Linen is a robust plant fiber composed of the carbon-rich biopolymer cellulose,” Dee explains. “This is much easier to handle and date than proteinaceous fibers like those found in wool and leather.” Flax, from which linen is woven, also has a short growing time, making precise dating results easier to obtain. The major obstacle the team confronted was the size of the sample. “It was just so small,” Dee says, “so I am actually pleased, and somewhat surprised, we were able to produce a date.”
Perhaps even more surprising was the date itself—the Tarkhan Dress is from between 3482 and 3102 B.C., not only making it the oldest woven garment in the world, but also pushing the date of the linen back, perhaps to before Egypt’s 1st Dynasty (ca. 3111–2906 B.C.). “We’d always suspected it was old, and even if it wasn’t near the 1st Dynasty, even a 5th Dynasty dress [ca. 2500 B.C.] is still pretty old by archaeological standards for this type of object,” says Stevenson. “But this new dating has affirmed my appreciation of the garment. With its pleated sleeves and bodice, together with the V-neck detail, it’s a very fine piece of clothing. There’s nothing quite like it anywhere of that quality and of that date. It’s amazing to think it has survived some 5,000 years.”
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