Who Were the First Americans?
They may have been a lot like Kennewick Man, whose hotly disputed bones are helping rewrite our earliest history. An exclusive inside look this week from Time Magazine.
the remains that came to be known as Kennewick Man were almost twice as old as the celebrated Iceman discovered in 1991 in an Alpine glacier, and among the oldest and most complete skeletons ever found in the Americas. Plenty of archaeological sites date back that far, or nearly so, but scientists have found only about 50 skeletons of such antiquity, most of them fragmentary. Any new find can thus add crucial insight into the ongoing mystery of who first colonized the New World—the last corner of the globe to be populated by humans. Kennewick Man could cast some much needed light on the murky questions of when that epochal migration took place, where the first Americans originally came from and how they got here.
U.S. government researchers examined the bones, but it would take almost a decade for independent scientists to get a good look at the skeleton. Although it was found in the summer of 1996, the local Umatilla Indians and four other Columbia Basin tribes almost immediately claimed it as ancestral remains under the Native American Graves Protection and Repatriation Act (see box), demanding that the skeleton be reburied without the desecration of scientific study. A group of researchers sued, starting a legal tug-of-war and negotiations that ended only last summer, with the scientists getting their first extensive access to the bones. And now, for the first time, we know the results of that examination.
WHAT THE BONES REVEALED
It was clearly worth the wait. the scientific team that examined the skeleton was led by forensic anthropologist Douglas Owsley of the Smithsonian Institution's National Museum of Natural History. He has worked with thousands of historic and prehistoric skeletons, including those of Jamestown colonists, Plains Indians and Civil War soldiers. He helped identify remains from the Branch Davidian compound in Texas, the 9/11 attack on the Pentagon and mass graves in Croatia.
In this case, Owsley and his team were able to nail down or make strong guesses about Kennewick Man's physical attributes. He stood about 5 ft. 9 in. tall and was fairly muscular. He was clearly right-handed: the bones of the right arm are markedly larger than those of the left. In fact, says Owsley, "the bones are so robust that they're bent," the result, he speculates, of muscles built up during a lifetime of hunting and spear fishing.
An examination of the joints showed that Kennewick Man had arthritis in the right elbow, both knees and several vertebrae but that it wasn't severe enough to be crippling. He had suffered plenty of trauma as well. "One rib was fractured and healed," says Owsley, "and there is a depression fracture on his forehead and a similar indentation on the left side of the head." None of those fractures were fatal, though, and neither was the spear jab. "The injury looks healed," says Owsley. "It wasn't a weeping abscess." Previous estimates had Kennewick Man's age as 45 to 55 when he died, but Owsley thinks he may have been as young as 38. Nothing in the bones reveals what caused his demise.
But that's just the beginning of an impressive catalog of information that the scientists have added to what was already known—all the more impressive given the limitations placed on the team by the U.S. Army Corps of Engineers, which is responsible for the skeleton because the Corps has jurisdiction over the federal land on which it was found. The researchers had to do nearly all their work at the University of Washington's Burke Museum, where Kennewick Man has been housed in a locked room since 1998, under the watchful eyes of representatives of both the Corps and the museum, and according to a strict schedule that had to be submitted in advance. "We only had 10 days to do everything we wanted to do," says Owsley. "It was like a choreographed dance."
Perhaps the most remarkable discovery: Kennewick Man had been buried deliberately. By looking at concentrations of calcium carbonate left behind as underground water collected on the underside of the bones and then evaporated, scientists can tell that he was lying on his back with his feet rolled slightly outward and his arms at his side, the palms facing down—a position that could hardly have come about by accident. And there was no evidence that animal scavengers had been at the body.
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