Ancient Greek Murder Victim Passed Away with Strangely Perfect Circle in Chest

Ancient Greek Murder Victim Passed Away with Strangely Perfect Circle in Chest

Ancient Greek Murder Victim Passed Away with Strangely Perfect Circle in Chest

The ancient man's sternum, which has a nearly perfect hole in its center.
The ancient man’s sternum, which has a nearly perfect hole in its center.

Around 2,000 years ago, on a Greek island, a heavily muscled man was assassinated. The killer drove a seven-pointed spear with such force into the man’s chest that he left an almost perfect circle in his sternum,  a new study finds.

Such an injury is rare, said study researcher Anagnostis Agelarakis, a professor of anthropology at Adelphi University in Garden City, New York.”In my 40 years that I am in the field, I never found anything like that.

“The way that the [spear’s] penetration took place in [reference] to the bone, it is an exact 90-degree angle against the sternum.”  In other words, the ancient spear — known as a styrax, the pointed end of a thrusting spear — was not thrown at the victim from a distance. Instead, it was likely thrust inward at close range and done with precision, possibly for an execution, Agelarakis said. An injury like that would have caused cardiac shock and arrest, likely killing the man within 1 minute, Agelarakis said.

Archaeologists found the man’s remains in 2002 while excavating a section of an ancient necropolis in Thasos, the northern Most Aegean island. In all, the Scientists found the remains of 57 people there. This found included the man with the nearly perfect hole in his sternum, who was buried in a “conspicuous limestone cyst [a coffin-like stone box] grave of the Hellenistic period,” Agelarakis wrote in the study.

Muscular man

The man was tall for the time period, standing about 5 feet, 7 inches (170.5 centimeters) when he was alive, an anatomical analysis showed. A dental examination revealed that the man was at least 50 years old when he died. Moreover, by studying the marks left by muscles on the bones, Agelarakis determined that the man was muscular during his life.

It is impossible to say how this man became so buff, but it appears he was physically active throughout his life. “He could have easily been somebody who was exercising in the gym, in the Palestra,” Agelarakis said. It is likely the man also spent ample time swimming and running or even working on tasks relating to the navy, Agelarakis said.

All these movements, particularly repetitive ones, however, took a toll as the remains of the man showed signs of joint pain and inflammation known as spondyloarthritis, as well as osteoarthritis, Agelarakis said.

Perfect hole

The most intriguing aspect of the skeleton was the hole in the sternum, Agelarakis said. At first, the researcher wondered if it was sternal foramen, a developmental condition that affects about 5% of the modern population when the sternum does not completely form. But the approximately 0.6 by 0.4-inch hole (1.5 by 1.1 cm) was not a developmental glitch, but rather a feature created via “penetrating trauma” — likely by a 7-sided styrax, Agelarakis wrote in the study.

With the help of his wife, Argiro Agelarakis, a scientific illustrator and anthropologist who is also at Adelphi, as well as the Adelphi art department, Agelarakis had a few replica 7-sided styrax weapons made out of bronze alloy.

A drawing of the seven-pointed styrax that killed the ancient man.
A drawing of the seven-pointed styrax that killed the ancient man.

Agelarakis found that when he threw the replicas, they did not make a perfect circle when they hit their targets, because of the parabolic path they took while flying through the air. So, the styrax likely was not thrown at the man, Agelarakis said.

Likewise, the man probably was not attacked during a battle or fight, because he would have likely flinched when hit, and this would have made the injury different — that is, not a perfect circle. In all likelihood, the man was likely immobilized — either standing against a wall, kneeling with his hands tied behind his back or lying on his back on the ground — before the styrax was driven into his chest, probably for an execution, Agelarikis said.

“I concluded that it was not something that was hurled but [that] it was something that was steadied first on the sternum and then, with extreme force, penetrated,” Agelarakis said.

A few experiments with Adelphi University’s physics department showed that extreme force would have been needed to pierce the man’s bone — a force exceeding 2,200 newtons, equivalent to approximately 500 lbs. Weight (227 kilograms).

It is unclear why the man was executed, but it was probably during a time of political upheaval, perhaps one following military turmoil or reprisals during a regime change, Agelarakis said. A dental analysis showed that just before the man’s death, his diet worsened, suggesting that he was a prisoner or captive in his last days, Agelarakis said.

The ancient bones are now held at the Thasos Archeological Museum. A forthcoming issue of Access Archaeology will publish the study.