Shackled skeletons inside ancient Greek grave might have belonged to rebels

Posted By: Dattatreya Mandal 

Back in March, we talked about Palaio Faliro (or Παλαιόν Φάληρον, translated to ‘ Old Phalerum’) – the ancient port city of Athens, which is also known for its extensive network of old graves that contain around 1,500 skeletons. And the researchers were seriously puzzled by the discovery of skeletons that were shackled and unceremoniously deposited in mass graves. Well now a team led by Stella Chrysoulaki, an archaeologist at the Department of Antiquities of the Hellenic Ministry of Culture in Greece, may have some answers regarding the presence of these grisly evidences inside the cemetery compound. To that end, some of these shackled skeletons might have belonged to the supporters of Cylon, a tyrant who tried to overthrow the leader of ancient Greece as part of a coup in 632 BC.


Located only 5 km (around 3.1 miles) from the Acropolis, the grave complex was uncovered by various dedicated researchers over the course of several years. Analysis of the skeletal remains has revealed that the bodies likely date back to the period between eight and fifth centuries BC. Speaking about the discovery, Kristina Killgrove of the University of West Florida said (to LiveScience):

For the most part they are anomalous burials — the shackled people and people buried facedown, but also a lot of kids and a lot of non-elite individuals.

According to the team, historians have been aware of the existence of some of the graves at Phalerum for nearly a century. Recent excavations, however, have brought a large number of additional bodies to the surface. Given its vast area of over 1 acre (or 4,046-sq-m), the site, the researchers believe, holds a minimum of 1,500 skeletons. Killgrove added:

This is just a massive number of burials, which is absolutely fantastic.

In one of the graves, the archaeologists came across the remains of as many as 80 people, of which 36 had their hands tied with iron shackles. According to them, pottery fragments collected from the site indicate that the bodies were buried sometime between 650 BC and 625 BC. As the team points out, the shackled skeletons could belong to the followers of Cylon, a nobleman and former Olympic champion who led the coup of 632 BC.
Determined to overthrow the leader, Cylon and his followers attacked the Acropolis of Athens. When the revolt was successfully thwarted, Cylon and his brother escaped, while his supporters were stoned to death. Due to the lack of concrete evidence, it is difficult to ascertain where the ancient prisoners were in any way related to the Coup of Cylon. Killgrove explained:

These might be the remains of people who were part of this coup in Athens in 632 [B.C.], the Coup of Cylon… One of the problems is that historical records are really spotty for that century, so we really have no history and so it might be a stretch for them to connect these shackled skeletons with this coup.

During their excavation, the archaeologists came across a large number of other skeletons, some of them buried in jars, open pits or cremated in a funeral pyre. What’s more, the team also retrieved a horse skeleton from the grave complex. The discovery, according to the group, is significant, since it provides information about the lives of average people in ancient Greece, between fifth and third centuries BC. Killgrove was reported saying:

We don’t have information about people who aren’t in historical records. Learning more about the lower social classes in Athens tells us a lot about the rise of the city-state in Athens.

In any case, the evidence of such a grisly practice does allude to the dark times when Athens had still not become the (self-proclaimed) bastion of civilized endeavors and politics. So from a historical perspective, this discovery might shed some light into the potential political (or societal) upheaval the city-state had to face before the emergence of a democratic scope.
Part of the article was originally published in our sister site HEXAPOLIS.
Original Source: LiveScience