A possible massacre at Early Bronze Age Titriş Höyük,Anatolia

Trauma is among the most important sources of data providing information related to systematic violence, battles and massacres among ancient populations. In this study, a mass grave from Titriş Höyük in the Southeast Anatolia was examined in terms of cranial traumas. Skeletal remains of minimum 19 individuals were placed on a plaster basin as a secondary interment. The frequency of cranial trauma was 81.3% among 16 available adult crania. The fact that the perimortem traumas were observed on both sex groups and the presence of two children and an infant on the basin suggest the possibility of these individuals being subjected to an attack or a massacre. It has been determined that the frequency of traumas in the common burials increased more than twofold from Early‐Mid EBA (6.7%) to Late EBA (14.3%). While all of the injuries observed in Early‐Mid EBA were in the form of healed depressed trauma, penetrated traumas were also encountered in Late EBA. The increased frequency of cranial trauma with unusual interment on a plaster basin indicated that a social stress might have taken place in Titriş Höyük. It is concluded that the collapse of the Akkadian Empire, the deterioration of the trade‐based economy and resource stress might have been possible factors that played a role in the excessive violence, or a massacre in Titriş Höyük. Copyright © 2010 John Wiley & Sons, Ltd.     

A Case of Ancient Bladder Stones from Oluz Höyük,Amasya, Turkey

A biological object was recovered from the pelvic region of an adult woman coded to SK13 unearthed from Oluz Höyük in Amasya, Turkey. The skeleton was dated to the medieval period on the basis of the burial customs and the calibrated ¹⁴C dates. The find was identified as a bladder stone on morphological, radiographic and chemo‐analytical grounds with the help of X‐ray diffraction, polarised energy dispersive X‐ray fluorescence spectroscopy, confocal Raman spectroscopy, and microscopic techniques. The mineralogical composition of urinary stone was found to be as calcium phosphate (apatite). Bladder stone disease is endemic in poor agricultural regions where the typical diet is mostly based on grain carbohydrate consumption with scarce intake of animal protein. Copyright © 2013 John Wiley & Sons, Ltd.