Archaeologists from the ROOTS Cluster of Excellence, in collaboration with partners from Serbian museums, have unearthed a remarkable discovery: a previously unknown Late Neolithic settlement nestled near the Tamiš River in Northeast Serbia.
A Landmark Discovery
"This discovery is of outstanding importance, as hardly any larger Late Neolithic settlements are known in the Serbian Banat region,"
remarks Professor Dr. Martin Furholt, the team leader from the Institute of Prehistoric and Protohistoric Archaeology at Kiel University.
Mapping Ancient Structures
Through cutting-edge geophysical methods, the team meticulously mapped the settlement's extent, revealing a sprawling area spanning 11 to 13 hectares, encircled by four to six ditches.
"A settlement of this size is spectacular. The geophysical data also gives us a clear idea of the structure of the site 7,000 years ago,"
adds Fynn Wilkes, a ROOTS doctoral student and co-team leader.
Insights from Surface Surveys
In tandem with geophysical surveys, the researchers scoured the surrounding landscape for surface artifacts. These findings point to the settlement's affiliation with the Vinča culture, dating back to 5400-4400 BCE, with notable influences from the regional Banat culture.
Exploring Hungarian Rondels
During the same expedition, the team ventured into Hungary to investigate Late Neolithic circular features attributed to the Lengyel culture. By employing advanced geophysical techniques and on-foot surveys, they gained fresh insights into the chronological evolution of these sites.
Redefining Historical Narratives
One of the expedition's highlights was the reassessment of a settlement believed to belong to the Late Copper Age and Early Bronze Age Vučedol culture. Additionally, the meticulous documentation of a Late Neolithic circular ditch shed new light on ancient socio-economic dynamics.
Unraveling Social Inequalities
Professor Martin Furholt underscores the significance of Southeast Europe in understanding the dissemination of knowledge and technology during early human history. These discoveries contribute valuable data to the ROOTS project, which investigates the interplay between wealth inequality and knowledge transfer in ancient societies.
As analyses continue, these findings promise to deepen our understanding of prehistoric lifeways and illuminate the complex tapestry of human civilization's evolution.