Kiel University researchers applied a modern HDI-based method to study Cucuteni-Trypillia settlements, revealing new insights.
Researchers at Kiel University, through a study published in Open Archaeology
Photo Credit: Unsplash/Martijn Vonk
Researchers at Kiel University, through a study published in Open Archaeology, have introduced a fresh method to analyse archaeological findings. By linking ancient societal structures with modern human development metrics, they have provided a new lens to examine prehistoric mega settlements. Their approach connects archaeological categories to the United Nations Human Development Index (HDI), paving the way for innovative interpretations of ancient communities.
According to the study, the research focused on the Cucuteni-Trypillia settlements, which existed between 5050 and 2950 BCE in present-day Romania, Moldova, and Ukraine. Spanning areas of up to 320 hectares and housing populations as large as 17,000, these settlements displayed signs of advanced social equality and technological development. The team, led by Dr Vesa Arponen and joined by Dr René Ohlrau and Prof Tim Kerig, explored the possibility that increased opportunities for personal agency might have driven innovation and population growth rather than external pressures such as climate change or resource constraints.
The capability approach, originally proposed by Indian economist and philosopher Amartya Sen, was adapted to assess the Cucuteni-Trypillia culture, as per reports. This philosophical framework shifts the focus from material wealth to opportunities and capabilities that enable individuals and groups to thrive, as per sources. Dr Arponen explained in a statment that their analysis allowed ancient societal dynamics to be reframed through modern concepts of human well-being, as articulated in the HDI.
The researchers highlighted how indicators of innovation, such as advanced plough designs and weaving tools, were directly linked to a community's quality of life. Prof Kerig in statement noted that by examining these archaeological markers, they can connect static material evidence with dynamic societal behaviour.
The findings challenge traditional explanations of technological and demographic shifts in these ancient communities. Dr Arponen in a statement, said that it was previously believed that external pressures spurred these changes but their study suggests that the flourishing of these societies could be attributed to the expanded opportunities available to individuals.
Future research aims to apply this methodology to other ancient cultures, offering a versatile tool to reinterpret archaeological data while stimulating fresh discussions on societal evolution.
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