Publications
Prehistoric Flint Mines in Europe
Prehistoric flint mining in Europe reveals complex social and economic systems that thrived from the Neolithic to the Bronze Age. This comprehensive study, led by the UISPP Commission on Flint Mining, synthesizes research from 18 articles contributed by archaeologists across ten European countries. It highlights the uniformity of mining practices while acknowledging diverse methodologies and traditions. Key insights include the geographical and geological contexts of major mines like Spiennes in Belgium, Grime’s Graves in England, and Rijckholt-Sint Geertruid in the Netherlands, along with the Defensola mine in Italy. The research examines mining zone topography, exploitation techniques, dating, lithic production, labor organization, settlement patterns, product distribution, and symbolic aspects. Richly illustrated with color photographs and drawings, this work serves as a valuable resource for both academics and general readers seeking up-to-date information on prehistoric flint mining communities.
The Good, the Bad and the Ugly. Selection of flint nodules, first step of the chaîne opératoire: data from ST6 Neolithic mine (Spiennes, Belgium)
Neolithic miners at Spiennes (Belgium) demonstrated a nuanced approach to flint nodule selection, prioritizing blocks with minimal flaws such as extensional fractures. Analysis of shaft ST6, exploited between 4200-3600 BCE, revealed variability in selection criteria across mined beds, suggesting adaptive strategies based on raw material quality. The presence of hammerstones and roughouts within the mine raises intriguing questions about potential underground knapping activities, challenging assumptions about Neolithic tool production practices.
The Neolithic flint mines of Spiennes (Belgium)
The Neolithic flint mines of Spiennes, Belgium, stand out as a remarkable example of early mining practices in North-Western Europe, dating back to the end of the fifth millennium BC. This UNESCO World Heritage Site, discovered in the late 19th century, spans over 100 hectares and showcases sophisticated mining techniques used to extract large flint slabs from depths of 15 to 16 meters. The site's significance is further underscored by its nearly 2000-year exploitation period and the proximity of an enclosed settlement. Ongoing archaeological research, supported by continuous investment from the Public Service of Wallonia, continues to uncover new data, contributing valuable insights into Neolithic mining and knapping techniques.
Raw material exploitation strategies on the flint mining site of Spiennes (Hainaut, Belgium)
The Neolithic flint mines at Spiennes (Mons, Belgium) represent one of Europe's most extensive and long-lasting mining operations, spanning from 4350 to 2300 BCE. This study reveals that the site's longevity was enabled by its rich flint resources, favorable geography, and sophisticated mining strategies, which evolved over time. Analysis of stratigraphic evidence and flint production suggests variability in both synchronic and diachronic mining techniques, particularly for standardized axeheads and blades. The research also proposes a hypothesis linking the seasonality of mining activities to the permanent settlement of Michelsberg populations, who combined farming with specialized mining and knapping. Group specialization, social control of resources, and century-old traditions likely sustained Spiennes' dominance in the Mons Basin's raw material supply for centuries.
Europe: The Birthplace of Mining?
Archaeological evidence suggests Europe, not the Middle East, was the birthplace of organized mining, with flint and metal extraction beginning as early as 7000 BC. The transition to farming during the Neolithic period intensified mining activities, particularly for flint used in tools, at sites like Spiennes (Belgium) and Grimes Graves (England). Europe also pioneered copper mining, with thousands of objects dating back to the Chalcolithic period (6th–3rd millennia BC), facilitating trade networks that spanned the continent. The discovery of copper and tin sources enabled bronze production by 2000 BC, further shaping European societies during the Bronze Age (5500–500 BC).
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