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The Copper Age, also known as the Chalcolithic or Eneolithic Age, witnessed the gradual introduction of copper as a metal, marking a transitional phase between the Neolithic and Bronze Age. While the role of copper artefacts in societal transformation remains debated, metallurgy's advent allowed for the recycling and reuse of materials, enhancing their value. The development of metallurgy in Europe, including Austria, is suggested to have multiple origins, with sites like Brixlegg in Tyrol, Austria, showcasing metallurgy practices. Copper ore deposits in the Austrian Alps, particularly in North Tyrol, were utilised during the Neolithic and Copper Age, as indicated by chemical analyses of artefacts.
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What You'll Learn
Copper metallurgy in Austria
One of the earliest known copper mines in Austria was located in Brixlegg, Tyrol. This site is particularly significant as it challenges the hypothesis that metallurgy originated in southern Spain or West Bulgaria and was then diffused throughout Europe. Brixlegg and other sites in Austria and Central Europe, such as Mitterberg in Salzach, show evidence of metallurgy that is simultaneous with or even precedes those in the supposed 'original' nuclei.
Copper was a metal of choice for early metallurgists due to its abundance, ease of recognition, and workability. It could be found in over 160 different minerals, and its eye-catching appearance, especially when converted into jewellery, made it desirable. Copper artefacts found in Austria and elsewhere in Europe include beads, rings, sickles, swords, and axes.
The Totenkopf site in Uttendorf, Zell am See District, Salzburg, Austria, is another location where copper metallurgy was practised. Here, copper slag localities and mining districts indicate the presence of ancient copper extraction and processing activities.
The development of copper metallurgy in Austria and Europe had a significant impact on societal development. It led to the establishment of larger villages, the construction of fortifications, and the emergence of long-distance trade networks. These changes transformed the way people lived and interacted, marking a significant step forward in human civilisation.
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Copper metallurgy in the Balkans
The evolution of copper metallurgy in the Balkans was influenced by local mining experience and the availability of raw materials. The earliest copper mining sites, Rudna Glava in Serbia and Ai Bunar in Bulgaria, are dated to the first half and middle of the 5th millennium BCE. These sites, belonging to the Carpatho-Balkan Metallurgical Province, provided evidence of the local exploitation of carbonate copper minerals like malachite and azurite. The technology employed was similar to that of former flint mining in the Late Neolithic, with massive pebbles from nearby alluvial deposits used as mining hammers.
The Vinča culture in central Balkan followed all metallurgical phases, from the introduction of metal to the use of carbonate ores. This process lasted from the middle of the 5th millennium BCE to the end of the 4th millennium BCE, coinciding with the transition from the Neolithic to the Bronze Age. The gradual development of primary copper metallurgy in the Balkans started with the production of small jewellery pieces and progressed to the serial manufacturing of massive tools and weapons.
The geographic position of the Balkans in southeast Europe has been significant in interpreting the origin of copper metallurgy in central and eastern Europe. The rapid development of the copper industry during the Eneolithic or Chalcolithic period has raised questions about the sources of raw materials. It has been proposed that the oldest mines were destroyed by later, more intensive exploitation, and the lack of reliable data about the earliest copper and gold mining adds to the intrigue. Nevertheless, the study of copper artefacts from sites like Sultana-Malu Rosu in southeastern Romania contributes valuable insights into the early metallurgy of the region.
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Copper metallurgy in Neolithic Northern Central Europe
The earliest evidence of metallurgy in Europe is from the Southeastern Balkans, with the first mining of copper ores around 6200 BCE. The earliest evidence of smelting dates back to around 5000 BCE, with a metallurgical boom occurring around the mid-5th millennium BCE. Copper metallurgy reached the Carpathian Basin and East Central Europe around 4300 BCE, and evidence of local copper artefact production has been found in South Central European contexts from around 3800 BCE.
The beginning of copper imports to Northern Central Europe and Southern Scandinavia at the start of the fourth millennium BCE is linked to Southeast European copper ore deposits. This continued until around 3300 BCE, coinciding with the peak of copper production in the region (3500-3300 BCE). After a decrease and gap in copper supplies between 3300 and 2300 BCE, copper from South Central Europe, and later from the British Isles, was used as raw material.
Societies in the Funnel Beaker Culture in the north of central and northern Europe cast copper into various types, depositing it mainly in hoards. Copper artefacts from this period had symbolic value. The development of metallurgy in Europe likely occurred independently in different places and at different times, as evidenced by the variation in production methods for similar final products.
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Copper metallurgy in Southern Scandinavia
The development of metallurgy in Southern Scandinavia was influenced by the early centres of copper metallurgy in Southeast Central Europe and Southeast Europe. Lead isotope analyses of Neolithic copper objects from Southern Scandinavia suggest that the copper ore deposits in these regions, particularly the Serbian mining areas, were used for Early Neolithic artefacts (c. 4100–3300 BC). The Middle Neolithic artefacts (c. 3300–2800 BC) likely originated from the Slovak Ore Mountains, Serbian mining areas, and the Eastern Alps, while the Late Neolithic artefacts (c. 2800–1800 BC) may have come from the Slovak Ore Mountains and the Alpine region.
The Copper Age, also known as the Eneolithic or Chalcolithic Age, was a transitional period between the Neolithic and Bronze Age, marked by the gradual introduction of native copper alongside stone tools. However, recent archaeology suggests that the metal's introduction was more rapid than previously thought, coinciding with significant social changes. The earliest Copper Age artefacts in Europe date back to the 5th and 6th millennia BCE, with sites like Majdanpek, Jarmovac, and Pločnik yielding copper axes and other metalwork.
The lack of metal resources is cited as a reason for Southern Scandinavia's relatively late involvement with metallurgy. While copper ores were discovered and exploited in central and northern Scandinavia during the Middle Ages, these sources were likely unknown to Bronze Age societies, who relied entirely on external sources of copper and tin. The study of metal-trading networks during the Late Neolithic and the emergence of a new, purer type of copper in the latter half of LN II highlights the complex dynamics of early metallurgy in the region.
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Copper metallurgy in the Near East
One notable aspect of copper metallurgy in the Near East is the early development of bronze. The Egyptians were likely the first group to discover that mixing copper with arsenic or tin created a stronger and harder metal, known as bronze. This discovery significantly impacted the advancement of warfare and craftsmanship. The island of Cyprus, located in the Eastern Mediterranean, was a significant supplier of copper during the Bronze Age, serving as a major destination for those seeking to acquire the metal. The name "copper" is believed to be derived from the Latin "aes Cyprium," meaning "metal of Cyprus," highlighting the island's importance in the copper trade.
The Near East also had connections to copper metallurgy in other regions, such as Africa. While Africa had its own sources of copper, such as in West Africa and the Lufilian Arc, the Byzantine Empire, located in the Near East, was also a source of copper for West Africa. This trade relationship influenced the development of copper metallurgy in Africa, showcasing the interconnectedness of regions in the ancient world.
Additionally, the Near East had a significant impact on the Roman Empire's copper supply. Rio Tinto in Spain, Cyprus, and to a lesser extent, Tuscany, Sicily, and other parts of the Middle East, were sources of copper for the Roman Empire. The Romans controlled extensive copper deposits throughout their empire, and their smelting methods improved over time, as evidenced by the increasing purity of their copper coins.
The development of metallurgy in the Near East had far-reaching consequences, not only within the region but also globally. The discovery of bronze and the establishment of trade routes contributed to the spread of copper metallurgy and influenced societal changes, such as the development of larger villages and the emergence of long-distance trade networks.
In conclusion, copper metallurgy in the Near East played a pivotal role in the history of metallurgy, impacting not only the region itself but also Europe, Africa, and beyond. The trade of copper and the discovery of bronze influenced societal developments and highlighted the interconnectedness of ancient civilizations in their pursuit of this valuable metal.
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Frequently asked questions
The first metallurgy machine in Austria was located in Tyrol, specifically the North Tyrol region.
The first metallurgy machine in Austria appeared during the Copper Age, also known as the Chalcolithic Age, which served as a transition between the Neolithic and the Bronze Age.
The first metallurgy machines were used for smelting, annealing, casting, molding, and recycling copper.
Some examples of early copper artifacts found in Austria include beads, rings, sickles, swords, and axes.
