Measuring Stone Age Tool Quality: A New Physical Model for Stone Selection

Measuring Stone Age Tool Quality: A New Physical Model for Stone Selection

A recent study by Dr. ​Patrick ⁤Schmidt from the ​University of Tübingen’s Early‍ Prehistory and Quaternary Ecology section revealed​ that early ‌hunter-gatherers‌ in southern⁣ Africa were adept at selecting the most suitable material for stone tools and spearheads over 60,000 years ago during the Middle Stone Age.

Stone ⁤was the primary material for toolmaking during the longest ‌period of human history. Schmidt explains that stones ⁤were skillfully shaped to create tools like knives and scrapers. The Stone Age, which spanned approximately 2.6 million ⁤years,⁢ only⁣ came to an end around 2000 BC, varying ​by region.⁢ The initial step in tool production involved gathering specific stones.

Collaborating with a team from‌ the geosciences and the ⁢Competence Center⁢ Archaeometry Baden-Wuerttemberg ⁣at the University of Tübingen and⁤ the University of Aix-Marseille,⁢ Schmidt delved into⁢ the early humans’ meticulous selection ⁢of raw materials.

The research was conducted at the Diepkloof Rock Shelter in South Africa’s Western Cape province,‌ a significant Middle⁤ Stone⁣ Age ⁢site known for its early evidence of human use of symbols, such as 60,000-year-old ostrich egg shells adorned with patterns⁤ and repurposed as water containers.

“We examined the rocks used for​ the tools and spearheads found⁢ at the site, including quartzite, ‍silcrete,⁢ and hornfels,” Schmidt explains. “We collected samples of the same rock from the surrounding ‌area and analyzed their mechanical properties.”

2024-02-27 10:00:05
Original from phys.org

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