New research has shed light on the advanced woodworking techniques possessed by early humans, according to a study led by Dr. Annemieke Milks. The analysis of a 300,000-year-old throwing stick has revealed a deep knowledge of wood properties, with the stick being meticulously scraped, seasoned, and sanded before use, suggesting highly developed woodworking skills.
The study, which is detailed in the journal PLOS ONE, suggests that these early humans possessed lightweight throwing sticks that potentially enabled communal hunts of medium and small animals. It is even possible that children may have participated in hunting activities using these throwing sticks.
The well-preserved throwing stick, currently on display at the Forschungsmuseum in Schöningen, highlights the early humans’ ability to plan and demonstrate woodworking skills that are still used today. Co-author Dirk Leder described the multiple steps involved in creating the throwing stick, emphasizing the attention to detail and expertise required.
The research suggests that the throwing stick was most likely used to hunt red and roe deer, as well as fast-small prey. The lightweight nature of the stick and its rotating properties allowed for longer distances of up to 30 meters to be covered when thrown.
Dr. Milks emphasized the significance of this study, stating, “This research offers an unprecedented glimpse into the lives and capabilities of early humans. It showcases their ingenuity and ability to adapt to their environment using woodworking techniques that are still relevant today.”
These findings challenge previous assumptions about the capabilities of early humans and highlight the importance of woodworking skills in their daily lives. This research adds to the growing body of evidence that early humans possessed a high level of cognitive ability and were able to plan and strategize in their hunting activities.
The study not only provides insight into the past but also has implications for the present. Understanding early human woodworking techniques could potentially inform modern woodworking practices and contribute to the preservation and replication of ancient artifacts.
In conclusion, new research has revealed the advanced woodworking techniques possessed by early humans. The analysis of a 300,000-year-old throwing stick indicates a deep knowledge of wood properties and meticulous craftsmanship. The lightweight throwing sticks potentially enabled communal hunts, involving both adults and children. Dr. Milks and her team’s findings highlight the early humans’ ability to plan and demonstrate woodworking skills that are still used today. The well-preserved stick on display at the Forschungsmuseum in Schöningen is a testament to their ingenuity and adaptability.
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