Navigating Archaic Maritime Capabilities in Confrontation with One of Earth's Most Violent Streams (Currents)
In a groundbreaking experimental archaeology project, a team of researchers at the University of Tokyo, led by anthropologist Yousuke Kaifu, have replicated the seafaring techniques used by Paleolithic people to traverse the Taiwan Strait. The team's successful voyage, which took place in 2019, provides valuable insights into the capabilities and challenges faced by our ancient ancestors during their migrations to remote islands.
The computer models used in the study considered Late Pleistocene oceanic conditions, simulating prehistoric journeys across the Taiwan Strait. The winning design was a canoe made from a hollowed-out and polished Japanese cedar tree with a fire-charred interior, which carried five crew members. This vessel was manufactured with edge-ground stone axes, proving to be both speedy and durable.
The team's voyage saw them crossing the Kuroshio current, a powerful ocean current that poses a significant challenge to any seafaring endeavor in this region. Their success demonstrates the advanced navigational skills required for prehistoric sea travel. Participants navigated using only natural signs like the sun, stars, and swells, without modern tools such as compasses or GPS.
Before their successful voyage, the team had experimented with reed-bundle rafts and bamboo rafts, neither of which were successful in crossing the Kuroshio Current. The success of the prehistoric journey was determined by the starting point (calm bays), directional strategy (east-southeast then northeast), and navigational skills (using the stars and Sun).
The study highlights that Paleolithic people accomplished something extraordinary with the rudimentary technology available to them at the time. It challenges the common perception of Paleolithic people as 'inferior' due to their 'primitive' culture and technology. The research suggests a possible way people in present-day Taiwan may have traveled to the islands tens of thousands of years ago.
Experimental archaeology, the practice of physically replicating bygone endeavors in a simulated historical context, was used to shed light on prehistoric seafaring. The study joins a host of recent hands-on approaches offering creative theories in the absence of direct material evidence.
Archaeologists estimate that humans first arrived on the Ryukyu Islands between 35,000 and 27,500 years ago. The team's work provides a compelling narrative, suggesting that our ancestors were not only capable seafarers but also possessed remarkable navigational skills. The study's findings offer a fascinating glimpse into our past, challenging us to reconsider the capabilities of our ancestors and the complexity of their societies.
- The success of the prehistoric voyage, as presented by Gizmodo, reveals that Paleolithic people had advanced skills in technology, as their vessel was constructed with edge-ground stone axes.
- The innovative fusion of science and environmental-science in the study of prehistoric seafaring offers insights into the future of space-and-astronomy, enabling us to simulate and replicate ancient journeys, as demonstrated by the team's voyage across the Taiwan Strait in 2019.
- The findings from this experimental archaeology project, published in various scientific journals, challenge the outdated notion that Paleolithic people were 'inferior' due to their 'primitive' culture and technology, revealing that they were capable seafarers who navigated using the stars, sun, and swells, without modern tools.
- As we continue to push the boundaries of technology, we can draw inspiration from the past, as exemplified by the Japanese cedar canoe manufactured by the University of Tokyo team, which proved to be both speedy and durable in crossing the Kuroshio current, a powerful ocean current that poses a significant challenge to any seafaring endeavor in this region.
){kind=link}