Close Menu
  • Home
  • Maritime
  • Offshore
  • Port
  • Oil & Gas
  • Energy
  • Technology
  • Incidents
  • Environment
  • Events
    • Maritime
    • Offshore
    • Oil & Gas
    • Energy
  • Advertising
  • Contact
Facebook X (Twitter) Instagram LinkedIn
Trending
  • bound4blue eSAILs help LDA RoRo ship cut emissions ‘massively’
  • Shanghai Demonstrates Ship-to-Ship Transfer for Captured CO2
  • Backlash after the Bahamas increases boat fees
  • Interior Department Streamlines Offshore Critical Minerals Development Process
  • Danish project set to measure sail-assisted emission reductions in shipping
  • FERC easing rules to expedite construction of natural gas projects
  • Scientists Replicate Prehistoric Seafaring with Primitive Canoe
  • Explosion Aboard Chemical Tanker in Irish Port Seriously Injures Two Crew
Facebook X (Twitter) Instagram LinkedIn
Maritime247.comMaritime247.com
  • Home
  • Maritime
  • Offshore
  • Port
  • Oil & Gas
  • Energy
  • Tech
  • Incidents
  • Environment
  • Events
    • Maritime
    • Oil & Gas
    • Offshore
    • Energy
  • Advertising
Maritime247.comMaritime247.com
Home»Technology»Scientists Replicate Prehistoric Seafaring with Primitive Canoe
Technology

Scientists Replicate Prehistoric Seafaring with Primitive Canoe

June 26, 2025
Facebook Twitter LinkedIn WhatsApp Reddit Tumblr Email
Share
Facebook Twitter LinkedIn Email

Recreating Ancient Ocean Voyages: How Paleolithic People Could Have Crossed the Sea

Humans emerged in Africa around 300,000 years ago and gradually migrated across the globe, reaching even the most remote corners of the Earth. One of the most intriguing questions in anthropology is how our ancient ancestors managed to navigate treacherous ocean expanses with limited technology. A recent experimental expedition sheds light on this enigma.

Researchers embarked on a daring journey across the East China Sea, paddling from Taiwan to Japan in a replica of a Paleolithic dugout canoe. The 25-foot-long canoe, named Sugime, was crafted using primitive tools such as an axe and an adze, mimicking the techniques employed by our ancestors thousands of years ago.

The crew of four men and one woman braved the elements, battling the formidable Kuroshio current during their 140-mile journey. Navigating by the sun, stars, and ocean swells, the voyagers successfully reached Yonaguni Island, part of the Ryukyu chain off Japan.

Lead researcher Yousuke Kaifu from the University of Tokyo emphasized the challenges faced by the ancient seafarers. “The Paleolithic people could cross the sea with dugout canoes if they were skilled paddlers and navigators, despite the risks posed by strong ocean currents,” Kaifu explained.

Archeological evidence suggests that around 30,000 years ago, early humans crossed from Taiwan to the Ryukyu islands using similar methods. The study highlights the remarkable capabilities of our ancestors in undertaking perilous sea journeys with rudimentary tools and without modern navigation aids.

The experiment is reminiscent of Thor Heyerdahl’s Kon-Tiki expedition in 1947, which aimed to demonstrate ancient maritime migration routes. While Heyerdahl’s theories have been challenged, the current research provides a more realistic model of prehistoric ocean voyages.

See also  PML Study Examines UK Wind Farm, Fishermen Conflicts

Physical oceanographer Yu-Lin Chang, co-author of the study, emphasized the variability of ancient sea conditions. “Crossing the Kuroshio was possible in ancient times, but unpredictable weather could have led to failures,” Chang noted.

This groundbreaking research offers new insights into how Paleolithic people might have traversed vast oceanic distances, shedding light on their remarkable seafaring abilities. By recreating ancient voyages, scientists are uncovering the ingenuity and resilience of our early ancestors in exploring the world’s remote corners.

(Source: Reuters – Reporting by Will Dunham in Washington, Editing by Rosalba O’Brien)

Canoe Prehistoric Primitive Replicate Scientists Seafaring
Share. Facebook Twitter LinkedIn Tumblr Telegram Email

Related Posts

FET to Provide ROVs to Offshore Construction Firm

June 25, 2025

Plutonium Levels in Sediments Remain Elevated 70 Years After Nuclear Tests

June 25, 2025

Industrial Partners Unite Behind Floating Hydrogen Project

June 25, 2025
Top Posts

China Fights Australia’s Plans to Reclaim Darwin Port Citing U.S. Influence

May 27, 2025

Car Carrier ‘Morning Midas’ Catches Fire with Electric Vehicles Off Alaska

June 5, 2025

Coast Guard Overflight Footage Reveals Fire Spreading on Morning Midas Car Carrier Off Alaska Coast

June 6, 2025

Denmark awards first-ever offshore wind farm life extension permit

June 4, 2025
Don't Miss
Oil & Gas

Woodside’S North West Shelf Project Gets Australian

December 24, 2024

The Western Australian Government Approves Environmental Extension for North West Shelf Project The Western Australian…

Geophysical cable route survey completed for Ossian floating offshore wind farm

January 23, 2025

New milestone for TotalEnergies’ North Sea field revival project

June 10, 2025

Case of a Mutual Fund Advisor/Distributor

February 7, 2025

Subscribe to Updates

Your Weekly Dive into Maritime & Energy News.

About Us
About Us

Stay informed with the latest in maritime, offshore, oil & gas, and energy industries. Explore news, trends, and insights shaping the global energy landscape.

For advertising inquiries, contact us at
info@maritime247.com.

Facebook X (Twitter) YouTube LinkedIn
Our Picks

US Storm, Weaker Dollar Push Oil to 12-week High

January 6, 2025

John T. Essberger wraps up first bio-LNG bunkering at Hamina LNG terminal

April 5, 2025

Scottish Maritime Museum Director Announces Retirement

February 22, 2025

Subscribe to Updates

Your Weekly Dive into Maritime & Energy News.

© 2025 maritime247.com - All rights reserved.
  • Contact
  • Privacy Policy
  • Terms & Conditions
  • Advertising

Type above and press Enter to search. Press Esc to cancel.