Scientists Discover Ancient Asteroid Crater Hidden Beneath the Atlantic Ocean

A massive crater has been detected beneath the Atlantic, which was the result of the impact caused by a 66-million-year-old asteroid.

Advertisement
Written by Gadgets 360 Staff | Updated: 4 November 2025 22:41 IST
Highlights
  • Massive crater detected beneath the Atlantic
  • The crater has been formed by the impact of a 66-million-year-old asteroi
  • Researchers from Heriot-Watt University have released images

Deep under the Atlantic lies the 9 km-wide Nadir Crater, formed by an asteroid 66 million years ago.

Photo Credit: Communications Earth & Environment (2024) DOI: 10.1038/s43247-024-01700-4

Recently, researchers from Heriot-Watt University have revealed the presence of a crater beneath the Atlantic Ocean. This 9-km wide Nadir Crater, caused due to the impact of the Asteroid that struck the Earth 66 million years ago, rests deep beneath the ocean. The period has been linked to the time when the cataclysmic Chicxulub event occurred and resulted in the extinction of the dinosaurs. This research was conducted using advanced 3D seismic imaging, which allowed for a snapshot of the exposed crater.

About the Discovery of Nadir Cater

As stated by Dr. Uisdean Nicholson, the Nadir Cater was discovered back in the year 2022 in West Africa; however, the confirmations of its impact have been revealed recently with these latest results. New seismic data reveal a deep, bowl-shaped crater where molten rock surged upward, rock layers fractured for thousands of square kilometers, and a massive 800-meter-high tsunami swept the Atlantic. Furthermore, these findings were published in Nature Communications Earth & Environment.

From Data Reveal to 3D Images

Analyzed by Dr. Uisdean Nicholson, the high-resolution 3D seismic data collected by the geophysical company TGS has come with definitive proof of the presence of Nadir Crater. Likewise, he noted that until now, only 20 marine craters, across the world, have been confirmed, with no extraordinary images. However, this time, the structure has been presented in complete 3D wherein, the layer to layer comparison has become possible. Moving forward, Dr. Nicholson added, that the scan showed remarkable clarity.

Advertisement

The Findings

The new study has revealed the 3D images where the Nadir Asteroid appeared 450-500 meters wide striking from the northeast at about 20 km per second. This impact resulted into earthquakes, tsunamis, and landslides, that further resulted in the formation of distinctive ridges, and resurge scars across the Atlantic Plateau.

Advertisement

 

 

Get your daily dose of tech news, reviews, and insights, in under 80 characters on Gadgets 360 Turbo. Connect with fellow tech lovers on our Forum. Follow us on X, Facebook, WhatsApp, Threads and Google News for instant updates. Catch all the action on our YouTube channel.

Advertisement

Related Stories

Popular Mobile Brands
  1. Vivo Y500 Pro Launch Date, Key Features Confirmed Ahead of Launch
  2. NASA Confirms Plans to Retire and Deorbit the ISS Over Point Nemo
  1. Dark Matter May Behave Like Ordinary Matter Under Gravity, New Study Finds
  2. Interstellar Visitor 3I/ATLAS Brightens Faster Than Expected, Surprising Scientists
  3. Point Nemo: The Remote Ocean Graveyard Where the ISS Will Make Its Final Descent in 2030
  4. Meteorite May Have Hit Moving Car in Australia, Scientists Investigate
  5. Keio University Team Measures Ancient Cosmic Temperature, Confirming Big Bang Prediction
  6. Mysterious 1950s Sky Flashes Re-Examined in New Astronomical Study
  7. Scientists Discover Ancient Asteroid Crater Hidden Beneath the Atlantic Ocean
  8. 16-Year-Old Student Creates Lifelike Robotic Hand Using LEGO Parts
  9. Mirai Hindi OTT Release Date: When and Where to Teja Sajja’s Superhero Drama Online in Hindi?
  10. Shakthi Thirumagan Now Streaming on JioHotstar: What You Need to Know About Vijay Antony’s Political Action Thriller
Gadgets 360 is available in
Download Our Apps
Available in Hindi
© Copyright Red Pixels Ventures Limited 2025. All rights reserved.