New Asteroid Impact Crater Found in Australia: Earth's Oldest скачать в хорошем качестве

New Asteroid Impact Crater Found in Australia: Earth's Oldest

#asteroidcollision #asteroidimpact #australia Australia has once again taken the top spot for the oldest known asteroid impact site. In a groundbreaking discovery, geologists have uncovered evidence of a massive asteroid impact that struck the Pilbara Craton in Western Australia 3.47 billion years ago. This event predates the Yarrabubba impact structure, which was previously the oldest confirmed crater at 2.229 billion years old. The discovery sheds new light on Earth's violent early history and the role of meteorite bombardment in shaping the planet’s crust and atmosphere. This video explores the incredible scientific evidence that led to the confirmation of the Pilbara impact. Shatter cones, a rare geological fingerprint of hypervelocity collisions, were found preserved in the Antarctic Creek Member. These structures prove that a catastrophic impact occurred, sending shockwaves through the ancient bedrock. Additionally, the discovery of impact spherules, tiny glass-like droplets formed from vaporized rock, further supports the theory that a massive asteroid struck this region in the Archean Eon. The impact was so powerful that it likely triggered massive earthquakes exceeding magnitude 10, causing widespread destruction across early Earth. Given that pillow basalts were deposited shortly after the impact, it is highly probable that the asteroid strike occurred in a shallow ocean environment, generating colossal tsunamis that reshaped the landscape. The energy released by the collision would have been comparable to some of the largest known impact events in Earth's history, leaving behind a crater estimated to be 100 kilometers wide. Although the visible crater has been eroded away over billions of years, the geological record still holds clues to this ancient cataclysm. This discovery also raises fascinating questions about the impact’s role in early Earth’s geology and atmospheric evolution. Could this event have influenced the formation of mineral deposits, hydrothermal systems, or even the stability of Earth’s first cratons? Could large asteroid impacts like this one have played a role in creating environments suitable for the emergence of life? These are just some of the intriguing possibilities explored in this video. Join us as we dive deep into the evidence, history, and significance of the Pilbara impact. Learn how geologists uncovered this lost chapter of Earth’s past, and what it tells us about the planet’s earliest years. If you're fascinated by asteroid impacts, early Earth, and the forces that shaped our world, this is a video you won’t want to miss. Make sure to like, share, and subscribe for more in-depth scientific discoveries. Link to study: https://www.nature.com/articles/s4146... Thank you so much for watching! If you are not in a position to donate, I totally understand! The biggest supporting factor that you engage in is to watch our videos all the way to the end (very important for helping us rank) and to share them around so please consider doing this so that Youtube recommends our channel more. If you are in a position to support our channel on Youtube Membership or by joining our Patreon, the link to all of this can be found below: 🎥 If you would like to support this channel, consider joining our Patreon:   / ozgeology   👉 You can also click the "join" button to join our Youtube channel's membership. Every contribution helps to create more videos. Join this channel to get access to perks:    / @ozgeologyofficial   🌋 Subscribe to our Youtube Channel: https://www.youtube.com/channel/UCxLr... 💥Link To Our Facebook:   / ozgeology   🌏 About OzGeology OzGeology is an Australian-based YouTube channel that specializes in creating high-quality documentaries on Earth sciences and natural disasters. The content is designed to be easy to digest and covers a wide range of topics, not only focusing on geology but occasionally exploring other scientific areas as well.