An Asteroid & Gold! A Hidden Crater Revealed #geology #asteroid #meteorite #impactcrater #gold @OzGeologyOfficial

Uploaded June 2026 | Updated September 2026, 3 weeks ago

A hidden asteroid impact crater was discovered in the middle of Western Australia's famous goldfields. Even more incredible, researchers found evidence that gold may have been blasted into the sky and rained back down after the impact.

#geology #asteroid #meteorite #impactcrater #gold #goldmining #westernaustralia #kalgoorlie #earthscience #ozgeology #science #space

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The core mission of OzGeology is to make geology exciting, accessible, and inspiring for everyone. Instead of presenting rocks and earth science as dry or overly academic, OzGeology brings stories of the planet to life, revealing how every mountain, mineral, and landscape tells part of Earth’s grand adventure. The goal is to help people see the world differently, to understand the dynamic forces shaping Australia and beyond, and to spark curiosity in the next generation of geologists. Through engaging storytelling, field exploration, and clear explanations, OzGeology turns the study of our planet into a journey of discovery rather than a classroom lecture.

An Asteroid & Gold! A Hidden Crater Revealed #geology #asteroid #meteorite #impactcrater #gold

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$This Gold Prospecting Secret Changes Everything #gold #goldprospecting #goldmining This video reveals one of the most overlooked gold prospecting secrets: the powerful relationship between iron and gold. Many prospectors walk straight past iron-stained rocks, rusty outcrops, and heavily oxidized ground without realizing they are looking at the surface expression of a gold-bearing system. In this video, we break down exactly why iron-rich rocks—especially gossans and oxidized sulfide zones—can be some of the best indicators of hidden gold deposits. If you’ve ever wondered how to find gold beyond obvious quartz veins, this is essential knowledge. Gold is often not visible in its original state. In many hydrothermal systems, gold is locked inside sulfide minerals like pyrite and arsenopyrite. These minerals can appear completely barren to the naked eye, meaning you can crush and pan the rock and still recover nothing. However, once these sulfides oxidize near the surface, they break down into iron oxides such as hematite, limonite, and goethite. This process releases the gold, transforming invisible, refractory gold into free, recoverable gold. That rusty red and orange staining you see in the field is not just iron—it is the chemical aftermath of sulfide destruction, and often the key to finding gold. Understanding how to identify this type of ground can completely change your success as a prospector. In this video, you’ll learn how to recognize true gossan and iron-rich gold-bearing rock, how to distinguish it from barren ironstone, and how to read textures like boxwork structures, silicification, and fracture-hosted mineralization. We also cover why structure, host rock, and alteration zones matter just as much as the iron itself, and how combining these clues dramatically increases your chances of finding gold. For those working with hard rock ore, this video also explains what to do when your material hasn’t oxidized yet. If your ore still contains intact sulfides, the gold may remain locked and unrecoverable through simple panning. We explore practical methods such as roasting sulfide ore, chemical oxidation using hydrogen peroxide or glycine systems, and bioleaching techniques that can break down sulfides and liberate the gold. These processes replicate natural oxidation and are critical for recovering gold from refractory ore. This is not just theory—this is the same process responsible for some of the richest gold zones in the world. The oxidation zone, supergene enrichment, and the transition between fresh sulfide ore and iron oxide-rich material are some of the most important targets in gold exploration. By learning to recognize iron as a signal of a past sulfide system, you can stop randomly searching and start targeting the exact geological environments where gold is most likely to occur. If you are serious about gold prospecting, understanding iron-rich rocks, gossans, oxidized sulfides, and the processes that liberate gold will give you a massive advantage. Whether you are panning, detecting, or working hard rock deposits, this knowledge will help you find gold that most people completely miss. 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. Check out the OzGeology website: https://ozgeology.com 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: https://patreon.com/OzGeology 👉 You can also click the join button to join our Youtube channels membership. Every contribution helps to create more videos. YouTube Membership: https://www.youtube.com/channel/UCxLrvjGBzYmj8W1rJToPasg/join 🌋 Subscribe to our Youtube Channel: https://www.youtube.com/channel/UCxLrvjGBzYmj8W1rJToPasgsub_confirmation=1 💥Link To Our Facebook: https://facebook.com/OzGeology 🌏 About OzGeology The core mission of OzGeology is to make geology exciting, accessible, and inspiring for everyone. Instead of presenting rocks and earth science as dry or overly academic, OzGeology brings stories of the planet to life, revealing how every mountain, mineral, and landscape tells part of Earth’s grand adventure. The goal is to help people see the world differently, to understand the dynamic forces shaping Australia and beyond, and to spark curiosity in the next generation of geologists. Through engaging storytelling, field exploration, and clear explanations, OzGeology turns the study of our planet into a journey of discovery rather than a classroom lecture.$

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