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Google Maps reveals 390-million-year-old meteorite crater

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Google Maps reveals 390-million-year-old meteorite crater
Photo: Rebekah Vos · Unsplash
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An amateur astronomer using Google Maps has discovered a massive ancient meteorite impact crater in Quebec, Canada, that had remained hidden for 390 million years. The crater, now named the 'Uhackatik crater,' was spotted by the astronomer while browsing satellite imagery on the mapping service. The discovery was later confirmed by scientists as a scar from a meteorite strike that occurred during the Devonian period.

The crater is located in the remote region of northern Quebec, near the town of Lac à l'Eau Claire. Its discovery affects the scientific community and our understanding of Earth's geological history, as it adds a new data point for studying ancient impacts. The find also highlights how publicly available tools like Google Maps can aid in scientific discoveries.

The significance of this crater lies in its age and preservation. At 390 million years old, it provides a rare window into a time when meteorite impacts were more frequent. The crater measures approximately 8 kilometers in diameter, making it a substantial impact structure. The amateur astronomer, whose intuition led him to investigate the unusual indentation, encouraged others to trust their instincts when exploring satellite imagery.

Background information from sources indicates that the crater was initially spotted as a strange circular depression on Google Maps. The astronomer reported his finding to experts, who then conducted field studies to confirm its origin. The confirmation came from a team of geologists and planetary scientists who analyzed rock samples and the crater's morphology.

Looking ahead, scientists plan to conduct further studies of the Uhackatik crater to learn more about the impact event and its effects on the surrounding environment. This discovery may also encourage more citizen scientists to use mapping tools to identify other potential impact sites, potentially leading to more hidden geological secrets being uncovered.

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