Amateur astronomer discovers 390-million-year-old meteorite impact crater in Quebec

A previously unknown meteorite impact crater has been identified in Quebec, Canada. The discovery was made by an amateur astronomer who spotted the site while using Google Maps to plan a camping trip. This cosmic collision occurred approximately 390 million years ago. The site has been identified as the Uhackatik Crater. The discovery began as a hunch based on satellite imagery and was subsequently confirmed as a genuine impact site, transforming a routine trip planning session into a significant scientific find. Multiple media outlets have highlighted the serendipitous nature of this find.

Discover Magazine reports that the individual was mapping out a camping trip when the crater became visible. Gizmodo emphasizes the role of Google Maps in allowing an amateur to locate the ancient site. ABC News and ZME Science both focused on the age of the impact, noting the 390-million-year timeframe. Additional reporting from quasa.io detailed the specific process of how the Uhackatik Crater was confirmed, while Daily Kos categorized the event as an instance of serendipitous discovery within the realm of overnight science news. This event is significant because it demonstrates how consumer-grade satellite mapping technology can be utilized for geological and astronomical discoveries. The discovery of the Uhackatik Crater provides a new data point for understanding ancient cosmic collisions on Earth.

By identifying a feature that had remained undocumented until now, the amateur astronomer has contributed to the geological record of Quebec. The intersection of recreational activity, such as camping trip planning, and scientific observation underscores the accessibility of modern geographic data tools for non-professional researchers. Future attention will likely focus on the formal confirmation and mapping of the Uhackatik Crater. Since coverage from quasa.io specifically mentions the confirmation process, further details regarding the geological verification of the site may emerge. Observers will be looking for additional scientific analysis of the 390-million-year-old impact to determine its scale and composition. Because the discovery relied on Google Maps, there may be continued interest in whether other undocumented craters exist in similar regions that can be identified through remote sensing and satellite imagery.