Key Takeaways
- A Google Maps search led to a major crater discovery
- The crater measures 15.5 miles and dates back 390 million years
- The finding was confirmed through field research and geological evidence
What began as a routine Google Maps crater discovery has led to the identification of a significant meteorite impact crater in Canada. The discovery highlights how digital mapping tools can contribute to scientific findings when combined with observation and follow-up research.
From digital maps to scientific investigation
In late 2023, an amateur astronomer from Quebec was using Google Maps to plan a camping route through the Côte Nord region. During this process, he noticed an unusual circular land formation located about 62 miles north of the town of Magpie. The structure appeared distinct due to its near-perfect circular shape and large size.
The formation measured approximately 15.5 miles in diameter. Its appearance closely resembled known meteorite impact craters, prompting further curiosity. After checking available crater databases and finding no existing record, the observer shared the Google Maps crater discovery with researchers.
The information was reviewed by a planetary geologist associated with an impact database that collects reports of potential crater sites. While many such reports do not result in confirmed discoveries, the structure’s shape and initial analysis suggested it warranted further investigation.
In 2025, a research team traveled to the site to conduct a detailed field study. The location required access by float plane due to its remote terrain. During the expedition, scientists examined rock formations and collected samples for analysis.
Key geological evidence was identified at the site. Researchers found shatter cones, which are formed under high pressure during meteorite impacts, and impact melt rock, created when extreme heat melts surrounding material. These findings confirmed that the structure was formed by a meteorite impact.
Scale of discovery and scientific relevance
This Google Maps crater discovery, now named Uhackatik, is estimated to have formed about 390 million years ago. Its size and preservation make it one of the larger impact structures identified in recent years.
Scientists note that discoveries like this are uncommon. On average, only 1 or 2 new impact craters are confirmed each year globally. The identification of this crater also marks the first such discovery in Canada since 2010.
Ancient craters are often difficult to detect because geological processes gradually alter or erase their features over time. The visibility of this Google Maps crater discovery through satellite mapping demonstrates the role of modern digital tools in identifying such formations.
The use of Google Maps in this case shows how accessible mapping platforms can assist in early-stage identification of geological features. While confirmation requires scientific validation through fieldwork and laboratory analysis, initial detection can begin with widely available technology.
Researchers are continuing to study rock samples from the site to gather additional data. The findings are expected to be presented at an upcoming scientific meeting, with further analysis contributing to formal publication, according to CBC News.
The discovery adds to the global understanding of meteorite impacts and provides a well-preserved example for future research. It also demonstrates how this Google Maps crater discovery can lead to meaningful contributions in scientific exploration.
ALSO READ: 10 Interesting Facts About Google
