On January 2, a 6.1-magnitude earthquake struck Calama, Chile, at a depth of 99 kilometers, following various recent seismic activities in California and Alaska. Notable incidents included a 4.7-magnitude quake in Cobb, California, and a 6.7-magnitude earthquake in the Kuril Islands, showcasing ongoing geological activity across multiple regions.
On January 2, a 6.1-magnitude earthquake struck Chile, according to reports from the United States Geological Survey (USGS). The epicenter was located in Calama, at a depth of approximately 99 kilometers (61.5 miles). The USGS has noted that it received 25 reports from individuals who felt the tremor at the time of publication.
This seismic event in Chile follows a series of recent earthquakes in various locations. A 4.7-magnitude earthquake was reported in California on January 1, centered in Cobb at a depth of 1.1 kilometers (0.7 miles). Additionally, earlier seismic activity included a 3.3-magnitude earthquake in Alaska on December 30 and another in Fort Bidwell, California, shortly before.
On December 27, a more significant 6.7-magnitude earthquake occurred in the Kuril Islands, located at a depth of 162.6 kilometers (101 miles). This quake was preceded by various minor tremors in Alaska and California, illustrating a pattern of seismic activity in the region.
The frequency of seismic events in areas such as Chile, California, and Alaska highlights the geological instability present due to tectonic plate movements. The USGS commonly tracks these seismic activities, providing essential data regarding the magnitude, depth, and impact. In this recent report, various earthquakes were identified within a short timeframe, indicating heightened geological activity, which could be of concern to local communities and scientists alike.
In conclusion, the recent 6.1-magnitude earthquake in Chile is part of a broader pattern of seismic activity that has affected multiple regions, including California and Alaska. The United States Geological Survey continues to monitor these events closely. Understanding and analyzing such occurrences is crucial for disaster preparedness and public safety.
Original Source: www.kogo.com
