San Francisco experienced a 3.7 magnitude earthquake on Thursday morning, followed by two aftershocks that added to the concerns of residents across the Bay Area. The quake struck at approximately 6:45 a.m. local time, with its epicenter reported near Pacifica, just south of San Francisco.
Details of the Earthquake
The U.S. Geological Survey (USGS) confirmed that the quake originated at a depth of 5 miles beneath the surface. While considered moderate, the tremor was strong enough to be felt across a wide area, including San Francisco, Daly City, and Oakland. Residents reported shaking that lasted for several seconds, prompting many to check on family members and review emergency preparedness measures.
Two smaller aftershocks followed within the next hour, with magnitudes of 2.9 and 2.4 respectively. These aftershocks, though less intense, contributed to the unease among Bay Area residents. No major injuries or structural damages have been reported as of yet, but authorities continue to monitor the situation closely.
Preparedness in the Bay Area
Earthquakes are not uncommon in this seismically active region, which lies along the San Andreas Fault. San Francisco’s Office of Emergency Management reminded residents of the importance of having an earthquake kit, securing heavy furniture, and knowing evacuation routes. According to Livemint, authorities have urged locals to remain vigilant and report any structural damages immediately.
Reactions from the Community
Residents took to social media to share their experiences and check on neighbors. Many described the shaking as “short but noticeable,” while others expressed concern about the potential for stronger earthquakes in the near future. Local seismic experts have reassured the public that the recent tremors are part of routine tectonic activity and do not indicate an impending major quake.
The USGS has also encouraged residents to use its “Did You Feel It?” online tool to report the intensity and location of the tremors, helping researchers refine their earthquake models.