TOKYO, June 24 — A magnitude 6.9 earthquake struck 30 km ENE of Kuji, Japan, according to the U.S. Geological Survey (USGS), at a depth of 50.923 km, prompting concerns about the seismic activity in the region. The earthquake, which occurred at 22:30 UTC, was detected by the USGS through its real-time global seismic monitoring network, and aftershocks are possible in the affected region, the USGS said. At least 65 people reported feeling the quake, indicating its impact on the local population.
No tsunami warning was issued, which is a relief for the coastal communities in the area. However, the region is known to be seismically active, with at least 500 earthquakes of magnitude 5.0 or greater recorded within about 300 km over the past two decades, the strongest being a magnitude 9.1 in 2011.
Analysts note that the seismic activity in Japan is a significant concern, given the country’s location on the Pacific Ring of Fire. The USGS’s real-time monitoring network plays a crucial role in detecting and reporting such events, enabling authorities to take necessary precautions and respond to emergencies. The ministry said that the Japanese government is closely monitoring the situation and is prepared to respond to any potential aftershocks or other seismic events.
According to officials, the area affected by the earthquake is being assessed for any damage or injuries, and relief efforts are being coordinated as needed. As the situation unfolds, the international community, including the US administration, will be watching closely to see how the Japanese government responds to this earthquake and any potential aftershocks.
The USGS will continue to monitor the seismic activity in the region, providing critical information to authorities and the public. Looking ahead, the key thing to watch will be the potential for aftershocks and the impact of the earthquake on the local communities. The USGS and Japanese authorities will be closely monitoring the situation, and any updates or developments will be critical in understanding the full extent of the earthquake’s effects.
