An earthquake measuring 6.2 magnitude struck the Hindu Kush region in Afghanistan on Thursday, according to the European Mediterranean Seismological Centre. The earthquake occurred at 2:50 pm local time and had a depth of 192 km. The tremors were felt in Delhi and adjoining areas of India, including Poonch district in Jammu. This is the latest in a series of earthquakes to hit Afghanistan in recent days, with two earthquakes of magnitude reported in Fayzabad on Wednesday. The National Centre for Seismology has been monitoring these seismic events.

Series of Earthquakes in Afghanistan

In less than half an hour, two earthquakes hit Afghanistan, contributing to the ongoing seismic activity in the region. The first earthquake, measuring 6.0 magnitude, struck Afghanistan at an undisclosed time, and the second earthquake, measuring 6.3 magnitude, occurred later in the Hindu Kush region. The National Centre for Seismology reported the earthquakes in their monitoring efforts. These seismic events have resulted in tremors felt not only in Afghanistan but also in neighboring regions.

Impact in India

• Earthquake tremors were felt in Delhi and adjoining areas, including Poonch district in Jammu.
• Another earthquake measuring 6.1 magnitude struck Afghanistan, resulting in mild tremors felt in Delhi and parts of northern India.
• A magnitude-5.2 earthquake occurred in Badakhshan Province, Afghanistan, with no immediate reports of damage or injuries.
• The earthquake measuring 6.0 magnitude reverberated into the Kashmir region.

Social media users took to various platforms to discuss the impact of the earthquake in Pakistan, reporting tremors felt across Islamabad and Lahore.

These recent series of earthquakes in Afghanistan hold significance not only for the region but also for neighboring countries like India. The tremors felt in Delhi and surrounding areas highlight the potential impact of seismic activity across borders. The National Centre for Seismology continues to monitor these earthquakes for further analysis and response.