Delhi Earthquake Tremors Shake Region Following Afghanistan Quake
On the night of April 3, 2026, tremors were felt across Delhi-NCR and parts of North India, following a 5.9 magnitude earthquake that struck the Hindu Kush mountain range in Afghanistan. The earthquake, which occurred at a depth of 177 km, was centered approximately 150 km east of Kunduz, Afghanistan.
Residents in Delhi-NCR reported feeling mild tremors, prompting many to rush out of their homes in alarm. Fortunately, there have been no immediate reports of casualties or damage in the Indian capital. This event marks the second instance of tremors being felt in the region in 2026, highlighting the area’s vulnerability to seismic activity.
While the tremors in Delhi were mild, the earthquake had devastating consequences in Afghanistan, where a house in Kabul province collapsed, resulting in the deaths of eight residents and injuring a child. This incident underscores the ongoing challenges Afghanistan faces with natural calamities, as the country experiences an average of 560 fatalities each year due to earthquakes.
The tremors also extended into parts of Pakistan, including major cities like Islamabad and Peshawar. The widespread impact of the earthquake illustrates the interconnectedness of seismic events across borders in this region.
Officials and residents alike are left to assess the situation as they await further updates. While the immediate impact in Delhi appears minimal, the tragic loss of life in Afghanistan serves as a stark reminder of the dangers posed by earthquakes in this seismically active area.
As the situation develops, authorities are likely to monitor seismic activity closely, given the frequency of such events in recent years. The region’s history of earthquakes necessitates preparedness and awareness among residents.
Details remain unconfirmed regarding any aftershocks or further seismic activity that may follow this earthquake. The incident serves as a critical reminder of the need for continued vigilance in earthquake-prone areas.
