Afghanistan Rocked by Powerful Earthquake: Multiple Fatalities Reported in Northern Provinces
Major Earthquake Hits Afghanistan, Multiple Fatalities

A powerful earthquake struck northern Afghanistan on Sunday, sending tremors across multiple provinces and causing significant casualties and damage to property. The seismic event has left communities in shock and rescue teams scrambling to respond.

Epicenter and Magnitude

The earthquake's epicenter was located approximately 30 kilometers from Afghanistan's fourth-largest city, Mazar-e-Sharif, in Balkh province. Initial reports indicate the quake measured significantly on the Richter scale, with tremors felt across wide areas of northern Afghanistan and even reaching neighboring countries.

Casualties and Damage Assessment

Early reports confirm multiple fatalities, though the exact death toll remains unconfirmed as rescue operations continue. Local authorities report that several villages in the affected regions have suffered extensive damage to homes and infrastructure.

Key impacts include:

  • Multiple fatalities reported across several provinces
  • Significant damage to residential buildings in rural areas
  • Power outages and communication disruptions in affected regions
  • Local hospitals put on high alert to handle incoming casualties

International Response and Aid

The international community has begun mobilizing response efforts, with several countries and humanitarian organizations offering assistance. The timing is particularly challenging given Afghanistan's ongoing economic and humanitarian crises.

Geological Context

Afghanistan sits in a seismically active region where the Indian and Eurasian tectonic plates collide. This geological setting makes the country particularly vulnerable to earthquakes, with previous major quakes causing substantial loss of life and property damage.

Rescue operations continue through the night as teams work against time to reach remote villages affected by the quake. Local authorities urge residents to avoid damaged structures and prepare for potential aftershocks.