January 17, 1995

The Great Hanshin earthquake struck the Kobe region of Japan, resulting in over 6,000 deaths.


Kobe, Japan | Japanese Government

Watercolor painting based depiction of The Great Hanshin earthquake struck the Kobe region of Japan, resulting in over 6,000 deaths. (1995)

The Great Hanshin Earthquake: January 17, 1995

On January 17, 1995, at 5:46 AM local time, the Great Hanshin Earthquake, also known as the Kobe Earthquake, struck the southern part of Hyogo Prefecture in Japan, including the city of Kobe. This catastrophic event had a profound impact on the region and is remembered as one of the most devastating earthquakes in Japan’s history.

Key Details

  • Magnitude: The earthquake registered a magnitude of 6.9 on the moment magnitude scale. It was particularly destructive due to its shallow depth of approximately 16 kilometers (10 miles) beneath the surface.

  • Epicenter: The epicenter was located on the northern end of Awaji Island, near the city of Kobe, which is part of the densely populated Kansai region.

  • Duration: The intense shaking lasted for about 20 seconds, but the damage was extensive due to the proximity of the epicenter to urban areas.

Impact

  • Casualties: The earthquake resulted in the deaths of over 6,400 people, with thousands more injured. The majority of casualties occurred in Kobe, where the infrastructure was severely affected.

  • Damage: Approximately 200,000 buildings were destroyed or severely damaged. Key infrastructure, including highways, railways, and port facilities, suffered significant damage. The Hanshin Expressway, a major elevated highway, famously collapsed in several sections.

  • Economic Loss: The economic impact was substantial, with estimates of damage reaching around $100 billion USD. This made it one of the costliest natural disasters in history at the time.

Response and Aftermath

  • Emergency Response: The Japanese government and local authorities faced criticism for their slow response to the disaster. This led to reforms in disaster management and preparedness in Japan.

  • Reconstruction: The rebuilding process took several years, with efforts focused on improving earthquake-resistant construction techniques and urban planning to mitigate future risks.

  • Legacy: The earthquake highlighted the vulnerability of urban areas to seismic activity and prompted advancements in earthquake engineering and disaster preparedness not only in Japan but globally.

Broader Historical Significance

The Great Hanshin Earthquake served as a wake-up call for Japan and other earthquake-prone regions around the world. It underscored the importance of stringent building codes, effective emergency response systems, and public awareness and education about earthquake preparedness. The lessons learned from this disaster have contributed to enhancing resilience against future seismic events.