The Turkish Earthquake: Adapting a Relevant Medical Relief Response Mode

Area of Science:

• Disaster Medicine
• International Health
• Emergency Management

Background:

• The Mw 7.8 earthquake on February 6, 2023, devastated southern and central Turkey and northern and western Syria, causing over 50,000 deaths and 130,000 injuries.
• The Turkish government, through the Disaster and Emergency Management Agency (AFAD), led a massive response involving over 53,000 Turkish emergency workers.
• An unprecedented international response included over 100 nations and organizations, with Israel dispatching two missions, the first arriving on the earthquake day.

Purpose of the Study:

• To evaluate the optimal strategy for international medical aid deployment in large-scale disaster zones.
• To emphasize the importance of collaboration with local health authorities and existing infrastructure.
• To analyze the effectiveness of supporting local medical facilities versus establishing independent field hospitals.

Main Methods:

• International medical teams, such as those from Israel, operated under the guidance of local health authorities.
• The strategy focused on augmenting existing medical facilities rather than creating standalone field operations.
• Deployment was contingent upon formal requests and full coordination with the host country's government and agencies.

Main Results:

• Supporting existing medical facilities was determined to be the most effective approach for immediate life-saving assistance.
• Collaborative efforts ensured better cultural understanding and alignment with the devastated country's specific needs.
• The principle of deploying only after a formal request and in full coordination with local authorities was validated.

Conclusions:

• International disaster response is most effective when it is demand-driven and fully integrated with local capacity.
• Collaboration with local health authorities and infrastructure maximizes cultural sensitivity and long-term impact.
• The principle of 'local understanding best' should guide all international humanitarian aid deployments in disaster zones.