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Mass fatality aircraft disaster processing.

M A Clark¹, S R Clark, D G Perkins

¹Division of Forensic Pathology, Armed Forces Institute of Pathology, Washington, DC 20306-6000.

Aviation, Space, and Environmental Medicine

|July 1, 1989

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The Gander, Newfoundland disaster involved a U.S. military aircraft crash with 256 fatalities. A meticulously planned mortuary process at Dover Air Force Base ensured respectful identification and return of remains to families.

Area of Science:

Disaster medicine
Forensic pathology
Aviation safety

Background:

The 1985 Gander, Newfoundland air disaster resulted in 256 fatalities, including 248 U.S. Army personnel.
This event represented the largest loss of life in U.S. military aviation history and a significant aviation accident globally.

Purpose of the Study:

To detail the mortuary process for handling mass casualties from the Gander air disaster.
To outline the logistical operations and workflow established at Dover Air Force Base for identification and return of remains.

Main Methods:

Establishment of a 10-station sequential processing system for human remains.
Coordinated efforts between U.S. and Canadian governments for transport and processing.
Systematic identification and preparation of remains for family return.

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Main Results:

Successful processing, identification, and return of all 256 deceased individuals.
Demonstrated the effectiveness of pre-disaster planning in managing large-scale mortuary operations.
The established workflow facilitated an orderly and dignified handling of the mass casualty event.

Conclusions:

Effective logistical planning and a structured workflow are critical for managing mass casualty incidents.
Intergovernmental cooperation is vital for successful disaster response and victim recovery.
The Dover Air Force Base operation served as a model for future mass fatality management.