The Forensics of War: Identifying the Fallen

Why this matters

A harbor dredging operation in 2015 pulled up coral-encrusted bones, and forensic anthropologists could already estimate a man's age from the skeleton alone before any lab work began. Mitochondrial DNA from a molar was later matched against a living nephew, and STR analysis pushed the identification above 99.99 percent certain.

Students ask me why any of this matters decades after a war ends, and the Pearl Harbor case answers it better than a lecture could: a family gets a name after not knowing for most of a lifetime. I've found the ethics questions about exhuming graves and MIA recovery land completely differently once that name is attached to an actual sailor.

From one teacher to another

A 2015 harbor dredging operation pulls up coral-encrusted bones, and that opening detail hooks students before the science starts. Forensic anthropologists read the skeleton first and estimate a man of thirty to thirty-five, then mitochondrial DNA from a molar is matched against a living nephew and STR analysis puts the identification above 99.99 percent. The Pearl Harbor case study turns each technique into a step in giving a family an answer after decades of not knowing. I use it in my forensics unit because the ethics questions about exhumation and MIA recovery land differently once a name is attached.