‘They’ll be finding bodies next year’: a renowned forensic scientist on Nepal’s ‘extreme challenges’

by | Sep 4, 2026 | World

‘They’ll be finding bodies next year’: a renowned forensic scientist on Nepal’s ‘extreme challenges’

According to Prof Richard Bassed, head of forensic medicine at Monash University in Melbourne, authorities in Nepal and Tibet face significant obstacles in locating and identifying victims of last week’s catastrophic flash flood. The disaster has claimed over 1,250 confirmed lives with more than 5,000 people reported missing.

Bassed, who previously assisted with victim identification following the 2004 Boxing Day tsunami in Thailand and the 2009 Black Saturday bushfires in Victoria, notes that challenging topography, inadequate communications infrastructure, and limited resources will complicate recovery operations. Bodies may be scattered across remote areas and buried beneath debris, with some potentially never recovered. He anticipates that recovery efforts will extend well into the following year, referencing ongoing discoveries from the 2011 Japanese tsunami as a precedent.

Authorities are implementing DNA analysis techniques to identify victims, with Nepali police requesting blood samples and photographs from relatives of missing tourists. However, the scale of the disaster presents extreme challenges, including risks of additional mudslides, coordination complications across international borders, and the likelihood of local morgue facilities becoming overwhelmed. Cultural and religious diversity in the affected regions also creates complexities around burial practices and protocols.

Identification methods vary depending on available evidence. While Australian victims may have dental records available for matching, Nepali authorities increasingly rely on DNA analysis, photographs, and visual identification as fingerprints often deteriorate. Emerging technologies including artificial intelligence, facial recognition software, and CT scanning show promise but face practical limitations. Implementation obstacles include infrastructure requirements such as electricity and running water, along with substantial costs associated with deploying advanced equipment to disaster zones.

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