Genomic forensics track wildlife trade

Updated: 2026.05.07 2H ago 1 sources
Researchers can build genomic reference maps from museum specimens plus low‑quality seizure samples to assign trafficked animals to precise source regions. Applied to pangolins, this approach identified poaching hot spots (e.g., southwest Myanmar, Cameroon) and showed domestic markets feed the same sourcing networks used by international traffickers. — Genomic forensics reframes wildlife trafficking from anecdote to traceable supply‑chain problem, enabling targeted enforcement, international cooperation, and data‑driven conservation policy.

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Mapping the Illegal Wildlife Trade Using Pangolin DNA
Devin Reese 2026.05.07 100% relevant
The PLOS Biology study sequenced >700 pangolin samples (museum, field, seizures), recovered 671 loci, built a genomic reference map and identified specific geographic hotspots and connected domestic/international trade routes.
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