🤯 Did You Know (click to read)
Wildlife DNA databases are maintained to assist in prosecuting illegal trade cases.
Modern wildlife forensics uses genetic analysis to identify the origin of seized tiger parts. By comparing DNA from confiscated materials to known population samples, authorities can determine geographic source regions. For critically endangered Malayan tigers, this technique reveals whether poaching incidents originate from key strongholds. Genetic fingerprinting strengthens legal cases and informs enforcement targeting. It also highlights cross-border trafficking routes. Science now extends into courtrooms to defend endangered predators. For a population under 150, tracing every loss is vital.
💥 Impact (click to read)
Forensic evidence deters trafficking networks by increasing conviction probability. Linking seizures to specific habitats allows targeted patrol reinforcement. Data-driven enforcement improves efficiency in resource-limited contexts.
As technology advances, poaching anonymity decreases. Combining genetics with surveillance creates layered defense systems. Protecting the Malayan tiger increasingly depends on integrating ecology with criminal investigation science.
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