Can AI crack the code of unique tiger stripes?

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AI Offers Potential to Decipher Unique Tiger Stripes for Combating Illegal Trade

Artificial intelligence is being developed to analyse the unique stripe patterns of tigers, akin to human fingerprints, to identify individual animals and assist in investigations into the illegal wildlife trade. This technology aims to streamline the current manual process of cross-referencing images against a growing database, thereby helping law enforcement agencies determine the origin of seized tiger skins and products. The initiative is a critical step in addressing the persistent threat of poaching, which is partly driven by demand for tiger parts in traditional Chinese medicine.
Developing AI for Tiger Identification

Debbie Banks, the crime campaign leader for the Environmental Investigation Agency (EIA), explained that tiger stripes are as unique as human fingerprints and can be used to identify individual big cats. Currently, this identification process involves manually comparing stripe patterns from new images with those in a database, a time-consuming task. The Alan Turing Institute in the UK is developing and testing an AI tool specifically designed to analyse these stripe patterns, aiming to automate and accelerate this identification process for investigators.
A Growing Database of Tiger Imagery

The project relies on a comprehensive database containing images of tigers that have been offered for sale or seized by authorities. This collection includes photographs of various tiger-related items such as rugs, carcasses, and taxidermy specimens. The EIA is actively seeking to expand this database, requiring thousands of images to effectively train and test the AI algorithm.
Enhancing Law Enforcement Capabilities

The ultimate goal of this AI technology is to empower law enforcement agencies to trace the origins of confiscated tiger skins and products. By accurately identifying individual tigers and their provenance, authorities can distinguish whether an animal was farmed or poached from a protected area. This capability is crucial for dismantling transnational trafficking networks and tackling the illegal trade in tiger parts.
Addressing the Threat of Poaching

Poaching remains a significant threat to tiger survival, exacerbated by consumer demand, particularly for use in traditional Chinese medicine. The EIA highlights that the trade in tiger skins and body parts continues to fuel this illicit activity. By improving the ability to track and identify illegally traded tiger products, this AI initiative aims to contribute to conservation efforts and reduce the incentives for poaching.

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Can AI crack the code of unique tiger stripes?

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