Serial Criminals Could Save Tigers

A geographic profiling tool used to catch serial criminals could help reduce the casualties of human-tiger conflict and cut attacks by half, according to new research.

Image: By Eric Kilby from USA (YAWN Uploaded by Snowmanradio) [CC-BY-SA-2.0 (http://creativecommons.org/licenses/by-sa/2.0)], via Wikimedia Commons

An innovative conservation study has discovered that a geographic profiling tool used to catch serial criminals could help reduce the casualties of human-tiger conflict. The results of the research, published in Nature Communications, help to explain how villagers in Sumatra coexist with tigers. If used pre-emptively it could help to cut attacks by half, saving tigers from poaching and retaliation killings.

Scientists from the University of Kent’s Durrell Institute of Conservation and Ecology and Bangor University led a collaboration between spatial ecologists and social scientists to help predict where human-tiger conflict interventions could be most effective.

Tigers are on the brink of extinction due to deforestation and persecution. They are highly threatened and pose a public threat, but in Sumatra tigers continue to coexist with people, offering insights for managing dangerous wildlife elsewhere. Millions of conservation funds are spent each year trying to reduce people’s risk of encountering harmful animals, and mitigating livestock losses of local farmers.

To reveal the drivers of human-tiger conflict, the team coupled spatial analyses of tiger encounter risk with information from 2,386 Sumatran people who were asked about their tolerance of wildlife. To map the risk of conflict, the study used 13 years of human-tiger encounter records to generate a geographic profile – a sophisticated statistical technique previously used throughout the world to predict the whereabouts of serial criminals based on where their crimes have been committed.

Although the risk of encountering a tiger was generally greater around populated villages near forest or rivers, the geographic profile revealed three places where risk was particularly high. At the same time, questionnaires revealed that people’s tolerance for tigers was related to their underlying attitudes, emotions, norms and spiritual beliefs.

By combining this information, the team was able to highlight villages where risk was adversely high, and tolerance was unusually low – valuable guidance for organisations such as Fauna & Flora International (an international conservation charity that supports the Indonesian authorities) and other partners in Sumatra, helping them to prioritise conflict interventions.

The techniques used in this study are highly significant and open up new possibilities for more targeted actions that will not only boost efficiency, but more importantly, ensure that fewer people and tigers come to harm as a result of their interactions. This research has shown for example that, had this information been available at the time, pre-emptive interventions using these predictions could have averted up to 51% of attacks on livestock and people, potentially saving 15 tigers.

Lead author Dr Matthew Struebig said: ‘Understanding people’s tolerance is key to managing dangerous species and is particularly urgent for tigers. When combined with our maps of encounter risk, information on people’s tolerance to wildlife helps us direct conservation resources to where they are needed most. This could amount to significant cost savings in terms of animals lost or funding spent, so could be very useful in conservation.’

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