Andrew J. Yoak
The Emerging Threat of Disease to Wildlife from Feral Dogs
Nuisance street dogs in Jodhpur.
Help in Suffering dog birth control program operating in Jaipur.
| Town/Region | Country | Categories | Date |
|---|---|---|---|
| Jaipur Jodhpur Sawai Madhopur | India | Indian Sub-continent, Mammals | 19 May 2011 |
Wildlife disease is poorly understood and the risk of spillover from domestic populations to related sylvatic varieties is difficult to quantify accurately. Worldwide, but particularly in India, the domesticated dog forms the main zoonotic pool for many diseases. These have serious implications for the life of both humans and endangered wild animals, as well as the economic productivity of pastoralists. The catastrophic decline of local Gyps vulture populations, coupled with a growing human population’s mounting refuse has allowed street dog’s pouplations to rise rapidly in Rajasthan. Local efforts to sterilize and vaccinate dogs has been successful but the scale is still small compared to the problem.
We seek to investigate the drivers of disease epidemiology in the dog population and if the local animal birth control (ABC) organizations are making a measurable impact on non-vaccinated diseases. We will compare the dogs in three different areas covered by differing ABC programs at our study sites to determine how different management practices influence disease dynamics. This current situtation provides a perfect environment to perform an epidemiological based cross-secional survey in similar, but unique ecological regimes.
The ABC programs in Jodhpur and Jaipur in Rajasthan have been running for several years and they will serve as the experimental sites for ABC manipulation. These two locations differ only in the length of time the program has been running. A third city of Sawai Madhopur has no ABC program of consequence and is significant because of its proximity to Ranthambhore National Park, a major wildlife sanctuary for many threatened species.
This study will provide quantitative results from the management schemes for street dog control and to make recomendations to cash-strapped local governments for establishing sound dog control programs. Additionally it will be the largest survey of canid disease with co-morbidity, location, and season taken into account.
For further information contact yoak.4@osu.edu or visit http://excelsior.biosci.ohio-state.edu/~eeob/drupal//?q=userpages/323