The purpose of this model is to explore the transmission dynamics of CDV in a two-host system, comprised of an abundant dog population and a relatively low density Indian fox population in central India. The model can also be used to compare and contrast potential management strategies to prevent spillover of CDV in wild carnivores.
The model landscape comprises of three types of habitats, fallow land-grassland complex, farmlands and human habitations. Foxes occur on the fallow land-grassland complex, while dogs are associated with villages and farmlands. Dogs are also characterized by their roaming tendencies- ‘roamers’ cover larger area during their daily excursions than ‘non-roamers. CDV is endemic in the dog population, and foxes are susceptible to CDV. Dogs can recover from CDV infection, and become immune for life. Foxes do not recover from CDV, and none of the foxes have immunity against CDV. The movement of dogs and foxes, and therefore the contact pattern, as well as the transmissibility of CDV is represented by empirical rules and parameters. The patterns of CDV in dog and fox populations emerge from the model.
|Version||Submitter||First published||Last modified||Status|
|1.1.0||Aniruddha Belsare||Tue Apr 4 16:11:50 2017||Tue Apr 4 16:11:50 2017||Published Peer Reviewed https://doi.org/10.25937/167q-wr96|
|1.0.0||Aniruddha Belsare||Thu Mar 16 15:44:30 2017||Thu Mar 16 15:44:30 2017||Published|