Doran, RuthLaffan, Shawn2015-12-130167-5877http://hdl.handle.net/1885/84772We describe an approach to modelling the spatio-temporal spread of foot and mouth disease through feral animal and unfenced livestock populations. We used a susceptible-infected-recovered model, implemented in a cellular automata framework, to assess theKeywords: animal; animal disease; article; Australia; biological model; disease carrier; disease transmission; epidemic; foot and mouth disease; risk factor; season; sensitivity and specificity; statistical model; swine; swine disease; time; virology; wild animal; Cellular automata; Feral animals; Foot and mouth disease; Spatial modelling; Susceptible-infected-recovered models200510.1016/j.prevetmed.2005.03.0022015-12-12