Emma Naumann
A Mathematical Exploration of the Role of Feral Pigs in the Transmission of Japanese Encephalitis Virus
Japanese encephalitis virus is a growing problem within Australia, as evidenced by the 2022 outbreak which killed six people. We will investigate the role of feral pigs and likely circumstances when endemic transmission of Japanese encephalitis virus might be maintained within Australia through a compartmental transmission model. This model will include both the established pig-to-mosquito-to-pig transmission cycle, and the emerging evidence of direct pig-to-pig transmission. Although we are focussed on North Queensland, ongoing transmission in northern Australia has strong implications for incursions into southern regions where there are both more domestic piggeries and denser human populations, increasing risks to both agriculture and human health.
Emma Naumann
James Cook University
Emma Naumann is a 3rd-year Bachelor of Advanced Science student majoring in Mathematics and Physics, at James Cook University in Townsville. She enjoys the field of applied mathematics, in particular, using maths to model real-world problems which affect people. She aims to pursue further studies, firstly through her honours next year, and then a PhD. Her AMSI Summer Research Scholarship project uses systems of ordinary differential equations to investigate the role of feral pigs in the transmission of Japanese Encephalitis virus in North Queensland.
Emma is the founding president and physics representative of the JCU Physical Sciences Society, which aims to promote the physical sciences at JCU. She is passionate about spreading appreciation for both mathematics and physics, so has worked as a Peer Assisted Study Session (PASS) Leader for multiple undergraduate mathematics and physics subjects, and as a College of Science and Engineering student representative.
