Research Projects

Aedes notoscriptus has been identified in association with the emerging bacterial pathogen Mycobacterium ulcerans as well as, being a vector of Ross River virus. Key ecological features such as bloodmeal feeding patterns and movement dynamics of individuals, are, however, not clearly defined. This project will involve both laboratory and field-based components. Firstly, field collections will be conducted in the Mornington Peninsula using a combination of trapping techniques, with the aim of obtaining haematophagous ‘blood feeding’ insects including Ae. notoscriptus. A range of entomological and molecular techniques will be used for insect identification, with Ae. notoscriptus screened for a series of genetic markers to understand movement estimates. Additionally, insects identified to contain a bloodmeal will be screened for host DNA using a high-throughput metabarcoding DNA sequencing pipeline. Both aims of this project will feed into a larger project, which is attempting to control Mycobacterium ulcerns in Victoria.

This project will involve both laboratory and field-based components. Firstly, field collections will be conducted on the Mornington Peninsula using a combination of trapping techniques, with the aim of understanding the spatial heterogeneity of Ae. notoscriptus and the frequency of MU detection in hotspots of human disease. Ae. notoscriptus identified to contain a bloodmeal will be screened for host DNA using a high-throughput metabarcoding DNA sequencing pipeline. Components of this project will feed into a larger project that is attempting to control MU in Victoria. This project is a collaboration between Agriculture Victoria in Bundoora and University of Melbourne in Parkville, with the successful candidate spending time in both institutes.

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information and application enquiries