10.4225/03/5a4d878bccd50 FAYE ELIZABETH WEDROWICZ FAYE ELIZABETH WEDROWICZ Genetic data from koala scats: method development and investigation of a unique population in South Gippsland Monash University 2018 Koala Phascolarctos cinereus Non-invasive genetic sampling Population genetics Chlamydia pecorum Koala retrovirus South Gippsland Strzelecki Ranges Microsatellite genotyping Mitochondrial DNA Population, Ecological and Evolutionary Genetics 2018-01-04 01:46:49 Thesis https://bridges.monash.edu/articles/thesis/Genetic_data_from_koala_scats_method_development_and_investigation_of_a_unique_population_in_South_Gippsland/5725768 Koala populations are being impacted by threats including habitat loss, urban development, disease, dog attacks, road trauma and climatic events such as drought and bush fire. Due to a lack of genetic diversity, Victorian koalas are also vulnerable to future environmental change. This research developed molecular methods which used DNA isolated from koala scats to determine gender, unequivocally identify individuals and detect pathogens affecting koala health. Developed methods were used to investigate koalas in South Gippsland, Victoria, which were found to be genetically more diverse than other Victorian populations, warranting targeted conservation strategies.