Under the leadership of Professor Kathy Belov, the Australasian Wildlife Genomics Group studies the molecular genetics and evolution of gene families and genomes of our native wildlife. We are particularly interested in the immune system, evolutionary conservation genetics and applications for conservation management.
We are supported by the Australian Research Council, the Save the Tasmanian Devil Appeal and San Diego Zoo Global.
Our online resource for data access is currently unavailable, requests for data access can be made to firstname.lastname@example.org.
Working closely with the Save the Tasmanian Devil Program we are studying the immunogenetics of Tasmanian devil facial tumour disease (DFTD), the evolutionary genetics of Tasmanian devils and DFTD, and how to better manage the insurance metapopulation and devils in the wild. DFTD has led to the loss of over 80% of devils, yet populations are persisting in wild. These wild populations are now susceptible to small population pressures, which may lead to the extinction of the species in the wild. Learn more.
By discovering novel antimicrobial genes in the genomes of our native species we aim to tackle a global challenge: the emergence of antimicrobial resistance. Rapid gene duplication and evolution of antimicrobial peptide genes in marsupials provide protection for joeys that are immunologically naïve in the pouch. We are characterising immune genes in 10 marsupial species and using genomic information to improve the long-term conservation of our endangered native species. Federica Di-Palma from the Earlham Institute is a collaborator on this project.
Together with the a number of recovery groups we are working with some of Australia’s most endangered species (such as the orange-bellied parrot, plains wanderer, handfish) to integrate the use of molecular genetics into conservation management and species recovery programs.
Together with other members of the Koala Genome Consortium, we have characterised the immune gene and examined the evolution of the P450 genes in one of Australia’s most iconic species, the koala. We work closely with Peter Timms and Adam Polkinghorne from the University of the Sunshine Coast to study the role of genetics in susceptibility of koalas to chlamydia, and with Jamie Ivy from San Diego zoo to study mate choice in koalas.
For information about opportunities to study or collaborate with us, please contact Dr Carolyn Hogg on email@example.com
In the field with... Rowena Chong