Research in the field of zoology from the Faculty of Science, University of Melbourne.
Mark Elgar Evolutionary biology and animal behaviour in terrestrial invertebrates, including social behaviour, mating, sexual selection and chemical communication.
Mary Familari Testis, ovary and placenta formation and function in several species, including dunnart, mouse and human.
Mark Green Improving human and animal assisted reproduction. How environmental contaminants (endocrine disruptors, light pollution) affect gametes, early embryo development and offspring health.
Alexandra Harvey Reproduction biology, including mammalian embryology, IVF and embryonic stem cells.
Christy Hipsley Deep-time patterns of evolution in vertebrates, particularly lizards, snakes and frogs, and the evolutionary impacts of climate change in Australia’s fossil record.
Ary Hoffmann Integrated invertebrate pest control options for the grains industries, and how landscape changes can be harnessed to provide pest control services.
Luke Holman The evolution and genetics of sex, sociality and communication, combining empirical work on insects with theoretical models.
Therésa Jones Behaviour ecology with a focus on understanding the consequences of variability in mating systems, the role of chemical cues and the impact of artificial night lighting on individual fitness and community structures.
Raoul Mulder The causes and consequences of variability in bird mating systems, the relative importance of sexual and natural selection, the role of visual and acoustic signals, and the ways cooperation and conflict interact in complex social groups.
Andrew Pask Reproduction and development of mammals, with a focus on evolution, sexual development, early embryonic development and marsupials.
Marilyn Renfree Reproductive and developmental biology using physiological, endocrine, molecular, genetic and comparative genomic techniques with a focus on mammalian reproduction and development.
Devi Stuart-Fox Research in evolutionary and behavioural ecology focusing on the mechanisms, function and evolution of animal coloration and animal vision.
Madeleine van Oppen Microbial symbiosis in coral and a coral model, the anemone Exaiptasia pallida. Assisted evolution of corals aimed at developing coral stock with enhanced climate resilience.
Research in this area is conducted in the School of BioSciences.