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Insects, Parasites and Interactions

Insects and parasites have had an enormous impact on the environment, human health and world economies for many centuries. Research in our School is strongly focused on the study of insects as model organisms to enhance fundamental understanding in their ecology, evolution, behaviour, structure and neurobiology. New ways of controlling pests could emerge from our studies of innate immune responses and host-parasite interactions.

Research within this theme also seeks to understand the biology of insects such as mosquitoes that carry diseases. Our research responds to the immediate needs of Australian rural industries in the areas of plant protection and in the development of informed, alternative pest control strategies. Current research themes within Entomology include systematics, ecology and pest management, behaviour, physiology, morphology and development, insect-virus interactions, and medical entomology. Insect systematics is supported by The University of Queensland Insect Collection, a research collection of about one million specimens.

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Group Leaders


Insect Virology, Immunity and Parasitology
Structure and Function of invertebrates.
Biological control, interactions between natural enemies and pest management.
Molecular virology and host:virus interactions
Insect developmental biology and physiology
Understanding and modelling insect behaviour.
Insect systematics, particularly the systematics of Acalyptrate Diptera (flies).
Adaptation and its ecological consequences
Study of insect natural history and evolution using morphology and gene sequences. Development of diagnostic tools for plant protection and quarantine, including molecular protocols, collection-based bioinformatics and interactive keys.
The study of insect abundance and distribution.
Molecular phylogenetics and evolution of Australian biota
Molecular mechanisms of oxidative stress toxicity and longevity
The ecology of interactions between pathogens, parasites, predators and their hosts.
Insect evolution in response to microbial interaction
The biology of bacterial parasites of invertebrates.
Evolutionary macrophysiology: the causes and consequences of broad scale variation in the physiology of animals.