
Exploring insect ecology, physiology and behaviour
Researching biodiversity along environmental gradients and insect responses to extreme events.
Researching biodiversity along environmental gradients and insect responses to extreme events.
At the Entomology Lab, SCU, our research delves into the interconnected topics of biological and geographical diversity concerning insects. We explore vital questions about how climate change impacts insect ecology, behaviour, and physiology.
We evaluate the role of dung beetles in nutrient cycling and soil health. Additionally, we examine the impacts of extreme temperature exposure, veterinary chemicals, and dung quality on both introduced and native species.
We evaluate the role of dung beetles in nutrient cycling and soil health. Additionally, we investigate the impacts of extreme temperature exposure, veterinary chemicals, and dung quality on both introduced and native species We assess the ecological impacts fire ants are having in South-East Queensland, the impacts they are having in the areas they are currently located, and areas they may invade soon.
We are evaluating the current pests in macadamia orchards and developing Integrated Pest Management methods to control them.
Pasture mealybugs are pests that significantly impact grasses by sucking sap from the plants, leading to symptoms such as yellowing, purple streaking, and eventually the death of the grass. They are associated with pasture dieback, which results in extensive root rot and loss of plant structure. We are evaluating the impact and movement of pasture mealybugs in northern NSW.
Evaluating the use of black soldier fly as a feed supplement, as well as their importance in food waste reduction and polymer development.
We assess how insects respond to temperature extremes. Insects exhibit various adaptations to cope with thermal stress. These physiological responses affect their behavior, metabolism, and overall fitness. Understanding these mechanisms is crucial for applications such as pest control and predicting insect responses to climate change.
We study insect assemblages across various environmental gradients to identify changes in community structure.
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