Variability in the amount and quality of crop produced each year can be due to biotic threats such as attack by invertebrate pests, pathogens and weeds. To reduce crop losses from these species in our farming systems we need to better understand factors that drive outbreaks at a range a range of spatial scales.
Our research team integrates evolutionary biology, ecology, genetics, conservation and quantitative biology into a focused unit that employs novel approaches to manage biotic interactions in agroecosystems.
We work on a range of research projects and use a variety of approaches, including systems thinking, novel analytical and modelling approaches. Our research findings are used to derive practical solutions that are adoptable in intensive production landscapes.
We specifically address issues around:
- Minimising crop losses from biotic threats (invertebrate pests, pathogens and weeds);
- Reducing pesticides;
- Optimising the deployment of new technologies in agricultural systems (e.g. resistance development in pests and the breakdown of resistance in crop plants);
- Evaluating potential future technologies for pest control;
- Management of ecosystem services at the landscape-scale to benefit farmers.