Studying plant microbial ecology is essential for understanding how plants interact with the diverse microbial communities in their environment. These microbes—bacteria, fungi, and others—play critical roles in nutrient cycling, plant growth, disease resistance, and stress tolerance. By examining these relationships, researchers can uncover mechanisms that support ecosystem health and resilience. This knowledge is especially valuable in agriculture, conservation, and climate change adaptation, where microbial interactions can be harnessed to improve soil fertility, reduce reliance on chemical inputs, and restore degraded landscapes. Ultimately, plant microbial ecology provides insights into sustaining biodiversity and enhancing ecosystem services in a rapidly changing world.
Current projects are exploring the patterns of plant soil feedbacks research in Australia, Acacia - microbe interactions and many others.
Collaborators: A/Prof John Dearnaley, Dr Adam Frew (UWS), Dr Lizze Wandrag (UTas) et al.