Microbes on the surfaces of macroalgae form a relationship often referred to as the holobiont. This relationship can be mutually beneficial, parasitic and commensalistic. Disturbances can severely impact marine ecosystems and have the potential to alter the holobiont relationship.
Through the use of 16S next generation sequencing techniques, metagenomic analysis and a series of aquaria based studies, I will aim to determine how environmental conditions and disturbance effect the composition of microbial communities on the canopy forming kelp Ecklonia radiata. To do this, I will specifically aim to determine the stability of the microbial community on kelp and the influence of environmental variation on community composition. Then determine the effect of disturbance on the microbial community composition of kelp and to examine the cumulative effect of putative pathogenic microbes, high temperatures and herbivory on kelp.
Dr Megan Huggett
Dr Kathryn McMahon
Professor Peter Steinberg, University of New South Wales
Dr Thomas Wernberg, University of Western Australia
Mrs Charlie Phelps
Centre for Marine Ecosystems Research
School of Science
Telephone: (61 8) 6304 5381
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