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About

I'm a Lecturer/Assistant Professor (US equivalent) studying how we can leverage microbes to improve soil health and plant fitness under drought stress. I look at the factors that govern microbial colonisation in soil and on plant roots and I develop methods to manipulate those pools of microbes. I enjoy performing community-level manipulations to identify how we can restore soil functions and how we can provide whole communities of microbes to plants to improve their stress tolerance. I am interested in both basic and applied questions, and I have experience in both field (i.e. research farms and agroecosystems) and laboratory settings.

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I have been trained in three institutions, under the guidance of Prof. Taryn Baurele (Cornell), Asst Prof. Terrence Bell (Uni of Toronto), and Profs. Maurizio Labbate and Justin Seymour (University of Technology Sydney). I have gained extensive experience and learning across multiple disciplines, including in: plant, soil and marine microbiology and molecular/synthetic biology.

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Education
and
Training

2022-2023: Postdoc

Cornell University

  • Manipulating root-microbial feedback loops to improve plant fitness under drought stress

  • Understanding the interplay between root rhizodeposition, microbial recruitment and soil carbon

  • Mass high-throughput cultivation of root-associated microbes

2020-2022: Postdoc

Pennsylvania State University

  • Identifying how agricultural management practices shape active colonising pools of microbes

  • How does branching root order shape microbial composition

  • Manipulating microbial diversity to augment soil function

2016-2020: PhD

University of Technology Sydney

  • Investigating the role of the Pacific oyster microbiome in disease and resistance

  • Molecular manipulation of Vibrio species

2012-2016: BSc Biotechnology with first class honours

University of Technology Sydney

  • Synthetic Biology derived electro active whole cell microbial biosensors 

Awards, Scholarships and Grants

  • 2023: FFAR collaborator for soil health (~$350,000 USD)

  • 2022: Best oral presentation at the 8th International Symposium on Physiological Processes in Roots of Woody Plants ($400 USD)

  • 2022-23: CROPPS postdoctoral trainee (~$130,000 USD)

  • 2021: Fine-scale metabolomic differentiation among root branching orders. Lead-PI. Environmental Molecular Sciences Laboratory (EMSL) Limited Scope (#60134; $10,000 USD).

  • 2020: Combining environmental filtering and high-throughput cultivation to increase the diversity of cultivable bacteria from soil. Co-PI. General Automation Lab Technologies (GALT) grant.

  • 2019: Vice Chancellors Conference Fund ($1,300 AUD)

  • 2016-2019: UTS Doctoral Scholarship ($27,000 AUD/annum)

  • 2015: Dean’s Merit List for Academic Excellence

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