
Professor Belinda Ferrari
Education
- Macquarie University Research Fellowship, Macquarie University, Sydney, NSW, Australia 2002-2005
- Postdoctoral Scientist, University of Copenhagen, Denmark 2001-2002
- PhD in Microbiology at Macquarie University, Sydney, NSW, Australia 2001
- BSc (Hons) in Microbiology at the University of New England, Armidale, NSW, Australia, 1994
Biography
I am currently the Associate Dean Research in the Faculty of Science. Previously, I was Deputy Head of School and the Director of Research in the School of Biotechnology and Biomolecular Sciences. My research area is environmental microbiology and I specialise in uncovering Antarctica's soil biodiversity by performing discovery-based and applied research. I am passionate about integrating 'omics' with innovative cultivation methods to the isolate and describe the diversity and functional capacity of 'extreme' microbial communities. By doing so, my team discovered a previously overlooked carbon fixation process where bacteria literally ‘live on thin air’. We coined this microbial-based process ‘atmospheric chemosynthesis’ and published these findings in the prestigious journal Nature. My team also works on using microbes as indicators of soil health, for the assessment of ecosystem recovery during bioremediation and for developing site-specific ecotoxicity assessments. My future goals are to continue to challenge our understanding of the nutritional limits and the boundaries of life, while training the next generation of confident scientists.
I am a supportive, approachable supervisor with my team being comprised of a high number of PhD and Honours students
- Uncoveringthe diversity ofnovel secondary metabolitesin polar soils - Nicole Benaud, PhD; Completed 2020
- Residual toxicityand bioremediation of soils at Casey station, Antarctica - Sarita Pudasaini, PhD; Completed 2020
- Isolation and characterisation ofCandidatusDormibacteraeota(AD3) in Antarctic soil-Kate Montgomery, PhD; Completed 2021
- Understanding drivers of the nitrogen cycle in pristine and hydrocarbon contaminated polar soils - Sally Crane, PhD
- Microbial diversity and drivers of community assembly acrosseast Antarctica - Eden Zhang, PhD; Completed 2021
- Mapping the global significance of atmospheric chemosynthesis - Angelique Ray, PhD; Completed 2022
- Microbial community shifts after a decade of change in the Windmill Islands, east Antarctica -Sin Yin Wong, PhD
- Microbial bioactives and elucidating their role in Antarctica - Carolina Gutiérrez-Chávez, PhD; Completed 2022
- Cultivation and characterisation of ammonia oxidising Archaea from Antarctic Enrichments – Devan Chelliah, PhD
- Ecotoxicity assessments of aged hydrocarbon contaminated soils at Casey station - Jessica Dai, Honours; Completed 2021
- Can Candidatus Eremiobacterota be cultivated? - Dana Tribbia, Honours; Completed 2021
Leadership and Service
- °IJʹ Sydney, Associate Dean Research, Faculty of Science 2022-
- °IJʹ Sydney, Deputy Head of School and Director of Research, School of BABS, 2018 - 2022
- °IJʹ Sydney, University Promotion Committee (A/Prof) 2018 - 2020
- °IJʹ Sydney, Senior Lecturer Promotion Committee, Faculty of Science 2017-2018
- International Scientific Committee Member for Polar and Alpine Microbiology conference, 2019
- Australian Microbiome Scientific Co-ordination Working Group, 2019 - current
- °IJʹ Sydney, Faculty of Science Board member, 2018 - current
- Royal Society of New Zeakand, Marsden Fund, Panelist Ecology, Evolution and Behaviour, 2017-2019
- Academy of Sciences National Committee for Antarctic Research, 2012-2016
- Publications
- Media
- Grants
- Awards
- Research Activities
- Engagement
- Teaching and Supervision
- ARC Discovery Project (DP220103430) 2022-2024
- ARC Linkage Project (LP210200889) 2022-2024
- Herman Slade Foundation Grant, HSF20/114 2020-2023
- ARC LEIF, LE200100016
- Australian Antarctic Science Grant, AAS-4592 2019- 2022
- ARC Future Fellowship, FT170100341 2017-2021
- Australian Antarctic Science Grant, AAS-4406 2017- 2020
- Herman Slade Foundation Grant, HSF13/15 2015-2019