I am an Environmental Scientist and Climate Change Impact Modeler specializing in species distribution modelling, climate risk assessment, geospatial analysis, and higher education teaching. I am recognized among the Stanford/Elsevier Top 2% of Scientists (2022–2025), with over 90 peer-reviewed publications in Q1/Q2 journals and 5,930 citations (h-index: 38; i10-index: 67).
I serve as a course coordinator for multiple undergraduate courses, teach several postgraduate units, and coordinate and assess Program Learning Outcomes (PLO) to ensure high-quality curriculum delivery and student achievement. My research portfolio includes the development and application of advanced environmental modelling frameworks and the successful acquisition of USD 3M in competitive research grants (USD 850,000 as Lead Principal Investigator; USD 2.1M as Principal Investigator). I actively mentor students from undergraduate to PhD levels and collaborate internationally across Australia, the Middle East, Europe, and South America.
Courses Taught
Undergraduate
Postgraduate
Academic and Research Appointments
I am currently an Adjunct Research Fellow at Flinders University in the field of Environmental Modelling and Climate Change.
Prior to moving to Qatar, I held four research postdoctoral fellowships across Australian universities—University of New England, Macquarie University, and Flinders University — and worked for two government agencies:
I completed my PhD in Environmental Science, Environmental Modelling, and Climate Change at the University of New England, Australia.
Editorial Roles
I currently serve as an Academic Editor for multiple journals, including:
Major Research Projects
ARC Centre of Excellence for Australian Biodiversity and Heritage (CABAH) – Global Ecology Lab
In 2018, I joined the Global Ecology Lab as an Associate Investigator in palaeo-ecological vegetation modelling for the ARC CABAH (AUD 46M). My work involved applying advanced global dynamic vegetation models (including LPJ-GUESS) and bioclimatic envelope models to reconstruct and simulate vegetation dynamics over the past 200,000 years. This research explores how historical and future climate change influences Australia’s vegetation and biodiversity. One of my current palaeo-climate studies (under review) suggests potential shifts in forest distribution driven by warming, increased wildfire frequency, and rising CO₂, while accounting for uncertainties associated with human-driven fires, landscape modification, and invasive species.
Which Plant Where Project (AUD 12M)
I contributed to the Which Plant Where project, where I modelled climate suitability for ~2,500 plant species and helped develop online decision-support tools that guide plant selection for Australian urban landscapes under current and future climates. The project was funded by Hort Frontiers Green Cities Fund with co-investment from major universities and government agencies.
I also contributed to WEED FUTURES, a nationally significant project assessing current and future weed threats in Australia.
University of New England & National Climate Projects
From 2016–2018, I was a Postdoctoral Fellow at UNE, teaching GIS, Remote Sensing, and Image Analysis (EM334/534, EM432/532), and co-supervised PhD students. I also served as a GIS specialist for the Commonwealth Department of Environment Pacific Climate Change Project, a national initiative run through UNE (2013–2014).
Research Interests
Professional Service and Recognition
I have served as a grant reviewer for the Marsden Fund Council (2019) and have been recognized with multiple academic awards, including:
I can be reached via email at fshabani@qu.edu.qa, AND farzin.shabani@flinders.edu.au.
EcoSpatialLab: link
ORCID: link
Scopus ID: link
Google Scholar: link
Publons: link
ResearchGate: link