The University of Queensland
Centre Director
Chief Investigator

CHRISTINE BEVERIDGE

The University of Queensland
Deputy Director and Node Leader
Chief Investigator

MARK COOPER

Professor Mark Cooper is Chair of Prediction Based Crop Improvement at The University of Queensland, and a global leader in quantitative genetics and plant breeding. His work involves integrating genomic prediction and crop growth models into an ‘end to end’ framework for crop improvement.

Professor Cooper has pioneered the development of novel genetic modelling methodologies, based on gene networks, to study important properties of quantitative traits in biology, and demonstrated how this new genetic modelling framework can be successfully used in plant breeding to improve prediction of important traits under the influences of selection. Professor Cooper’s work at DuPont Pioneer on drought adaptation in one of the largest maize breeding programs in the world led to the AQUAmax hybrids that presently cover millions of hectares worldwide.

A quantitative geneticist by training, Professor Cooper spent 20 years working with industry in the United States and as CEO of his own consultancy firm Zenrun42, before returning to UQ to build upon the critical mass of predictive agricultural expertise in QAAFI and the wider university.

Mark is Chief Investigator of the following project:

Discovering new pathways to enhance breeding predictions by integrating genome to phenome and hierarchical biological models

University of Tasmania
Node Leader
Chief Investigator

TIM BRODRIBB

Professor Tim Brodribb is a professor of plant physiology, a former ARC Future Fellow and a highly cited researcher.

His research is focused on how plants transport and use water, which is one of the most important factors determining their survival or extinction.

He has made fundamental discoveries on how plants have evolved to cope with dry environments.

Tim’s awards include a Putnam Fellowship from the Arnold Arboretum at Harvard University (2007), the Grady L. Webster Structural Botany Prize from the American Journal of Botany (2009), the W.S. Cooper Award from the Ecological Society of America (2012) and a Thomson Reuters Citation and Innovation Award in 2015.

His extensive experience working across plant taxa and across evolutionary scales will drive our research on predicting phenotypes and maximise the integration within this program.

Tim will also adapt his revolutionary techniques for monitoring efficiency and vulnerability in plant water transport into a phenotyping platform that we will use to drive discovery in plant drought tolerance.

Tim is Chief Investigator of the following projects:

Connecting plant water relations phenotype to whole plant success – Bryophytes

Connecting plant water relations phenotype to whole plant success

Evolution of eucalyptus clade to heat and water storage

Queensland University of Technology
Node Leader
Chief Investigator

PETER WATERHOUSE

Professor Peter Waterhouse is a professor of molecular genetics with a long-established track record for research on gene regulation and genome harmony, and for group leadership and industrial translation. 

A Fellow of the Australian Academy of Science, an ARC Laureate Fellow, and a former ARC Federation Fellow, Peter is internationally recognised for his plant, animal and viral research, making fundamental discoveries that have led to widespread and real-world applications. The impact of his work has been profound, and he is particularly renowned for his research on RNA interference (RNAi). 

Peter has been awarded many scientific honours in Australia, including the Prime Minister’s Prize for Science, CSIRO Chairman’s medal, the Victor Chang Medal, and election to the Australian Academy of Science. 

Leading our program on responsible innovation, his expertise will guide integration with our other two programs, and guide the translation of our research to the CSIRO and to the breeding industry. 

Peter is Chief Investigator of the following project: 

Genome editing for complex trait enhancement

Monash University
Node Leader and Researcher Development Co-Leader
Chief Investigator

JOHN BOWMAN

Professor John Bowman is focused on the evolution and development of land plants. His lab uses the flowering plant Arabidopsis thaliana and the liverwort Marchantia polymorpha as model genetic systems.  

John obtained his BSc in Biochemistry from the University of Illinois and PhD at Caltech with Elliot Meyerowitz working on Arabidopsis flower development. He then undertook a Postdoctoral position with David Smyth (Monash Uni) working on flower development. From 1995-2006 he was at the University of California, Davis working on developmental genetics of seed plant leaves.

Today, John and his lab at Monash University are investigating the evolution and molecular basis of the alternation of generations of land plants, whereby both the haploid and diploid phases of the life cycle develop complex multicellular bodies.  

They are also interested in the origin of pattern formation and development of land plant body plans in both generations. 

John is a Fellow of the Australian Academy of Science and a former ARC Federation Fellow whose experience in regulatory gene networks will enable discovery in Program 1 that will drive models developed in Program 2.  

John is Chief Investigator of the following project: 

Land plant genetic network innovations

Western Sydney University
Node Leader
Chief Investigator

IAN WRIGHT

Distinguished Professor Ian Wright is a highly cited plant functional ecologist best known for global-scale analysis of plant traits, for careful quantification of plant structure-function relationships, and for using concepts from economics to understand plant ecology and evolution.  

Ian is a Fellow of the Australian Academy of Sciences, and 2020 recipient of the NSW Premier’s Prize for Science & Engineering – Biological Sciences.  

Ian’s experience will enable the Centre for Plant Success to bridge the field-based sampling with lab-based studies to explore the full range of plant diversity. 

Ian is Chief Investigator of the following projects: 

Adaptations to heat and water stress in Andropogoneae grasses

Leaf cuticle properties

University of Tasmania
Outreach Leader
Chief Investigator

ELOISE FOO

Dr Eloise Foo is a plant developmental biologist who is interested in how plants interact with their environment and how this is regulated by plant hormones: small, mobile, potent signals. Eloise also holds an ARC grant that aims to decode the signals important for plant-microbe interactions.

She has contributed to the discovery of and current understanding of the newest plant hormone group, strigolactones, and has defined novel roles for plant hormones in plants relationships with beneficial and pathogenic microbes.

Eloise’s research will contribute heavily to the Program 1 agenda to define the underpinnings of plant productivity.

Eloise is Chief Investigator of the following project:

Domestication underground – exploring how modification of plant hormone signalling, including during plant breeding, influences beneficial plant-microbe symbiosis

The University of Queensland
Researcher Development Co-Leader
Chief Investigator

DANIEL ORTIZ-BARRIENTOS

Associate Professor Daniel Ortiz-Barrientos studies the genetics of speciation and adaptation.  

Daniel and his lab have developed a new system of research to study the replicated evolution of traits and reproductive isolation. He is also interested in the role of sexual selection on plant speciation and the evolution of sexual recombination. His research approach integrates ideas and tools from evolutionary theory, genetics and genomics, systems biology, and more recently physiology.  

Daniel has been awarded the Young Investigator Prize from the American Society of Naturalists, The Larry Sandler Award from the Genetics Society of America, and a Killam Fellowship from the Killam Foundation in Canada. He is currently an Australian Research Council Future Fellow (Level E) 

Daniel is Chief Investigator of the following project: 

Predicting adaptive trajectories in natural systems 

Queensland University of Technology
Chief Investigator

KEVIN BURRAGE

Professor Kevin Burrage completed his PhD in Computational Mathematics from the University of Auckland in 1978. In his early academic years he was at the University of Auckland (NZ), the University of Sussex (UK), the University of Liverpool (UK).

In 1991 he was appointed to the Chair of Computational Mathematics the University of Queensland. He established the Advanced Computational Modelling Centre at the University of Queensland in 1995 and was Director of that centre for 12 years. He was also the founding CEO of the Queensland Parallel Supercomputing Facility in 1999.

He was awarded a Federation Fellowship of the Australian Research Council from 2003-2008. In 2008 he was made Professor of Computational Systems Biology in the Computational Biology group within both the Department of Computer Science and the Centre for Integrative Systems Biology at the University of Oxford. He had this position until October 2015. He shared his time between Oxford and as Professor of Computational Mathematics at QUT, from 2010 until 2015 and continues in this role at QUT.

He was made a Visiting Professor to the Department of Computer Science at the University of Oxford and is also a Visiting Fellow at St Cross College from 2016 to 2022.

His current research interests are in Applied Mathematics modelling, Computational Mathematics and Computational Biology.

Kevin is Chief Investigator of the following project: 

Model emulation

The University of Queensland
Chief Investigator

DIANE DONOVAN

Professor Diane Donovan has two main research focuses: 

1. The application of polynomial chaos expansions for the modelling of physical problems involving uncertain parameters. We are developing methods to accurately and efficiently explore subsurface geometry. The current work is focused on problems related to groundwater levels, gas extraction and storage.  
2. The study of mathematics structures, both discrete and continuous, and their applications to problems in science and engineering. Of particular interest is the development and testing of methods for robust sampling techniques. This interest is supported by a long history of publishing on experimental design, block designs,latin squares and associated algebraic structures. 

Diane is Chief Investigator of the following project: 

Complex mathematical networks

The University of Queensland
Chief Investigator

GRAEME HAMMER

Graeme Hammer is a Professor in Crop Science at the Centre for Crop Science in the Queensland Alliance for Agriculture and Food Innovation (QAAFI). 

Graeme conducts research on the physiology and genetics of complex adaptive traits in field crops with a focus on water productivity in cereals. His research underpins the development of mathematical models of crop growth, development and yield that enable simulation of consequences of genetic and management manipulation of crops in specific target environments. 

His research approach provides unique opportunities to: 

• Aid crop management and design for enhanced production in water-limited environments
• Enhance the utility of molecular breeding for drought adaptation, and
• Identify avenues to cope with climate risks in field crop production.

Graeme collaborates closely with plant breeders, geneticists, molecular biologists and agronomists in a range of national and international research projects in both public and private sectors.  

His research has focussed on traits and management systems that influence resource capture and resource use efficiency, including tillering and canopy development, root system architecture, maturity, carbon and nitrogen partitioning, light use and transpiration efficiencies.  

Graeme is a Fellow of the Australian Agriculture Institute and was awarded the Australian Medal for Agricultural Science in 2013 and Farrer Memorial Medal in 2012. 

The University of Queensland
Chief Investigator

ROBERT HENRY

Robert Henry is a Professor of Innovation in Agriculture whose speciality research area is the study of agricultural crops using molecular tools.

He is particularly interested in Australian flora and plants of economic and social importance and has led the way in research into genome sequencing to capture novel genetic resources for the diversification of food crops to deliver improved food products.

Robert has previously held the roles of QAAFI Director (May 2010-September 2020), Director of the Centre for Plant Conservation Genetics at Southern Cross University, Research Director of the Grain Foods Cooperative Research Centre (CRC) (until 2010) and Research Program Leader in the Queensland Agricultural Biotechnology Centre (until 1996).

Robert is Chief Investigator of the following projects:

Genomic analysis of mechanisms of adaptive evolution

Genome manipulation technology development and application to analysis of stress response networks

University of Tasmania
Chief Investigator

BARBARA HOLLAND

Barbara Holland is a Professor of Mathematics. A former ARC Future Fellow, Barbara applies mathematics and statistics to problems in evolutionary biology or population genetics.

In particular, her research has focused on problems in phylogenetics. She is interested in developing tools that can assess if sequence data is well explained by a simple tree model or if more complex processes such as hybridisation, recombination or convergent selection are at work.

The areas of mathematics/statistics that she uses frequently include stochastic models, continuous time Markov chains, combinatorial optimization, maximum likelihood, and simulation.

Barbara enjoys the challenge of working with biologists in trying to translate the problems they face into the language of mathematics. Within the Centre for Plant Success, Barbara will help to link the results of Program 1 with the new models and methods of Program 2.

Barbara is Chief Investigator of the following projects:

Improved phylogenetic profiling to better understand and predict the genotype to phenotype map

Homology detection, alignment and ancestral state reconstruction of genetic networks

The University of Queensland
Chief Investigator

DAVID JORDAN

Professor David Jordan is a sorghum breeder and geneticist with more than 20 years experience working in both the public and private sector. 

For the last decade he has led the public sorghum pre-breeding program in Australia which is a partnership between The University of Queensland, The Queensland Department of Agriculture and Fisheries and the Grains research and Develop Corporation. This long running and successful cross-disciplinary research effort links the strategic to the applied.  

Breeding lines from this program are widely used commercially in Australia and internationally with 100% of the commercial sorghum grown in Australia having genetics from the program.  

David is Chief Investigator of the following project: 

Andropogonaeae focused grass pan-genome

The University of Queensland
Chief Investigator

BRAD SHERMAN

Professor Brad Sherman is an ARC Laureate Fellow based in the law school at The University of Queensland. His research expertise encompasses many aspects of intellectual property law, with a particular emphasis on its historical, doctrinal and conceptual development.  

Brad is Chief Investigator of the following projects:  

Quantitative biology and the law 

Access to genetic resources 

Freedom to operate with genetic technologies 

Molecular markers/sequence data

University of Tasmania
Chief Investigator

STEVEN SMITH

Steven Smith is an Emeritus Professor whose research is concerned with how plants grow, which has wide implications from ecology to food production.  

Steve’s research focuses on energy metabolism and the action of hormones that control plant growth. He aims to use this knowledge for the improvement of crops and the management of natural plant populations. 

Steve has recently been a President’s International Fellow in the Chinese Academy of Sciences and High-End Foreign Expert for the Beijing Government. Previously he was a Winthrop Professor, ARC Federation Fellow, Chief Investigator in the ARC Centre of Excellence in Plant Energy Biology and Director of the Centre for Metabolomics at the University of Western Australia. He is former Reader and Head of Institute of Molecular Plant Sciences at the University of Edinburgh (UK) and previously worked in CSIRO Division of Plant Industry, Rothamsted Research (UK) and John Innes Centre (UK). 

Steven is Chief Investigator of the following project: 

Evolution and function of molecular networks that control potential and water allocation in plant growth  

University of Tasmania
Chief Investigator

JIM WELLER

Jim (James) Weller is an Associate Professor in Plant Genetics and ARC Future Fellow with broad interests in plant physiology, development and evolution.  

Jim’s work focuses on the use of molecular genetics to investigate the control of flowering, shoot architecture, hormone function and plant responses to light and temperature. He works mainly with legumes and is particularly interested in exploring comparative biology, domestication, and the use of natural genetic diversity for improvement of this important group of crop plants. 

Jim is Chief Investigator of the following projects: 

Impacts of crop domestication on water management

Phylogenomics of photoperiod response 

The University of Queensland
Chief Operating Officer

DAVID TOMLINS

David is the Chief Operating Officer for the Centre.

Prior to joining the Centre for Plant Success, he supported the establishment and scale-up of Food Agility CRC and Digital Health CRC, Cooperative Research Centres of national importance, as the Chief Operating Officer and Program Director respectively.

David previously held senior executive roles in corporate strategy and management consulting driving innovative technology throughout the Asia Pacific region.

He is an avid believer in the benefits of collaborative research between academia, industry, and government. Particularly in tackling the impact of anthropogenic climate change.

The University of Queensland
Business Manager

MELISSA MCKAIN

Melissa has worked in the higher education sector for nearly 30 years, holding senior leadership roles in the areas of university governance and research management. She holds qualifications in education, business, and applied science. In her role as Business Manager for the Centre, Melissa is responsible for performing a wide range of research management related activities to facilitate achievement of the Centre’s objectives, and contributes to the management of Centre-wide resources. As Business Manager, Melissa is also responsible for developing and sustaining effective working relationships with the Centre’s university and industry collaborators to better understand stakeholder needs and to enable the delivery of high quality operational and research support services.

The University of Queensland
Node Administrator

CLAIRE FULLER

Claire is the UQ Node Administrator supporting CIs, postdocs and students with administrative and operational matters.  Claire has a background in Biology completing a Bachelor of Science (Hons) in Marine and Environmental Biology at St Andrews University in Scotland and a Masters of Science by Research at Durham University.  Having been at UQ in a variety of roles for over a decade Claire has a wealth of local knowledge that she is always happy to share so please reach out with any questions you may have.  Claire is currently working part-time and spends her ‘off’ days with her two young children.

University of Tasmania
Node Administrator

CATHERINE JONES

Catherine is the UTAS Node Administrator based in gorgeous Hobart, Tasmania. She has a wide range of administrative knowledge and experience, and has spent the past 20+ years supporting research staff at UTAS. Catherine has held numerous roles during this time in both the Science Faculty and Divisional areas, working directly with researchers and assisting them to manage their research grants. She looks forward to meeting everyone and contributing to the growth of Plant Success.

Queensland University of Technology
Node Administrator

PRATI BISHT

Prati is a Prince2 certified project management professional with 10 years of experience uplifting Food & Agri Value Chains, improving efficiency of Supply Chains and Building Digital Products & Systems. Prior to QUT she served as a Senior Project Officer in ICRISAT headquarters and handled largescale agri value chain and capacity building projects. She also served Foodbank Queensland for their flagship School Breakfast Program. She has experience working with a fast pace Agri-Tech company building digital agricultural products as well as a setting up a produce wholesale market in association with Marche International de Rungis’.

Prati holds an MBA in Food Retail and Supply Chain Management and a Bachelors in Agricultural Sciences. With certifications in Agriculture Marketing, Post-Harvest Management she enjoys creating value utilising her diverse experience and educational background in food and agriculture sector. In her free time, she enjoys long walks and has a weakness for dark chocolates.

Monash University
Node Administrator

JOHN ALVAREZ

Western Sydney University
Node Administrator

JESSICA ARMSTRONG-KEARNS

Jessica is the WSU Node Administrator based at the Hawkesbury Institute for the Environment (HIE), Richmond Campus, NSW. She provides high level project coordination and administrative support across a broad portfolio of external research projects within HIE and is delighted to add CoE ‘Plant Success’ to her role. Jessica supports CI Ian Wright as he leads the team investigating adaptations to heat and water stress in Australian species such as eucalypts and Andropogoneae grasses. If you would like to know more about what’s happening in the ‘Plant Success’ space here at WSU or have any questions at all about our projects, please reach out to Jessica!

The University of Queensland
Communications and Engagement Officer

PHOEBE BALDWIN

Phoebe is passionate about Science Communication. To pursue that passion, she completed a Bachelor of Science (Honours) in Zoology and a Bachelor of Arts in Journalism and Mass Communication, and Archaeology. She has previously held roles with The University of Queensland, The Burnett Mary Regional Group for Natural Resource Management and CERN.

Phoebe promotes the Centre for Plant Success through the design, development and implementation of all aspects of communication and engagement. This includes management of the annual communication and engagement strategy, website management, design and distribution of Centre publications, and media relations. She is excited to get to know all the Centre members and encourages anyone with things to share to get in contact.

University of Tasmania
Outreach Officer

EMMA HORSWILL

Emma has a background in video editing (ABC-TV), graphic design, public art & horticulture. She has completed a Bachelor of Fine Arts (majoring in sculpture) with UTAS and is currently working her way through an Associate Degree in Agribusiness. 3 years ago, she started a micro flower farm called Earthenry Farm where she offers pick your own flowers experiences to visitors along with educational workshops and community events. Emma is passionate about good design and developing interactive, hands-on educational activities. She is looking forward to applying some creative thinking to engage as many people as possible with the valuable research being undertaken by the Centre.

The University of Queensland
Project Administrator

SUSAN ROWCLIFFE

Centre Advisory Committee
Chair

JOHN MANNERS

Born in London, Dr John Manners completed a PhD on fungal phytopathogen biochemistry at Imperial College, The University of London. He worked briefly in the agrochemical industry in the United Kingdom before coming to Australia to take up a postdoctoral research post at the Biochemistry Department of The University of Queensland in Brisbane in 1980. He joined CSIRO in 1985 and has led research in plant biotechnology for Australian agriculture, including tropical legumes, sugar cane and cereal crops. 

John moved to Canberra in 2012 to take up the role of Chief of CSIRO Plant Industry and then Director of CSIRO Agriculture and Food in 2014 until he retired from CSIRO in 2019. Currently, he is an Honorary Fellow of CSIRO and an Adjunct Professor at the School of Chemistry and Molecular Biosciences at The University of Queensland and resides in Northern NSW. 

John has a strong commitment to innovative research that provides robust intellectual property for Australia to improve its primary industry exports and also to make Australia a major contributor of technology for sustainable global food security. He has published more than 200 refereed research journal articles and is co-inventor on several patent applications on plant biotechnology. 

Centre Advisory Committee

RICHARD DICKMANN

Richard Dickmann is a graduate of the Australian Institute of Company Directors and is currently a Non-Executive Director of the Grains Research and Development Corporation, and sits on the advisory board of the Australian Plant Phenomics Facility. Richard was formerly a Director of Cotton Grower Services Pty Ltd and a member of the Bayer Australia Ltd Board. 
 
Richard obtained a Bachelor’s degree in Forest Science at the University of Melbourne and a Master of Science in Agriculture at the University of Sydney. Richard initially worked in state government agricultural extension before undertaking a 20-year international career in agribusiness, which involved postings to France, Singapore, Japan, China and Germany. Richard gained broad experience in research prioritization, marketing, global product management, product development and commercial operations. 
 
Returning to Australia in 2009, Richard led New Business Development and Public and Government Affairs roles within Bayer and worked to identify new business opportunities combining the innovation power of Australian and international organizations. Richard now offers consulting on innovation and sustainability topics via his consultancy Apical Advisory. 

Centre Advisory Committee

HENRIETTA MARRIE

Henrietta Marrie AM (Masters in Environmental and Local Government Law; Dip. T; Grad. Dip. of Arts [Indigenous Studies]) is an Elder of the Gimuy Walubara clan of the Yidinji people, Sovereign Owners of the land on which the City of Cairns and southern suburbs are now located. Henrietta has wide experience in Indigenous cultural and natural resource management and impact assessment, intellectual and cultural property law, heritage legislation and philanthropy. As an academic she has had published over 50 papers in books and journals. She served for 6 years with the UN Secretariat of the Convention on Biological Diversity in Montreal, before becoming the Program Officer/Manager for North Australia with The Christensen Fund, a California-based private philanthropic fund, a position in which she served for nine years. She was also a Visiting Fellow with the United Nations University – Institute for the Advanced Study of Sustainability (based in Tokyo, and which serves as a research institution and “think tank” for various UN agencies) working on the Institute’s Traditional Knowledge Initiative. Henrietta served as Associate Professor (Indigenous Engagement) and director of the First Peoples Think Tank with Central Queensland University, working from the Cairns campus from 2015 to June 2020. She is a Co-Patron of the Cairns Indigenous Art Fair, a position she shares with the Governor of Queensland. Henrietta is listed among the Westpac and Australian Financial Review 100 Women of Influence for 2014 for her work in public policy. On January 26th 2018 Henrietta was made a Member of the Order of Australia in the General Division, and on June 8th she was recognised as a Queensland Great. Subject of a stunning mural portrait by Claire Foxton on the southern wall of the Cairns Corporate Tower, Lake Street, Henrietta’s life and accomplishments have also been dramatised in the play Bukal produced by the JUTE Theatre Company in association with CQUniversity, and which premiered on 10th July 2018. In November 2020 Henrietta was appointed Honorary Professor at the University of Queensland and is an expert adviser to the Queensland Alliance for Agriculture and Food Innovation.

Centre Advisory Committee

JULIA PLAYFORD

Dr Julia Playford is the Executive Director of the Science Strategy and Partnerships team, Science and Technology of the Queensland Department of Environment and Science. Julia has over 20 years’ experience in government leading and managing high performing teams developing and implementing science and innovation policies, strategies, and programs. 

Prior to commencing her current role, Julia was the Director of Environmental Monitoring and Assessment Sciences for the Queensland Government, managing a team of high performing staff including ecotoxicologists, chemists, biologists, and engineers. This group worked primarily on water and air monitoring, providing science assessments for activities regulated under the Environmental Protection Act, and scientific studies related to water and air quality.

Julia studied botany at The University of Western Australia and completed a PhD in evolutionary genetics at the Australian National University.  

Centre Advisory Committee

JOANNE TOMPKINS

Professor Emerita Joanne Tompkins was a professor of theatre at The University of Queensland where she has held multiple roles, including Head of School and Associate Dean Research. For three years, she was Executive Director for Humanities and Creative Arts at the Australian Research Council. She has published widely on theatre. 

Her work in digital humanities, specifically in visualising theatres that no longer exist, is done through the company, Ortelia, and the open-access digital resource, AusStage, which documents Australian performing arts materials. She is a Fellow of the Academy of Humanities; a member of the UK’s REF evaluation panel; the recipient of an honorary doctorate from Queen Mary, University of London; and an executive committee member for the International Federation for Theatre Research.  

Science Advisory Panel
Chair

MARILYN ANDERSON

Professor Marilyn Anderson AO, FAA, FSTE is a Professor of Biochemistry at La Trobe University and is Chief Science Officer of Hexima, a Biotechnology Company that she founded with Prof Adrienne Clarke in 1998.

After completing a BSc Honours at The University of Melbourne and a PhD in Biochemistry at La Trobe University Marilyn spent seven years in the United States working on diabetes at the University of Miami and oncogenes at Cold Spring Harbor Laboratory.  She joined the ARC COE in Plant Cell Biology at the University of Melbourne in 1982 where she discovered and cloned the genes that control self-incompatibility, a genetic system that allows flowering plants to recognise and reject self-pollen to ensure outbreeding and hybrid vigour in the progeny.

In 1995 Marilyn returned to the Biochemistry Department at La Trobe University. Her current work is focussed on proteins and peptides, that are produced by plants for protection against insect pests and fungal pathogens. Her research spans from basic work on the biosynthesis, structure and mechanism of action of plant defensins and cyclic peptides, to their practical applications in agriculture and the treatment of fungal infections in humans.

Marilyn is a Fellow of the Australian Academy of Science and the Australian Academy of Technological Sciences and Engineering. Other awards include the Ramachiotti Biomedical Research Award, 2015 (with Prof. David Craik, UQ), the Lemberg Medal from the Australian Society for Biochemistry and Molecular Biology in 2014 and the Leach Medal from the Lorne Protein Society in 2017. Professor Anderson was made an Officer of the Order of Australia in the 2016 Australia Day Honours list.

Science Advisory Panel

BETTINA BERGER

After a Masters degree in biotechnology and a PhD in plant molecular biology, Bettina used a two-year fellowship to focus on the emerging field of plant phenomics. Bettina joined the Australian Centre for Plant Functional Genomics in 2008, where she used non-destructive imaging to study the effects of salinity on barley.

In 2010, Bettina joined the newly established Plant Accelerator as Senior Scientist and became Scientific Director in 2015. The Plant Accelerator is one of the nodes of the Australian Plant Phenomics Facility (APPF) funded under the National Collaborative Research Infrastructure Strategy (NCRIS) and provides critical infrastructure and services to the plant science community. In her roles, Bettina has set up novel screening techniques to study plant growth and performance using automated, non-destructive imaging. She has engaged with researchers at all stages of their career, from the public sector and industry. The Plant Accelerator is accessed by researchers from Australia and overseas, including users from Europe, North America and Saudi Arabia. Bettina enjoys the opportunity to host visiting students and scientists and train them in modern phenotyping approaches. She has managed large scale phenotyping projects looking at various aspects of plant performance, including early vigour, salinity tolerance and nutrient use efficiency.

While her basic research has focused on salinity tolerance, Bettina is equally passionate about developing novel phenotyping approaches to support plant scientists in answering their research questions. Working together with customers and learning from each other to achieve the best possible outcome for their research project has been her biggest motivation.

Science Advisory Panel

BRUCE WALSH

Bruce Walsh is a population and quantitative geneticist with very diverse interests in plant and animal breeding, evolutionary biology, and statistical methods.  He obtained a BS in Mathematical Population Biology from UC Davis, and a PhD in genetics from the University of Washington. He is currently a Professor of Ecology and Evolutionary Biology, Plant Sciences, and Public Health at the University of Arizona. He is perhaps best known for the two graduate textbooks on quantitative genetics that he coauthored with Mike Lynch (Lynch & Walsh, 1998, Genetics and Analysis of Quantitative Traits [a new version, along with Peter Visscher at UQ, is in the works]; and Walsh & Lynch 2018, Evolution and Selection of Quantitative Traits). He has taught almost 100 short courses on quantitative genetics in over two dozen countries, on all continents (except for Antarctica, where he is still awaiting an invitation). He is also an avid Lepidopterist, having described almost 30 new species of moths and has three species named after him.

Science Advisory Panel

DETLEF WEIGEL

Detlef Weigel, a German-American scientist, is currently a Director at the Max Planck Institute for Biology Tübingen. He is a member of the US National Academy of Sciences, the American Academy of Arts and Sciences, the German National Academy of Sciences Leopoldina and the Royal Society, and a recipient of several scientific awards, most recently the Novozymes Prize of the Novo Nordisk Foundation. He is among the ten most highly cited plant scientists in the world.

The first major finding from his lab was that an Arabidopsis gene could dramatically accelerate flowering of trees; this established a proof of concept for Arabidopsis genetics as a platform for biotechnological discoveries. His group later discovered the first plant microRNA mutant and identified the factor that we now know to be the long sought-after mobile flower-inducing signal. Detlef was also one of the first to exploit natural genetic variation for understanding how the environment affects plant development. In recent years, this work has come to incorporate questions at the interface of evolution and ecology: How can wild plants adapt to climate change, and how do they manage to keep their pathogens at bay? In this research, he draws on the fruits of a collaborative effort initiated over a decade ago to sequence the genomes of over 1,000 natural A. thaliana strains (The 1001 Genomes Project).

Detlef has an extensive record of service to the scientific community, having served on a series of editorial and advisory boards. He is a forceful advocate of open access publishing and founding Deputy Editor of eLife. He is a co-founder of three biotech startups.

Science Advisory Panel

ANDREW YOUNG

Andrew Young is the Director of the National Research Collections Australia (NRCA) Program within the National Collections and Marine Infrastructure Business Unit in CSIRO.  He is also Vice-Chair of the Global Biodiversity Information Facility based in Copenhagen, holds an Adjunct Professorship at the Australian National University and is a member of the Australia Academy of Science Ecology and Evolution Committee.  Andrew’s research background is in population genetics and biodiversity management.  Over the last five years, as NRCA Director, he has focused much of his effort on expanding the ways that biological collections can be used across an ever-increasing range of application domains from biodiversity discovery, taxonomy and evolution, to understanding ecosystem services, bioprospecting for new molecules and materials and building new tools for biosecurity.

Partner Investigator

STEPHANIE ALEXANDER KITCHEN GARDEN FOUNDATION

The Stephanie Alexander Kitchen Garden Foundation (SAKGF) works to introduce pleasurable food education to children throughout their learning years, in order to form positive food habits for life.

Through hands-on growing, harvesting, preparing and sharing, children and young people learn valuable practical, life and soft skills, and an awareness of food systems and sustainability.

University of Saskatchewan
Partner Investigator

KIRSTIN BETT

Global Crop Diversity Trust (Crop Trust)
Partner Investigator

HANNES DEMPEWOLF

Hannes Dempewolf is the Director of External Affairs and a Senior Scientist at the Crop Trust. He is responsible for coordinating the Crop Trust’s External Affairs Team. As such, he works at the interface of partnerships, resource mobilization, project development, science and policy. Before assuming his new role he has been leading the Crop Trust’s project ‘Adapting agriculture to climate change: collecting, protecting and preparing crop wild relatives’ for several years.

Hannes studied Plant Science at the University of Edinburgh and the Royal Botanic Gardens Edinburgh in Scotland and completed his PhD training in Botany at the University of British Columbia in Vancouver, Canada. Before joining the Crop Trust, he has led several field research projects on plant genetic resources in Peru, the Caribbean, Kenya and Ethiopia. His scientific interest focuses on the evolution, maintenance and conservation of agrobiodiversity, the importance of such diversity for farming communities and the role it can play for sustainable development and food security in times of a rapidly changing climate.

CIMMYT
Partner Investigator

SARAH HEARNE

Sarah Hearne focuses on identifying and “upcycling” breeder relevant native genetic variation for broader crop improvement applications. Working with multidisciplinary teams she explores, harnesses, re-combines and co-develops applications and approaches in the areas of genomics, informatics, biometrics and breeding methodology, driving data synergies towards more efficient and effective upstream discovery and breeding.

She currently leads projects on Mining Useful Alleles for Climate Change Adaptation from CGIAR Gene Banks, the Seeds of Discovery initiative and the Trait Discovery and Deployment and Toolbox areas of the Excellence in Breeding Platform. These activities focus on the large-scale genotypic and targeted phenotypic characterization of germplasm bank collections resulting in the identification of accessions and genomic regions of value, and translation of this knowledge into new breeder demanded donor germplasm.

This data-driven science is complemented by emphasis on outcome oriented project ad people management and data management and equitable, IP-sensitive knowledge sharing where Hearne is responsible for online resources that facilitate access to data, tools, services, germplasm, advice and training for other researchers and breeders.

Harvard University
Partner Investigator

N. MICHELE HOLBROOK

N. Michele (Missy) Holbrook is Charles Bullard Professor of Forestry in the Department of Organismic and Evolutionary Biology at Harvard University and also Director of the Harvard Forest.

Missy’s work focuses on the physics and physiology of vascular transport (both xylem and phloem) with the goal of understanding how constraints on the movement of water and solutes between soil and leaves influences ecological and evolutionary processes. Currently, her lab group is investigating questions related to cavitation, stomatal mechanics, leaf hydraulic design, controls on carbon allocation, and xylem evolution.

Queensland Government Department of Agriculture and Fisheries
Partner Investigator

DAVID INNES

Chinese Academy of Sciences
Partner Investigator

JIAYANG LI

Max Planck Institute of Molecular Plant Physiology
Partner Investigator

JOHN LUNN

Colorado State University
Partner Investigator

GEOFFREY MORRIS

The University of British Columbia
Partner Investigator

LOREN RIESEBERG

Professor Loren Rieseberg’s lab employs population genomic approaches, computational methods, and field and greenhouse studies to study plant adaptation and speciation. They are especially interested in how gene flow, both within and between species, influences these processes. They also study factors that affect rates of gene flow, including reproductive barriers such as niche differentiation, phenological isolation, and pollen competition, as well as chromosomal inversions that impede gene flow mainly by suppressing recombination. On a more practical level, they integrate genomic and phenotypic data with results from laboratory and greenhouse experiments to identify evolutionary changes that causally drive plant invasions, mine natural populations for agronomically useful alleles, develop pre-bred lines to deliver these alleles to plant breeders, and generate genomic tools and resources for important crops such as sunflower and Cannabis.

CSIRO
Partner Investigator

JENNIFER TAYLOR

CSIRO
Partner Investigator

BEN TREVASKIS

Dr Ben Trevaskis, together with a team of outstanding researchers at CSIRO, is studying the genetic pathways that control seasonal flowering-behaviours of crops. The main focus has been genes that control flowering of wheat, particularly the vernalization response, whereby the prolonged cold of winter triggers spring flowering.

More broadly, his research explores genetic variation in flowering-behaviour of a range of crops, including wheat, barley and canola. This topic is important to agriculture becasue understanding how genetic variation influences flowering can help plant breeders adapt future crop varieties to target growing conditions. Of particular importance is resolving gene-environment interactions to understand and predict the flowering behaviour of diverse crop varieties at a range of locations.

Currently they are exploring the application of machine-learning to trait-prediction, using flowering-behaviour as a test system. This research aims to integrate multi-level genomic data with detailed environment characterisation to resolve gene-environment interactions and predict traits under field conditions. Through this research Ben has become actively involved in the CSIRO Future Science Platform for Machine-learning and Artificial Intelligence.

One output of their research is a large set of wheat test lines that have different flowering behaviours but that are otherwise 97% identical. This set of ‘near-isogenic lines’ was generated in the broadly adaptable cultivar Sunstate. It covers many different combinations of vernalization requirement and photoperiod sensitivities, in addition to some other traits like plant height and the presence of awns. Small volumes of seed from these lines can be provided to researchers on request.

Ben has long-term collaborations with other Australian grains industry researchers located with The University of Queensland, University of Tasmania, University of Adelaide, and NSW Department of Primary Industries, as well as international researchers at Oregon State University (USA) and the Chinese Academy of Science, Department of Botany.

Macquarie University
Associate Investigator

BRIAN ATWELL

Professor Brian Atwell is a plant scientist with particular interest in the impact of abiotic stress events on crop and forest species and their wild relatives. The interaction with rising carbon dioxide levels is often a theme of the research. Phenotypic effects are analysed at the level of whole-plant physiology, as we as extensive use of proteomics, transcriptomics and genomics data as a means of identifying underlying interactions between plants and the environment. Much recent work focuses on Australian wild crop relatives, particularly rice and cotton.

University of Adelaide
Associate Investigator

SCOTT BODEN

Scott investigates the genetic regulation of inflorescence development and flowering-time in wheat, oats and barley. He is particularly interested in the developmental processes that determine the number and arrangement of grain-producing flowers that form on an inflorescence, with the aim to use this knowledge to improve yield potential of cereals. Scott completed his PhD at the University of Adelaide and held post-doctoral fellowships at the John Innes Centre and CSIRO from 2008-2014. In 2015, Scott returned to JIC as a Group Leader and Royal Society Research Fellow, before returning to the Waite Campus in Adelaide to lead a group investigating reproductive development in cereals. He is now an ARC-funded Future Fellow.

Australian National University
Associate Investigator

JUSTIN BOREVITZ

The University of Queensland
Associate Investigator

ANDREW BORRELL

Andrew Borrell is a crop physiologist and a Professor in Crop Science with the Queensland Alliance for Agriculture and Food Innovation (QAAFI) at The University of Queensland. His research interests include the physiological/molecular basis of drought adaptation in cereals (sorghum, wheat, rice & barley), focusing on traits that impact water demand (canopy development) and water supply (root architecture); the efficiency with which resources (radiation, water and nitrogen) are utilized by crop plants; the impact of leaf anatomy on photosynthesis; and novel water-saving technologies for rice-based cropping systems in Asia. He is particularly interested in the nexus between climate change, water, agriculture, and food security. Professor Borrell is a Churchill Fellow and has previously served as Centre Leader of the Queensland Government’s Hermitage Research Facility for more than a decade.

University of Adelaide
Associate Investigator

PHIL BREWER

Phil Brewer was awarded a prestigious ARC Future Fellowship in 2018 and joined the University of Adelaide Waite Research Institute. He completed his PhD at Monash University and gained postdoctoral experience at Tübingen University and the University of Queensland. Phil’s research interest involves the way plant hormones help plants to respond to changed growth conditions. His research has focused on strigolactone production and action, particularly how that relates to auxin and the transport of auxin. Strigolactones have risen to prominence as regulators of shoot branching, root architecture and plant-fungi symbiosis. They help plants cope with sub-optimal growth conditions, such as low nutrients, shading, cold, drought and salinity, and attack from pathogens or parasitic weeds. Although strigolactones may function directly in responsive plant cells through regulating gene expression, they also display a distinctive non-transcriptional and non-cell autonomous inhibition of auxin transporters. While Phil’s immediate focus is to uncover the mechanism of strigolactone action on auxin transport in Arabidopsis, he also seeks to transfer knowledge about how this may affect root architecture and performance of barley to improve yield under sub-optimal growth conditions.

United States Department of Agriculture
Associate Investigator

ED BUCKLER

Queensland University of Technology
Associate Investigator

PAMELA BURRAGE

Pamela Burrage has extensive experience in the development and implementation of numerical methods, including parallel implementation of optimised algorithms, novel visualisation techniques and stochastic simulation. Her work with Populations of Models and Uncertainty Quantification enables insight into the inherent variability in species interactions in complex systems.

University of Tasmania
Associate Investigator

MICHAEL CHARLESTON

Michael Charleston was born and raised in New Zealand, where he completed his BSc in mathematics and physics, Honours (maths) and PhD in phylogenetics. He has lived in several other places before settling in Tasmania: Austin TX, Glasgow, Oxford, London and Sydney.
This has ended up with about a decade in a maths & stats department, then a decade in zoology departments (Austin, Glasgow, Oxford), then another one in computer science (Sydney), before returning to mathematics once more.
Michael enjoys bioinformatics, discrete mathematics, algorithms and data structures, modelling, mathematical & evolutionary biology including epidemiological modelling, programming in C++ and Java, and bash scripting.
He also enjoys tabletop board games, table tennis, playing the flute (not as well as he used to), and science fiction.

Western Sydney University
Associate Investigator

BRENDAN CHOAT

Brendan Choat is an Associate Professor and Future Fellow (2014-2018) at WSU, Hawkesbury Institute for the Environment. His research centres on the physiological ecology of plants with a primary focus on plant hydraulics, water relations and functional anatomy.

Brendan  obtained his BSc (Hons) in 1997 (JCU) and his PhD in 2003 (JCU). From 2003-2005 he worked as a Post Doctoral Fellow at Harvard University in the Department of Organismic and Evolutionary Biology. He held a second Post Doctoral Fellowship in the Department of Viticulture and Enology at the University of California, Davis from 2005-2008. In 2008 he returned to Australia to take up a Research Fellowship at ANU before moving to the Hawkesbury Institute for the Environment. He is editor in chief for the PrometheusWiki Project and on the editorial board of the journal Plant Biology. In 2010 he was awarded an Alexander von Humboldt Fellowship for Experienced Researchers. In 2013, Assoc Prof Choat was awarded an ARC Future Fellowship for his work on mapping drought responses in trees.

James Cook University
Associate Investigator

DARREN CRAYN

Prof. Crayn is the inaugural Director of the Australian Tropical Herbarium, a joint venture based at James Cook University in Cairns involving the Australian Government (through CSIRO and the Director, National Parks) and the Queensland Government (through the Queensland Herbarium).

He studies of the origins, evolution, biogeography and classification of plants, including:
• discovering, naming and classifying new plant species and determining the evolutionary relationships among them,
• mapping the distribution of ecosystems, species and genetic variation within species across the landscape,
• developing DNA-based tools and ‘matrix keys’ for species identification and rapid biodiversity inventory
• uncovering the deep-time origins and ancient migration pathways of plants that are found in tropical Australia today.

Prof. Crayn also works enthusiastically in service and outreach having held numerous positions on a wide range of advisory, policy development and representative bodies in plant systematics and biodiversity science generally, including roles advising state and Commonwealth governments, leadership roles in professional societies, and roles on granting bodies.

The French National Centre for Scientific Research
Associate Investigator

PIERRE-MARC DELAUX

The University of Queensland
Associate Investigator

JAN ENGELSTAEDTER

Jan Engelstaedter is an Associate Professor at the School of Biological Sciences at UQ. He is an evolutionary geneticist with a strong focus on applying mathematical models to biological questions. His current research interests include predicting the evolutionary dynamics of adaptation and the evolution of sex and recombination.

Within the Centre, Jan is contributing mainly to:

Program 2: Mechanism and Network Prediction – Mechanistic adaptation, Predicting adaptive trajectories in natural systems

Donald Danforth Plant Science Center
Associate Investigator

ANDREA EVELAND

Western Sydney University
Associate Investigator

RACHAEL GALLAGHER

A/Prof Rachael Gallagher is a plant ecologist and conservation biologist. She runs a research program at the Hawkesbury Institute for the Environment investigating plant diversity and adaptation, including experimental and field studies of plant responses to key threatening processes such as climate change. Rachael’s research draws on national and international initiatives on plant traits and ranges, several of which she contributes to directly as co-curator of the national AusTraits database. She uses these rich sources of data to inform continental and global scale studies in plant biogeography.

Rachael has worked in plant science since 2004, initially at the National Herbarium of NSW and subsequently as an Australian Research Council Early Career Research Fellow (DECRA 2017-2021). She is a current member of the Commonwealth Threatened Species Scientific Committee (TSSC) and previous Deputy Chair and member of the NSW TSSC (2016-2021). In 2020, Rachael was awarded NSW Premiers Prize for Early Career Research (Biological Sciences) in recognition of her national assessment of the impacts of the 2019-2020 bushfire season on Australian plant diversity. Her work prioritising plant species for recovery actions after the fires has been widely applied to inform planning, management, and extinction risk assessment at the State and Commonwealth level.

The University of Queensland
Associate Investigator

JIM HANAN

Jim’s major research theme is the development of mathematical, computer graphics and simulation approaches and techniques that facilitate the study of genetics, physiology, morphogenesis and ecology at the scale of cells, individual plants and insects and their components. These developments in computational biology are being used to increase our understanding of the dynamics of morphogenesis, and as a tool in applied research and education.

The University of Queensland
Associate Investigator

SIMON HART

The goal of Simon’s research is to understand the processes driving the rise and fall of populations of species within communities, and how these dynamics affect species distributions.

Simon has helped to quantify the influence of demographic stochasticity, individual variation, phenotypic plasticity, rapid evolution, and spatial environmental heterogeneity on population and community dynamics.

He is also interested in the role of non-stationary environments, fluctuating environments, and ‘extreme events’ on dynamics and distributions.

His focus is on the biology of flowing freshwater ecosystems — streams, rivers, and associated wetlands. These systems provide wonderfully challenging opportunities for combining theory, observations, and experiments to discover how nature works. More importantly, freshwater ecosystems are, per unit area, the most biodiverse ecosystems on the planet, and yet they remain underexplored, underappreciated, and under threat.

The University of Queensland
Associate Investigator

LEE HICKEY

The University of Queensland
Associate Investigator

PHILIP HUGENHOLTZ

University of Tasmania
Associate Investigator

REBECCA JONES

Macquarie University
Associate Investigator

MICHELLE LEISHMAN

Michelle Leishman is an internationally renowned biologist who works in the fields of plant invasion biology, climate change impacts and adaptation, conservation and urban ecology. She is highly cited with more than 170 published book chapters and journal articles. She leads a research group in the Department of Biological Sciences at Macquarie University and is Director of Macquarie’s Smart Green Cities. She has led the development of widely used online tools for climate change adaptation, in close association with government and currently leads the Which Plant Where project which aims to facilitate resilient and diverse green urban spaces. Michelle is a Trustee of the Royal Botanic Gardens and Domain Trust and Chair of their Scientific and Conservation Committee. She is also on the Board of Bush Heritage Australia and an elected council member of the Australian Flora Foundation.

Michigan State University
Associate Investigator

DAVID LOWRY

The University of Queensland
Associate Investigator

EMMA MACE

Purdue University
Associate Investigator

SCOTT MCADAM

Scott McAdam is an Assistant Professor at Purdue University, IN, USA. Scott did his PhD and an ARC DECRA Fellowship at the University of Tasmania with Professor Tim Brodribb, before taking up his current position in 2017.
The McAdam lab investigates the major physiological innovations that allowed plants to survive on land and colonize increasingly arid environments over the past 450 million years.
We make use of ecological and evolutionary diversity to answer fundamental questions related to the roles of stomatal regulation, plant hormones particularly abscisic acid, and xylem physiology in driving land plant tolerance to water deficit.

University of Florida
Associate Investigator

CHARLIE MESSINA

Charlie Messina is a Professor of Predictive Breeding in the Department of Horticultural Sciences at the University of Florida. His program focuses on the development of prediction methods for agriculture and horticulture.

University of Tasmania
Associate Investigator

DIANNE NICOL

In 2021, Dianne Nicol stood down from her roles as Distinguished Professor of Law and Director of the Centre for Law and Genetics at the University of Tasmania in Australia, but continues as Adjunct Professor. Dianne has a background in science as well as law, with a PhD in cell biology. She is a fellow of the Australian Academy of Law and the Australian Academy of Health and Medical Sciences. Her research focuses primarily on the ethical, legal and social issues associated with human genomics. However, she has broader interest in genomics more generally, particularly the interface between commercialisation and access and benefit sharing.

University of Tasmania
Associate Investigator

LIBBY PINKARD

Western Sydney University
Associate Investigator

JONATHAN PLETT

Dr Jonathan Plett joined the team at the Hawkesbury Institute for the Environment in October 2012 where he currently holds a senior lectureship in plant-microbe interactions. Dr. Plett did his PhD at Queen’s University in Canada in the area of plant hormone perception and disease immunity. In January of 2009 he began his post doctoral research at L’Institut National de la Recherche Agronomique (INRA), France, where he worked on functionally characterizing small secreted protein signals that coordinate symbiosis between plants and soil-borne mutualistic fungi – an interaction that is essential for the continued health and productivity of forests. The aim of his research program is to compare and contrast the genetic traits in plants that render them susceptible to colonization by mutualistic versus pathogenic microbes. Further, he studies the countermeasures used by microbes to manipulate the outcome of these interactions.

Dr. Plett uses plant hosts from forestry and agricultural contexts (e.g. Pinus, Eucalyptus, Solanum, Cicer) combined with their associated oomycete, fungal, and bacterial partners (e.g. Phytophthora, Pisolithus, Rhizophagus, Mesorhizobium) to tackle these complex questions. He specializes in combining a range of different techniques from molecular biology and biochemistry, including genomic and transcriptomic analysis, protein:protein interaction assays, enzymatic tests as well as the creation and characterization of mutant organisms to achieve his research goals. The outcome of this research will be a better understanding of the biological mechanisms that can be leveraged in future to mitigate the negative effects of abiotic stress associated with climate change.

Macquarie University
Associate Investigator

HENDRIK POORTER

Hendrik Poorter is a plant ecophysiologist who studied in Groningen and graduated from Utrecht University. After a stay at the Australian National University, he worked again in Utrecht, at Macquarie University and the Research Centre Jülich.

Hendrik’s main focus is currently in achieving a quantitative understanding of how plants respond to their a-biotic environment. To this end, Hendrik and his team carry out meta-analyses for a wide range of anatomical, morphological, physiological and chemical plant traits in leaves, stems and roots, as well as for whole plant growth, allocation and reproduction. Using experiments in which the light level, light quality, UV-B, CO2, O3, nutrients, water, temperature, salinity or soil compaction were experimentally manipulated, they derive dose-response curves which quantitatively summarise how plants in general acclimate in the longer term and at different scales to these different factors.

CSIRO
Associate Investigator

VIVIEN (VIV) ROLLAND

Vivien (Viv) Rolland is a collaborative plant microimaging & biotechnology expert with a mindset focused on developing cross-discipline solutions to improve crop value and sustainability. He delivers impact for people and the environment through microimaging, plant biotechnology, and artificial intelligence (AI).

Viv is the recipient of a 2019 CSIRO Julius Career Award, a 2022 ACT Young Tall Poppy Science Award and a 2023 Nuffield Scholarship.

He is investigating how recent advances in microimaging, image analysis and AI can be used to design new ways to investigate crop performance in the field and deliver impact for breeders and growers. Previously, he has been involved in SynBio efforts to engineer natural cotton fibres with new properties to partially replace fossil-fuel based synthetics, or increase oil content in plant leaves for biotech applications aiming to support a growing global demand.

Viv co-leads the Object Detection activity of the Machine Learning and Artificial Intelligence FSP, a cross-discipline 4-year initiative (2019-2023) to develop new Machine Learning and Computer Vision research to deliver practical solutions across domains and scales – from single-cell organisms to radiogalaxies! As part of this role, Viv leads a cross-discipline team of 10 postdocs and ~50 in-kind staff.

Viv also leads the Black Mountain microImaging Centre (BMIC), which provides expertise, training, and state-of-the art microimaging capabilities to 100+ users, to enable impactful scientific discoveries for Agriculture.

Viv is the Translational Biology Team Leader and his leadership style is centred around creating an inclusive and supportive work environment where diverse talents can thrive. He also enthusiastically shares his passion for science through various science outreach initiatives. For example, Viv engages with students of various ages (e.g. Aboriginal ASSETS program and National Youth Science Forum) and communicates his science with the general public via media streams (e.g.  profile on the Australian Academy of Science website , ABC radio, or media report on Cotton fibres). Viv is particularly interested in promoting and supporting engagement and partnerships with First Nations Peoples and currently supervises Kyah Chewying, a CSIRO Indigenous Cadet.

Scientific editing, peer-reviewing and publishing: Viv is an Associate Editor for BMC Plant Methods, and he peer-reviews for a range of top-tier journals. So far, Viv has co-authored 2 provisional patents and 26 scientific publications (Scopus citations: 755, H-factor=12, Google Scholar citations: 1071, H-factor=14) in The Plant Cell, Plant Physiology, Plant Biotechnology Journal, Current Opinion in Plant Biology, Genome Biology, ISME J, WACV, Developmental Cell, Journal of Experimental Botany, Development, Frontiers in Plant Science, Frontiers in Microbiology, Plant Methods, Plant and Cell Physiology and Plant Direct.

ResearcherID: O-9126-2015

Australian National University
Associate Investigator

YONG-LING RUAN

University of Tasmania
Associate Investigator

DOROTHY STEANE

Dorothy’s background is in molecular phylogenetics, population genetics, evolution and adaptation of plants to environment, in particular (but not restricted to) eucalypts. She is an honorary researcher at the University of Tasmania.

University of Tasmania
Associate Investigator

FRANCES SUSSMILCH

Dr Frances Sussmilch is an ARC DECRA Fellow at the University of Tasmania and an Associate Investigator in the Centre. Her research focusses on investigating the genes that control stomatal responses to dehydration and their evolution.

The University of Queensland
Associate Investigator

MILOS TANURDIC

Miloš Tanurdžić is a research group leader and senior lecturer in the School of Biological Sciences at The University of Queensland. He is also a visiting professor at the University of Novi Sad (Serbia), where he started out his scientific career with a B.Sc. in Biology and Honours thesis on the molecular genetics of seed storage protein genes in wild wheat. He went to Purdue University (USA) for his PhD in Genetics (2004) where he studied comparative and functional genomics of land plants. During his postdoctoral training at Cold Spring Harbor Laboratory (USA), Miloš did pioneering work in plant epigenomics, using next-generation sequencing technologies to explore natural epigenetic variation in plants and the roles chromatin modifications play in gene regulation in plant development.

Since starting his independent research group at UQ in 2012, Miloš has continued to explore plant developmental biology using the tools of functional genomics, chromatin biology, systems biology, and, always, plant genetics. He is particularly interested in discovering components of gene regulatory networks that operate in plant vegetative development, and in exploring their evolutionary trajectories in a variety of plant species.

University of Adelaide
Associate Investigator

MATTHEW TUCKER

The University of Queensland
Associate Investigator

MICHAEL UDVARDI

Michael’s primary research interest is symbiotic nitrogen fixation (SNF) in legumes, which is crucial for sustainable N-use in agriculture. Over the past 20 years, his teams in Germany and the USA developed and applied tools and resources for functional genomics that led to the discovery of many genes required for SNF in model legumes. The scientific community now has genetic evidence that over 200 genes are required for SNF but still little idea of how these genes can be harnessed to improve SNF effectiveness. It is clear, however, that there is great natural variation in SNF effectiveness between individuals of a species and between species. At UQ, Michael plans to use comparative genomics, physiology and computational biology to identify sets of genes and alleles that control SNF effectiveness in pulse crop species and use this knowledge via AI-guided plant breeding to increase SNF. Increasing SNF effectiveness in legumes and expanding their use in agricultural systems will enable reduction in the use of industrial N-fertilizers and the massive losses of damaging reactive-N into the environment. This is crucial to put agriculture onto a more sustainable footing.

Wageningen University
Associate Investigator

FRED VAN EEUWIJK

Hochschule Geisenheim University
Associate Investigator

KAI VOSS-FELS

Queensland University of Technology
Associate Investigator

BRETT WILLIAMS

Brett Williams is a research group leader and senior lecturer in the School of Biological and Environmental Sciences at the Queensland University of Technology. He received his BS and PhD at QUT in the laboratory of Distinguished Professor James Dale, where he focused on developing a novel virus-inducible protein expression system in plants. Following his PhD studies, Brett travelled to Texas A & M University in the USA, where he worked in the lab of Distinguished Professor Martin Dickman, studying plant Programmed Cell Death (PCD) pathways in response to biotic and abiotic stimuli. In 2010, Brett returned to QUT and worked with Professor Sagadevan Mundree to study the stress tolerance responses of the Australian resurrection plant, Tripogon loliiformis, before receiving QUT Vice Chancellor’s and Advance QLD Research Fellowships to explore cell death pathways in Tripogon loliiformis and perform Australia’s first GM chickpea trial, respectively.

Today, Brett and his lab are investigating the role of energy metabolism in regulating cell death and senescence pathways in resilient species and translating this fundamental knowledge to improve important crop species such as Chickpea.
Brett’s research has led to several fundamental discoveries, including;
– The dispersal of Arabidopsis Bcl-2 athanogene (BAG) family in various sub-cellular organelles.
– The observation that the Arabidopsis BAG family plays a central role in regulating programmed cell death pathways.
– The tight regulation of autophagy pathways by naturally resilient plant species to tolerate stress
– The suppression of stress-related senescence pathways in naturally resilient species to tolerate extreme climates
– Suppression of host defence pathways by Sclerotinia sclerotiorum secreted oxalic acid
– Temporal induction of plant PCD pathways as a key pathogenicity factor of the potent necrotrophic fungus Sclerotinia sclerotiorum

University of Calgary
Associate Investigator

SAM YEAMAN

Sam Yeaman works at University of Calgary as an Associate Professor and AIHS chair in evolutionary Bioinformatics and Computational Biology. His research uses a combination of comparative genomics, individual-based simulations, and observational studies of population genomic variation in the wild to understand how evolution shapes adaptive traits. Current projects focus on studying the genetic basis of local adaptation in conifers, sunflowers, and other plants, the evolution of antibiotic resistance in parasitic nematodes, and the evolution of alkaloid production in medicinal plants. His lab also continues to work on theoretical projects exploring the population genetics of adaptation and developing methods to robustly detect and parse signatures genotype-environment association.

The University of Queensland
Postdoctoral Researcher

FRANCOIS BARBIER

Francois is a plant molecular physiologist working on the regulation of shoot architecture by sugars with Prof. Christine Beveridge. Francois is specifically interested in the interactions between hormones and sugar signalling pathways during the regulation of shoot branching.

University of Tasmania
Postdoctoral Researcher

CHRISTOPHER BLACKMAN

Christopher is a post-doctoral ecophysiologist with an interest in the water transport properties of plants. His research is aimed at better understanding plant responses to drought and the traits that confer plant success in species adapted to dry and hot environments. Within the CoE he will be working closely with others examining the evolution of drought-tolerance traits within the Australian eucalypts.

University of Tasmania
Postdoctoral Researcher

IBRAHIM BOURBIA

Western Sydney University
Postdoctoral Researcher

TRAVIS BRITTON

Travis is a postdoc working with Prof. Ian Wright and A/Prof. Rachael Gallagher at the Hawkesbury Institute for the Environment, as part of the Western Sydney Univeristy node of the CoE. Travis is working on the ecophysiological adapations of eucalypts to drought and heat stress. Travis’ past research interests have largely focused on understanding how ecological interactions among neighbouring plants modify the direct effects of environmental change in forest communities.

The University of Queensland
Postdoctoral Researcher

CANDICE BYWATER

Candice is an ecophysiologist interested in the evolutionary physiology of plants. Her research investigates the mechanisms that enable species to adapt to, and persist in, novel and everchanging environments. Candice is examining the genetic associations between physiological, morphological and reproductive traits for divergent natural populations of an Australian wildflower to assess whether the processes that lead to adaptation are linked to the formation of new species.

The University of Queensland
Postdoctoral Researcher

BERRIS CHARNLEY

Berris Charnley is a research fellow at The University of Queensland. He is interested in seeds, genes, farms and food. How are these resources studied, owned or shared; and what can the history of human relations with such resources tell us about their management in the future.

The University of Queensland
Postdoctoral Researcher

STEPHANIE CONWAY

The University of Queensland
Postdoctoral Researcher

ELIZABETH DUN

Elizabeth’s research, using the model plant garden pea (Pisum sativum), seeks to discover how strigolactones and other known hormones/signals regulate shoot architecture in response to environmental factors (photoperiod) and in coordination with developmental processes (flowering). Liz is studying the interactions between pathways controlling photoperiod, light response, flowering and branching which will help me to identify factors that determine the position of branches along the stem. Understanding such crosstalk is important and will be an important step towards targeted modification of plant architecture, enabling bud outgrowth to be directed to desired regions or stages of plant growth.

The University of Queensland
Postdoctoral Researcher

FRANZISKA FICHTNER

Franziska’s research focuses on the connection between plant metabolism and phenotype. She is especially interested in the sucrose-specific signalling metabolite, trehalose 6-phosphate (Tre6P), that is also a negative feedback regulator of sucrose levels. Her work and the work of others demonstrated that changes in Tre6P levels lead to many metabolic and phenotypic alterations in plants including changes in shoot architecture. Franzi did her PhD in the group of Mark Stitt at the Max Planck Institute of Plant Molecular Physiology where she started to work under the supervision of John Lunn on plant metabolism and how it influences plant development, with a special focus on Tre6P signalling. In her current postdoc in Christine Beveridge’s lab, Franzi investigates how sugar and phytohormone signalling pathways are connected to regulate shoot branching in arabidopsis (Arabidopsis thaliana) and pea (Pisum sativum). She is trying to understand how Tre6P modulates shoot architecture, how it interacts with known phytohormones and what molecular mechanisms are involved.

Monash University
Postdoctoral Researcher

TOM FISHER

A devotee to liverwort science, Tom has been a member of John Bowman’s group at Monash University for approximately 7 years. Since the beginning of the pandemic, Tom has written and submitted a thesis on the role of the PIN gene in liverwort development, been awarded their PhD and transitioned into a Research Fellowship role as part of the Centre for Plant Success. Tom’s experience includes a lot of transgenics and confocal microscopy-based work, including a healthy amount of creative dabbling with various plant growth assays.

Monash University
Postdoctoral Researcher

EDUARDO FLORES-SANDOVAL

Eduardo is a postdoctoral fellow interested in understanding the origin and function of plant hormone signalling pathways using Marchantia polymorpha as a new model system in plant research. Eduardo is originally from Mexico and holds a PhD from Monash University. He recently worked as a postdoctoral fellow at Kyoto University where he studied auxin responses in Marchantia.

The University of Queensland
Postdoctoral Researcher

NICOLE FORTUNA

Nicole Fortuna is a postdoctoral researcher working at the University of Queensland. She will be creating computational models of gene interaction networks in order to make predictions on the phenotypic outcomes of plant species.

She has recently completed her PhD on modelling the coevolution of host and parasite species over long evolutionary time periods. Her focus was on trying to better understand how host shift events can contribute to the distribution of parasite species across a clade of hosts. While Nicole’s postgraduate studies used computational and mathematical methods to understand biological processes, her undergraduate degree was focused on genetics and evolution.

The University of Queensland
Postdoctoral Researcher

GEETIKA GEETIKA

University of Tasmania
Postdoctoral Researcher

BEN HALLIWELL

Ben has recently started a postdoc under Barbara Holland and Jim Weller at Utas, focusing on comparative analyses of drought tolerance and flowering time in Eucalyptus and the Andropogoneae. Ben is interested in phylogenetic comparative methods and their application to eco-evolutionary questions. Since completing an Endeavour research fellowship under Charlie Cornwallis at Lund University in 2019, Ben has been on paternity leave, and was delighted to return to work in 2021 to be involved in the CoE. Ben started his research career in zoology and is looking forward to working on organisms that don’t try to run away. Get in touch with Ben to learn more about the projects he is involved in or to discuss his obscure interest in world percussion!

Queensland University of Technology
Postdoctoral Researcher

ALEXANDER HASSON

Alex is a researcher in the ARC CoE for Plant Success in Nature and Agriculture through the School of Mathematical Sciences at QUT, under the supervision of Professor Kevin Burrage. He is an admitted DPhil student in Clinical Medicine at the University of Oxford. He has selected works in Nature ISME and is published in an upcoming volume of Unconventional Computing in computation by biological means. Alex has experience with computational mathematics, bioinformatics, computational biology, and computer science, in particular, machine learning and signal analysis.

University of Tasmania
Postdoctoral Researcher

JAZMINE HUMPHREYS

Jaz is a post-doctoral fellow at UTas working with CI Steven Smith in program 1. She is working on the molecular and genetic mechanisms that control water allocation during plant growth and arrest. She is interested in understanding how chromatin and transcriptional dynamics change in response to water deficit and subsequent rehydration as well as understanding how plant hormones are synthesised and catabolised in this response. She is also working on how environmental signals impact the control of growth and dormancy. The ability for plants to arrest and subsequently reactivate their growth requires reprogramming of dynamic genetic networks. Identifying key components of these gene regulatory networks will lead to a greater understanding of how plants control their growth which is important for improving crop yields and plant success in natural environments. Jaz recently completed her PhD at UQ and was supervised by Associate Investigator Miloš Tanurdžić and Centre Director Christine Beveridge where she worked on understanding the chromatin and transcriptional responses to the plant hormone strigolactone.

Western Sydney University
Postdoctoral Researcher

VINOD JACOB

Vin is a postdoc working with Prof. Ian Wright at the Hawkesbury Institute for the Environment, as part of the Western Sydney University node of the CoE. Vinod’s PhD work (also at HIE) concerned the effects of elevated temperature and drought on the physiological function of various pasture species. In collaboration with Associate Investigator Prof. Brian Atwell (Macquarie University), Vin’s current research is aimed at better understanding ecological and physiological adaptations to heat and water stress in target clades of Australian Andropogoneae grasses, especially kangaroo grass – Themeda triandra.

The University of Queensland
Postdoctoral Researcher

MADDIE JAMES

Maddie is a postdoctoral research fellow and uses a system of replicated evolution to understand how organisms adapt to harsh environments. Her work uses large-scale genomic data to uncover the genetic mechanisms that facilitate adaptation, including the interplay between recombination and natural selection. Her research tackles one of the longstanding questions in evolutionary biology: if we were to ‘replay the tape of life’ would evolution repeat itself?

Queensland University of Technology
Postdoctoral Researcher

BRODIE LAWSON

Brodie is a researcher in applied mathematics and statistics, with a particular interest in using methods from Bayesian statistics and elsewhere to calibrate and better understand the behaviours of complex systems (particularly including uncertainty and variability). Much of his research has considered the intricate dynamics of electrical activity in the heart, and now plant biology.

The University of Queensland
Postdoctoral Researcher

JAMES LEFEVRE

Dr James Lefevre has a background in pure mathematics, with a Ph.D. in Combinatorics. He has since pursued research in quantitative biology, including modelling and simulation, machine learning, image analysis and statistics, working with developmental and cell biology groups. James began as a Research Fellow in the CoE in mid-2021, and is looking forward to pursuing these interests and developing collaborations within the centre.

The University of Queensland
Postdoctoral Researcher

HAMISH MACDONALD

Hamish MacDonald is a research fellow at the University of Queensland. His research focuses on the intersection between science and law, particularly on the use of intellectual property in agriculture, biotechnology, and software.

University of Tasmania
Postdoctoral Researcher

JONATHAN MITCHELL

Jonathan’s training is in mathematical and statistical phylogenetics. He is currently analysing sorghum gene presence/absence data with the aim to determine whether there has been convergent selection, and what associations exist between genes and their functions, including whether gene presence/absence is compatible with phenotypic traits.

With his University of Alaska Fairbanks colleagues, Jonathan is developing new statistical tests and model selection procedures for the multispecies coalescent model of incomplete lineage sorting and implementing them in the R package MSCquartets.

The University of Queensland
Postdoctoral Researcher

PAULINE OKEMO

Pauline has recently started a Postdoc focussing on gene editing in wild rices to understand domestication and evolution. She is interested in understanding the mechanisms and pathways that crop wild relatives utilize to survive and succeed in nature. She is keen to unravel these secrets using modern biotechnology tools. Pauline has always enjoyed cooking, eating and ‘socializing’ with rice. Getting to understand what led to rice domestication and discovering novel alleles to aid in rice breeding using genome editing is something she is looking forward to. Pauline has a background in transformation of both legumes and cereals, understanding mechanisms of abiotic stress tolerance, programmed cell death and is interested in research that will transform farmers and breeders lives while making an impact in the scientific community. Pauline has extensive experience and skills in plant molecular biology, cloning, gene editing, genetic engineering, and bioinformatics from her work at ICRISAT-Nairobi, Plant Transformation laboratory-Kenyatta University (Nairobi), Biosciences Eastern and Central Africa (BecA-ILRI Hub), John Innes Centre (Norwich) and Queensland University of Technology. Pauline is delighted to be part of the CoE and is really looking forward to engaging with other researchers within the centre.

The University of Queensland
Postdoctoral Researcher

OWEN POWELL

Owen Powell is an Early Career Researcher with a background in computational biology, quantitative genetics and breeding theory.

Owen’s research interests centre around the development of new gene-to-phenotype (G2P) maps and methodologies to improve the prediction of complex traits.

In the CoE, he enjoys collaborating with physiologists to understand the molecular basis of shoot branching and translating this knowledge into improved crop yield predictions across environments.

Queensland University of Technology
Postdoctoral Researcher

BUDDHINI RANAWAKA

Buddhini is a post-doctoral researcher at Queensland University of Technology (QUT). She is interested in manipulating biotic and abiotic stress pathways using CRISPR-based technologies. She is working with Prof. Peter Waterhouse to develop a fast and precise method for validating predictions about network manipulations. She is utilising Nicotiana benthamiana, Australian native tobacco, as a model plant for developing tools that can be applied to other crops.
Buddhini recently completed her PhD at QUT under the supervision of Prof. Peter Waterhouse and Dr Kevin Dudley. Her Phd project focused on the organisation and epigenetic landscape of the allotetraploid N. benthamiana genome.

University of Tasmania
Postdoctoral Researcher

MUHAMMAD (NOUMAN) SOHAIL

Nouman obtained his PhD from Monash University, where he investigated the role hormones play in regulating cyanogenesis in sorghum. Later Nouman joined The University of Sydney to study the transport of nitrogen and protein in legumes (Common bean, soybean and chickpea) to improve total protein contents and nitrogen use efficiency in plants. Currently, Nouman is working as a postdoctoral research fellow at UTAS and investigating the role of plant hormones in communication with inside and outside factors, specifically in symbiosis (nodulation and mycorrhizal).

The University of Queensland
Postdoctoral Researcher

SIVAKUMAR SUKUMARAN

Sivakumar Sukumaran is an Honorary Research Fellow working on sorghum genetics and genomics at the Queensland Alliance for Agriculture and Food Innovation (QAAFI) at The University of Queensland.

Siva obtained Ph.D. in Plant Breeding and Genetics from Kansas State University, USA in 2012. In 2013, Siva joined International Maize and Wheat Improvement Center (CIMMYT), Mexico as a post-doctoral fellow to work on genetic basis of wheat adaptation. From 2015 to 2021, he led the spring wheat physiological pre-breeding at CIMMYT, Mexico to develop and deliver high yielding, drought, and heat tolerant germplasm to plant breeders around the world. Siva has expertise in translational research through the application of crop physiology, genetics and pre-breeding.

Western Sydney University
Postdoctoral Researcher

EMMA SUMNER

The University of Queensland
Postdoctoral Researcher

AKILA WIJERATHNA YAPA

Akila is passionate about interdisciplinary research. His research background is in Agricultural Biotechnology, Molecular biology, Biochemistry, Omics (Proteomics, Metabolomics, Transcriptomics), statistical data analysis. Akila specialises in the physiology of plant production in controlled environment agriculture and plant biotechnology. Also, he is a fellow of the UK Higher Education Academy (HEA) Professional Standards Framework (UKPSF). Akila is looking forward to multidisciplinary collaboration in the Centre for Plant Success.

The University of Queensland
Postdoctoral Researcher

MELANIE WILKINSON

Dr. Melanie Wilkinson completed her PhD in 2019 on the molecular basis of adaptation and speciation in Senecio lautus. Since finishing her PhD, Melanie’s research has covered evolutionary genetics and evolutionary agriculture and focuses on the interplay between genotype, phenotype and fitness. She is currently investigating the genetic basis of adaptation and speciation in natural systems and the genes underlying key traits for selection in horticultural tree crops such as mango and almond.

Queensland University of Technology
Associate Postdoctoral Researcher

JIYUAN AN

Bioinformatics Specialist
Faculty of Science,
School of Biology & Environmental Science,
QUT

University of Tasmania
Associate Postdoctoral Researcher

JAKOB BUTLER

Dr Jakob Butler is a post-doctoral research fellow with an interest in the application of genomics to questions surrounding adaptation and domestication in plants.

University of Tasmania
Associate Postdoctoral Researcher

MADELINE CARINS-MURPHY

Madeline is a postdoc working with Professor Tim Brodribb at the University of Tasmania. She is an ecophysiologist with a keen interest in the impact that drought and heat have on plant function. She is currently investigating how the water transport system in plant reproductive organs is damaged by hot and dry conditions. When not at work, she can be found wrangling her toddler or her garden!

Cornell University
Associate Postdoctoral Researcher

GERMANO COSTA-NETO

Germano is quantitative geneticist who is passionate about biometrics and the underlying interactions of plants and their growing environment. His research interests are phenomics, enviromics (large-scale envirotyping), and genomics, mostly dedicated in developing predictive breeding tools enabled by statistical or machine learning approaches. He recently joined the Buckler Lab (Maize Genetics, Cornell University, US) in order to support the implementation of enviromic-aided efforts, especially focusing on allele adaptation mining and to enhance the accuracy of the current GxE prediction models in the context of breeding 4.0.

University of Tasmania
Associate Postdoctoral Researcher

PETER HARRISON

Queensland University of Technology
Associate Postdoctoral Researcher

SATOMI HAYASHI

Monash University
Associate Postdoctoral Researcher

ALON ISRAELI

Harvard University
Associate Postdoctoral Researcher

KATE JOHNSON

Kate is a plant physiologist who recently completed her PhD at UTAS and is now a Fulbright Postdoctoral Scholar at Harvard University. Kate’s research focuses on using cameras and powerful x-rays to visualise the drought-induced spread of air through the plant water transport system which leads to plant damage and death. Furthering our understanding of how this damage occurs will help us to predict and manage for plant death under drought conditions. Kate is also passionate about science communication and bringing the sciences and the arts together.

Queensland University of Technology
Associate Postdoctoral Researcher

STEPHANIE KERR

Stephanie completed her undergraduate and postgraduate studies at the University of Queensland where she investigated the role that the plant hormone strigolactone plays in the regulation of shoot architecture in garden pea (Pisum sativum).

She is now employed as a Research Associate in Horticultural Tree Genomics at Queensland University of Technology where she is functionally characterising genes involved in flowering and precocity in horticultural trees. This project aims to develop tools for improving flowering and precocity in tree crops that will directly benefit the horticultural industry in Australia and worldwide.

The University of Queensland
Associate Postdoctoral Researcher

ARDASHIR KHARABIAN-MASOULEH

Ardashir (Ardy) is a Research fellow in plant genomics and bioinformatics whose speciality research area is the study of plant genomes using new OMICs tools.

He is particularly interested in the genome of new crop plants to discover novel stress and quality genes. His main interest is currently using Linux-based high-performance computing and algorithms.

Ardy is currently leading a collaborative project between UQ-QAAFI and King Faisal University in the Kingdom of Saudi Arabia called ‘Genomic analysis of Jojoba plant using novel OMICS technologies’.

University of Tasmania
Associate Postdoctoral Researcher

JAVIER LOPEZ JURADO

Javier is a plant scientist interested in physiology and evolution. In particular, his work is focused on the impact of polyploidy (whole-genome duplication) on plant success. Javier’s research is aimed at better understanding how the well-known trade-offs in plant form a function are affected by genome size, with a special interest in water transport and photosynthesis.

The University of Queensland
Associate Postdoctoral Researcher

PATRICK MASON

University of Tasmania
Associate Postdoctoral Researcher

RAUL ORTEGA MARTINEZ

The University of Queensland
Associate Postdoctoral Researcher

SOFIE PEARSON

Sofie’s background is in plant genetics and has broad interests in evolutionary biology, improving breeding programmes through statistical genetics, and identifying candidate genes underpinning phenotypic variation.

Sofie obtained her PhD in Plant Biology from Massey University, New Zealand in 2021. Her research used genetics, transcriptomics and proteomics to understand genomic responses to selection and identified SNP variants linked to foliar water-soluble carbohydrate accumulation in white clover.
From 2021 to 2022, Sofie worked at The Museum of New Zealand Te Papa Tongarewa assessing the phylogenomics of native forget-me-nots using the Angiosperm353 single/low copy nuclear gene bait set.

Sofie has recently joined The University of Queensland as a Postdoctoral Research Fellow under Associate Professor Emma Mace and Professor David Jordan. She is working in the Hy-Gain for smallholder farmers project. The primary focus of Sofie’s research is the genetic control of heterosis in sorghum and cowpea.

The University of Queensland
Associate Postdoctoral Researcher

LINDSAY SHAW

The University of Queensland
Associate Postdoctoral Researcher

YONGFU TAO

Macquarie University
Associate Postdoctoral Researcher

YUKI TSUJII

Yuki is a plant ecophysiologist, with an interest in phosphorus dynamics in ecosystems. He is working on the partitioning of phosphorus within leaves to understand how Australian plants cope with phosphorus limitation.

Macquarie University
Associate Postdoctoral Researcher

ANDREA WESTERBAND

Andrea investigates how limiting resources influence variation in morphological and physiological traits, as well as coordination among these traits. She uses a combination of fieldwork and greenhouse studies to test ecological hypotheses.

The University of Queensland
Centre Research Fellow

ERIK VAN OOSTEROM

Dr Erik van Oosterom is a crop physiologist, who obtained his PhD from Wageningen University (the Netherlands) in 1993. He conducted his PhD research at the International Center for Agricultural Research in the Dry Areas (ICARDA) in Aleppo, Syria and then worked five years as a Post Doc and visiting scientist at the International Crops Research Institute for the Semi Arid Tropics (ICRISAT) near Hyderabad, India. In 1998 he moved to Australia, where he worked four years with CSIRO before joining UQ.

Erik’s research focusses on the basis of crop adaptation to abiotic stress (drought, heat), using sorghum as a model crop. His strength is in quantifying physiological processes that underpin the expression of key adaptive traits as emergent consequences of genetic, environmental, and management interactions. Incorporation of these insights into crop growth simulation models is providing the functionality to explore gene-phenotype connections and pursue enhanced approaches to crop improvement.

The University of Queensland
Associate Research Fellow

KAMALESH ADHIKARI

Dr Kamalesh Adhikari is Research Fellow with the ARC Industrial Transformation Training Centre for Uniquely Australian Foods and an Associate Research Fellow with the ARC Centre of Excellence for Plant Success in Nature and Agriculture at the TC Beirne School of Law, The University of Queensland. His current research focuses on socio-legal issues and concerns associated with the collection, use, and circulation of native and indigenous plants, including traditional knowledge. He is also a research partner in the Research Council of Norway and the Fridtjof Nansen Institute’s Suitable Seeds Project which explores the role that intellectual property has played in shaping the history and practices of gene and seed banks. Dr Adhikari is also undertaking a critical account of the concept of farmers’ rights in intellectual property law.

The University of Queensland
Associate Research Fellow

INIGO AUZMENDI

Queensland University of Technology
Associate Research Fellow

JULIA BALLY

Dr Julia Bally is a senior member of the “Crop and Biofactory Plant Genomics” group, and a program Leader of the “future leaders” group, within the Centre for Agriculture and the Bioeconomy (CAB), at the Queensland University of Technology (QUT). She has completed her PhD in Biological science in 2008 at Bayer Cropscience, in collaboration with the CNRS-University of Lyon (France), studying recombinant protein expression and folding in higher plant chloroplasts. She has then been involved in agricultural biotechnology research for more than 10 years. After a first post-doc at Bayer Cropscience, she joined the University of Sydney in 2011 on an ARC Super Science Fellowship. She spent this fellowship working on the model plant Nicotiana benthamiana and developing an extreme gene expression system as a platform for industrial plant-biotechnology, with a particular interest for research on gene silencing and RNAi. She subsequently joined QUT in 2014 to push forward her research and work in collaboration with big industry partners such as Corteva Agriscience, focusing on plant protection against agricultural pests and plant biofactory systems.

The University of Queensland
Associate Research Fellow

JASON BRIDER

The University of Queensland
Associate Research Fellow

KARINE CHENU

Karine Chenu is Associate Professor at the Queensland Alliance for Agriculture and Food Innovation (QAAFI) at the University of Queensland.

Karine has expertise in ecophysiology, genetics and modelling with a focus on drought and heat adaptation.

Her group is conducting research that supports crop modelling technology, plant design and breeding strategies in winter cereals.

Her research mainly concerns:
– understanding trait physiology and genetics,
– developing gene-to-phenotype crop modelling
– exploring novel combinations of genotypes, environments and management practices to assist productivity improvement in changing environments.

Karine works closely with plant breeders, geneticists, modellers and agronomists in a range of national and international research projects in both public and private sectors.

The University of Queensland
Associate Research Fellow

LENA CONSTANTIN

The University of Queensland
Associate Research Fellow

PETER CRISP

Peter investigates crop epigenomics in the School of Agriculture and Food Sciences at the University of Queensland. Peter completed his PhD at the Australian National University and was then a Postdoctoral Fellow at the University of Minnesota 2017-2019, before returning to lead a group at UQ in 2020. His research group seeks to understand the contribution of epigenetics to heritable phenotypic variation in crop plants, focusing on cereals including barley, sorghum, wheat and maize. This includes the development of methods to harness epigenetic variation for crop improvement; understanding epigenomic diversity and its influence on trait variation, and using innovative epigenomic approaches to distill large genomes down to the relatively small fraction of regions that are functionally important. Research in the Crisp Lab spans both wet lab and computational biology providing a powerful platform to integrate genetic, genomic and biotechnological approaches.

Queensland Government Department of Agriculture and Fisheries
Associate Research Fellow

ALAN CRUICKSHANK

The University of Queensland
Associate Research Fellow

AGNELO FURTADO

University of Tasmania
Associate Research Fellow

GREG JORDAN

Prof Jordan is a teaching and research academic, who has worked at the University of Tasmania for a very long time. His research is broad but is held together by the unifying concept of how plants respond to long term environmental change. It integrates information from phylogeny, fossils, physiology and anatomy/morphology, particularly of leaves.

The University of Queensland
Associate Research Fellow

ALEX WU

Alex is an ARC DECRA Fellow in Crop Science at the Centre for Crop Science in the Queensland Alliance for Agriculture and Food Innovation (QAAFI). He conducts research on the physiology and mathematical modelling of complex adaptive traits in field crops associated with resource capture and use efficiencies. His research advances mathematical models of crop growth, development and yield that enable simulation of consequences of genetic/trait manipulation of crops and grain yield optimisation in water-limited environments.

Queensland University of Technology
PhD Student

ZUBA AHMED

The University of Queensland
Masters Student

MARAM ALQARNI

The University of Queensland
PhD Student

ISABELLA AMOR

The University of Queensland
PhD Student

SAMUEL BARTON

Mathematics PhD Candidate

The University of Queensland
PhD Student

ZOE BROAD

Zoe is currently doing a PhD in the Ortiz-Barrientos lab, investigating the evolution of gene networks and correlated responses to selection. She has been exploring expression divergence between populations under environmental stress.

University of Tasmania
PhD Student

LUKE COOPER

Luke is a PhD student with the CoE for Plant Success at UTAS, working on inferring evolutionary relationships between organisms from network structures induced by gene interactions and metabolic pathways. The ability to detect homology between these networks can lead to a greater understanding of the gene modules underlying complex traits, and how specific environmental factors are linked to the conservation or deletion of genes that are present in ancestral states. Luke is predominantly working from his home in Strahan on the West Coast of Tasmania but travels to Hobart regularly. Luke completed his Honours in mathematics at UTAS in 2020 but also has a strong interest in biology (especially plants!).

The University of Queensland
PhD Student

PAULA DEMARCO

University of Tasmania
PhD Student

BEATRICE HARRISON DAY

Beatrice Harrison Day is a PhD student working with the Brodribb Lab at the University of Tasmania. She is interested in how drought is affecting plant reproduction. Beatrice is using plant hydraulics to understand water relations strategies of plants under water stress. She is currently comparing the vulnerability of plant tissues to xylem failure using optical methods.

University of Tasmania
PhD Student

GABRIELLE HARTILL

Gabrielle is a PhD student working at the University of Tasmania. She is currently looking at physiological traits adapted for drought and/or frost tolerance in eucalypt species, including changes in cavitation resistance and cuticular conductance. Gabrielle is also working to incorporate phylogenetic comparative methods, to study these traits across a broad eucalypt phylogeny.

Western Sydney University
PhD Student

ANU MIDDHA

The University of Queensland
PhD Student

CATHERINE MULDOON

The University of Queensland
PhD Student

NICHOLAS O’BRIEN

Nick is a PhD student in the Ortiz-Barrientos lab using simulations to explore the genetic architectures and conditions underpinning polygenic adaptation, particularly in the context of gene interactions.

Queensland University of Technology
PhD Student

CHAMILKA RATNAYAKE

University of Tasmania
PhD Student

CHRISTOPHER RAY

Queensland University of Technology
PhD Student

ATI ROSTAMI

Ati is a mathematics research student at the Queensland University of Technology (QUT). Her background is in pure mathematics and is currently working on improving and calibrating mathematical models of biological processes in plants. Ati is also interested in using stochastic differential equations to describe the response of plants to climate variability.

The University of Queensland
PhD Student

ABHISHEK SONI

The University of Queensland
Honours Student

WILLIAM STIBBARDS

University of Tasmania
PhD Student

JIACAN SUN

University of Tasmania
PhD Student

KAREN VELANDIA

Karen has a passion for understanding the interactions between plants and beneficial microorganisms and the signals that control this important symbiosis. She studied the beneficial associations between nitrogen-fixing bacteria and sugarcane during her master’s in agricultural microbiology. For her PhD, Karen wants to understand how plants control these interactions at the molecular and physiological level. Her PhD project at the University of Tasmania aims to investigate the role of plant hormones in the regulation of legumes-rhizobia symbiosis in garden pea (Pisum sativum). This project will generate crucial knowledge to develop alternatives for plant nutrition and breeding, to reduce the use of chemical fertilizers and ease the impact of intensive farming in soils.

The University of Queensland
Associate PhD Student

MUHAMMAD ABDULLAH

The University of Queensland
Associate PhD Student

OLALEKAN AMOO

Olalekan is a PhD student working with Prof. Christine Beveridge at the University of Queensland. His research project explores the crosstalk between the molecular (shoot branching and flowering genes), environmental and hormonal factors (GA and Strigolactones) regulating flowering pathways and their impacts on shoot branching in Arabidopsis and Garden pea. He will provide more insight into the regulatory mechanism of these factors in the flowering pathway and investigate their impact on shoot branching architecture. Olalekan is a resourceful and determined individual committed to efficiency with a well-developed team spirit. He has successfully managed a completely mechanized rice farm of about 300 hectares of cultivated farmland for three years as an Agronomist/Farm manager. He has extensive experience and skills in plant molecular biology, CRISPR-Cas9 gene-editing technology, Agrobacterium-mediated hypocotyl transformation, and Plant tissue culture. Olalekan obtained a Bachelor of Science degree in Plant Science and Biotechnology (First Class Hons), a Master of Science in Genetics (Distinctions) from Nigeria, and a Master’s degree in Plant Breeding and Genetics from Huazhong Agricultural University, Wuhan, China. He is delighted to be part of the ARC CoE (Plant Success) and is looking forward to collaborating with other researchers and HDR students within the centre.

The University of Queensland
Associate PhD Student

KALPANI ANANDA

The University of Queensland
Associate PhD Student

HENRY ARENAS CASTRO

Henry is a student of gametic interactions. He is exploring the forces that drive the evolution of pollen-pistil interactions in plants and its consequences for speciation. He combines quantitative genetics and population genomics to understand pollen competition and cryptic female choice.

Queensland University of Technology
Associate PhD Student

LEILA ASADYAR

Leila Asadyar is a PhD student working with Prof. Peter Waterhouse at the Queensland University of Technology (QUT). She is interested in understanding plants adaptation to extreme drought events. Leila is comparing the behaviour of different Nicotiana benthamiana isolates that originated from the most diverse habitats in Australia, including desert and steppe regions to investigate mechanisms employed by plants to cope with water scarcity. She is now studying the phenotypical drought resistance traits, the key underlying candidate genes and signalling cascades involved in cuticular wax production.

University of Tasmania
Associate PhD Student

CHANTELLE BEAGLEY

Chantelle’s research focuses on understanding the genetic changes which have accompanied domestication in the legume species Phaseolus vulgaris (common bean) and Pisum sativum (Garden pea).

Chantelle is particularly interested in studying the genetic control of flowering time, seed size and elongation (internode length). Currently, she is following up a number of QTL which control these traits, with hopes to identify the underlying genes.

Macquarie University
Associate PhD Student

SHUBHAM CHHAJED

The University of Queensland
Associate PhD Student

STACEY COOK

University of Tasmania
Associate PhD Student

YANG DAI

Yang is a PhD student working in Jim Weller’s group. Currently, Yang is investigating the genetic basis of flowering time in L. culinaris (lentil) using mapping techniques.

University of Tasmania
Associate PhD Student

JIAHAO DIAO

The University of Queensland
Associate PhD Student

HANNAH DRIEBERG

Hannah is a PhD Student with the Beveridge Lab at UQ. She is investigating the role that sugars and hormones play in regulating bud dormancy and the branching network in plants.

The University of Queensland
Associate PhD Student

CAITLIN DUDLEY

Caitlin is a PhD student at the Queensland Alliance for Agriculture and Food Innovation working on understanding the physiological and molecular pathways of plant architecture and flowering behaviour. Passionate about science, the environment, sustainability and science communication for future generations.

The University of Queensland
Associate PhD Student

GENEVIEVE DURRINGTON

The University of Queensland
Associate PhD Student

DANIEL EDGE-GARZA

Daniel Edge-Garza is a PhD candidate for the Queensland Alliance for Agriculture and Food Innovation. He completed his master’s degree in Biotechnology at California State University, Fresno, USA and worked 10 years as an Assistant Tree Fruit Geneticist for Washington State University before joining QAAFI at the University of Queensland. His research seeks to increase prediction accuracy, thus enabling performance prediction of new apple germplasm in previously untested environments as an alternative to infeasibly large multi-environment trails. This includes strategies for aggregating historical data from isolated breeding programs and filling in missing DNA information via imputation to increase genomic prediction accuracy. Global genomic prediction applies quantitative genetics, genomics, and bioinformatics approaches to tree fruit breeding to increase confidence of predicting fruit performance on a global scale.

Forschungszentrum Jülich GmbH
Associate PhD Student

MONA GIRAUD

Mona Giraud is a PhD student at the Jülich Forschungszentrum GmbH in Germany, under the supervision of Prof. Dr. Andrea Schnepf and Ass. Prof. Dr. Guillaume Lobet. Her work focuses on the mathematical development, implementation and calibration of plant models. She aims to represent semi-mechanically the relationships between plant growth as well as water and carbon fluxes in the soil-plant-atmosphere-continuum.

The University of Queensland
Associate PhD Student

SHARMIN HASAN

The University of Queensland
Associate PhD Student

ALICIA HELLENS

The University of Queensland
Associate PhD Student

AVNEET KAUR

Avneet is investigating the genetic architecture of complex adaptations. She uses a combination of quantitative and population genomics to disentangle signals of adaptation from general patterns of divergence. She is using genomic prediction models to explore the replicated evolution of phenotypes.

The University of Queensland
Associate PhD Student

SACHINI MANATUNGA

University of Tasmania
Associate PhD Student

HANH MINH VO

Hanh is a PhD student working on plant stress. More specifically, Hanh tries to understand how plants can rapidly sense dehydration stress to respond accordingly.

If you ever visit UTAS, please pop in and say hi!

The University of Queensland
Associate PhD Student

UPULI NAKANDALA

The University of Queensland
Associate PhD Student

DANIEL OTWANI

Daniel joined The University of Queensland as a PhD student in January 2021, working with Associate professor Emma Mace and Professor David Jordan. Daniel’s project explores heterosis for yield in grain sorghum, targeting grain size and number nexus.

The University of Queensland
Associate PhD Student

PRIYANKA SHARMA

Priyanka Sharma is a PhD student in Prof. Robert Henry’s lab. She is working on macadamia genomics, her PhD project involves generating the reference genome, annotation and genome comparison of macadamia species. She has a bioinformatics background and passionate about genomics. Prior to her PhD she has also worked on chickpea genome and human genomics related to prostate and pancreatic cancer. Apart from research she loves doing yoga!

The University of Queensland
Associate PhD Student

SAIYARA SHEHNAZ

University of Tasmania
Associate PhD Student

VANESSA TONET

Vanessa is an enthusiastic tree physiologist with a passion for plant hydraulics! She is currently investigating what kills trees and the link between drought and failure of leaf water transport system. When she is not studying plants in the lab you can find her outdoors, hiking and rock climbing!

The University of Queensland
Associate PhD Student

UPENDRA WIKESUNDARA

University of Tasmania
Associate PhD Student

KATE WULF

University of Tasmania
Laboratory Research Assistant

ALEJANDRO CORREA LOZANO

The University of Queensland
Senior Biometrician

COLEEN HUNT

The University of Queensland
Senior Research Assistant

PHUONG MAI HOANG

Phuong Hoang has recently started work as Senior Research Assistant on a project led by the ARC Centre of Excellence for Plant Success.

Phuong holds a PhD from The University of Queensland (2009) in the field of plant biotechnology. She has more than 10 years of experience in sorghum, banana, rice, tomato tissue culture, genetic transformation, and genome editing.

Phuong has worked as a postdoctoral research fellow on a Grand Challenges in Global Health project founded by The Bill and Melinda Gates Foundation. That project’s focus was genetic engineering of bananas for nutritional biofortification to help alleviate micronutrient deficiency in East Africa, mainly vitamin A (VAD) and iron deficiency anaemia (IDA). She has also worked as research officer at a start-up biotech company, Nexgen Plants Pty Ltd, at The University of Queensland. The Nexgen projects aimed to develop a salt-tolerant variety of rice using INTtrait technology to address the soil salinity challenge in agriculture, and a novel virus-resistant tomato using INTtrait technology and RNAi. Phuong has also been a research assistant in the Hy-Gain group at QAAFI, working on sorghum and cowpea transformation and genome editing. She is pleased to be starting in her new role with QAAFI/CoE for Plant Success for the excellent fit offered it by her knowledge and skills.

The University of Queensland
Senior Research Assistant

GREG MCLEAN

Crop modeller / computer programmer with an interest in phenotyping.

The University of Queensland
Senior Research Assistant

PUSHPAVALLI RAJU

Queensland University of Technology
Research Technician

SALLY RODEN

Currently employed as a Research Assistant in the The Centre for Agriculture and the Bioeconomy’s Crop and Biofactory Plant Genomics Program, at the Queensland University of Technology (QUT).

Projects:
Harmonising genes for modern agriculture ARC Laureate Fellowship (2016 – 2022)
ARC Centre of Excellence for Plant Success in Nature and Agriculture

University of Tasmania
Senior Research Technician

JACQUELINE VANDER SCHOOR

The University of Queensland
Senior Research Assistant

ASTRID WELVAERT

Every day, three times a day, you need a farmer. Astrid’s agricultural background enhanced her passion for improving agriculture by creating better-performing crops and hence her career focused on plant biotechnology. Currently, Astrid is working as part of a team investigating how to use prior understanding of gene and trait networks to enhance predictions of breeding program selection trajectories. This project is undertaking experimental work with model plants and crop plants. Astrid is involved in evaluations of the 1001 Arabidopsis thaliana genomes project with the aim of using genotype-phenotype knowledge and models for the branching and flowering time networks to design investigations for agriculturally important crops. Astrid hopes to contribute her skills to reshape agriculture, by increasing the productivity and crop resilience whilst reducing environmental penalty and social costs of production.   

Alum

LIAM BRIGINSHAW

Previously Postdoctoral Researcher, Monash University