Agricultural Science Research

Our expertise on sustainable agricultural systems focuses on crop production and agronomy and is particularly relevant to dryland agricultural systems in Australia and overseas. Our internationally-recognised research also covers on biofortification, agroforestry and extension. Our experts in weed science research address integrated weed management, herbicide resistance, weed ecology and crop-weed interactions in agricultural systems. 

Research centres and groups

• Legumes and nitrogen fixation: guides and resources for legume growers
• International agroforestry and extension systems: Research in developing countries supported by ACIAR
• SA Drought Hub: South Australian Drought Resilience Adoption and Innovation Hub
• Weed science research group: Agricultural weeds of concern to growers in Australian broad-acre farming systems

Our plant biology and biochemistry expertise covers a broad spectrum of plant science including plant and cell physiology, membrane transport, plant reproductive biology, plant cell wall biology and biochemistry, glycoscience and cereal chemistry. Our pathology research addresses the biology, ecology, and plant responses to attack and provides foundations for diagnosis, control and management of plant diseases, pests and parasites. We focus mainly on viticulture, broad-acre and horticultural systems, but also consider native vegetation and post-harvest damage to stored products. 

Research centres and groups

• Australian Plant Phenomics Facility & The Plant Accelerator®: 
  Automated high-throughput plant phenotyping system providing a range of imaging technologies (RGB, fluorescence, infrared and hyperspectral) to facilitate innovative high-quality research into plant performance in different environments.
• University of Adelaide - Shanghai Jiao Tong University Joint Laboratory for Plant Science and Breeding:
  Reproductive development and breeding innovation in rice (Oryza sativa) and barley (Hordeum vulgare).
• Adelaide Glycomics:
  Complex carbohydrate analysis
• Membrane Transporter Expression Facility:
  Enables expression of genes in a cell system that can be robotically screened for various membrane transport activities.

Our scientists analyse the genetic and epigenetic control of economically important plant traits such as abiotic stress, biotic stress, productivity and end-use quality. This helps us understand the causes of observed variation in plants so we can develop tools and technologies for crop improvement. We develop improved germplasm, breeding methods and breeding technologies, plus develop new varieties of durum wheat, faba bean, almond and ornamental eucalypts. 

Research centres and groups

• Australia-China Joint Research Centre on Grains for Health:
  Advancing research, knowledge and training in grain biology, variety development, innovative processing, health and nutritional sciences, behavioural economics.
• Australian Plant Breeding Academy:
  A strategic partnership between the University of Adelaide and Australian Grain Technologies to lift the capability of the agrifood sector across Australia and maximises future profits for growers, through new education and breeding research.
• Australian Wheat & Barley Molecular Marker Program:
  Mapping genes that contribute to the economically important traits - such as biotic stress traits - in cereals and the development of reliable markers for use in cereal breeding and germplasm development.
• Cereal Cytogenetics Laboratory:
  An extensive collection of germplasm stocks of cereal varieties, including wheat-barley chromosome addition lines, and chromosome addition, substitution, translocation and recombinant lines.
• University of Adelaide - Shanghai Jiao Tong University Joint Laboratory for Plant Science and Breeding:
  Research into reproductive development and breeding innovation in rice (Oryza sativa) and barley (Hordeum vulgare).

Our researchers combine scientific expertise in: 

1. soil chemistry – fertilisers, contaminants and soil carbon; 
2. soil physics – structure and water availability; and  
3. soil biology – nutrient cycling, roots and rhizosphere, mycorrhizae. 

We conduct research that improves understanding of soil processes and functions, leading to improved methods for soil management which is critical for sustainability of agricultural and natural ecosystems. 

Research groups and centres

• Fertiliser Technology Research Centre:
  Novel research that's improving the quality and efficiency of fertilisers. Our scientists are international experts in soil chemistry, fertiliser technology and plant nutrition.
• Soil ecology research group:
  Exploring the impact of environmental change and management on soil ecological processes.
• Graphene Hub:
  Leading knowledge, research and development capabilities and critical services to assist industry commercialise graphene research.

Our research in entomology and pollination addresses the biology, behaviour, ecology of insects. We study insects that occur in a wide range of ecosystems, including pasture crops, vegetables, fruits, vineyards, greenhouse crops and natural ecosystems. 

Key areas of interest are biological control of insects and weeds, integrated pest management, biosecurity, crop pollination and conservation and enhancement of ecosystem services delivered by insects. Our research considers beneficial parasitic wasps, predatory arthropods, crop pollinators and a wide range of pest organisms. 

In the era of data-rich agriculture, biometry research involves methodological statistics development and the use of modern scientific computing methods for the design and analysis of research studies and experiments conducted in the life sciences. 

The University of Adelaide Biometry Hub specialises in statistical methodologies for field trials, comparative and multi-factorial experiments and field sampling in application to agriculture, horticulture, oenology and food sciences. 

Biometry Hub

Technological and data driven approaches have become the cornerstone of modern biology. Bioinformatics is an interdisciplinary science with the focus on developing and applying computationally intensive methods to solve formal and practical problems arising from the management and analysis of biological ‘big data’. 

Specialising in agricultural crop bioinformatics, our team provides expertise across the intersection of molecular biology, plant breading, genetics, biochemistry, computer science, mathematics and statistics. 

Crop Bioinformatics Adelaide (CroBiAd)

Growing and characterising plant performance in controlled environments, greenhouses and the field, is now the rate limiting step in crop research. New technologies are required for the high throughput, non-destructive phenotyping of plant traits. Our research not only develops new protocols for measuring plant traits using state-of-the-art imaging cameras, robotics and drones but also develops automated analysis tools using artificial intelligence to accelerate analysis.