Pre-breeding investments
Through our investment, scientists working in ‘pre-breeding’ are assisting plant breeders in delivering crops that can better deal with variable farming environments and changing agronomic practices.
Pre-breeding research is diverse and seeks to:
- develop ‘smarter’, better-adapted, more yield-stable germplasm with the potential to increase yields
- improve grain quality
- reduce risks for grain growers – such as drought, heat, frost and disease.
Innovative and targeted pre-breeding research is a significant focus for us, and currently, we have more than 100 pre-breeding investments across our portfolio of crops.
Investment list
Results found: 0-
GRDC code: CSP2404-019RTX
Pre-breedingExpediting the delivery to industry of a novel method of eliminating Late Maturity alpha-amylase in wheat
Pre-breedingWheat growers face quality and pricing challenges due to Late Maturity -Amylase (LMA) and Pre-harvest Sprouting (PHS), caused by the enzyme Wheat alpha-amylase type one (TaAMY1). This enzyme's stochastic accumulation during grain development can
Project start date: undefined - Project end date: 31/07/2028
- Organisation:
- CSIRO
- Contact:
- Jean-Philippe Ral
- Project status:
Active
-
GRDC code: IGP2401-001RTX
Pre-breeding
[OGQC] - Program 2: Discovery of desirable aroma and flavour compounds for oat food/beverage applications.
Pre-breedingOats (Avena sativa L.) offer unique nutritional benefits over other grains which is driving an increased demand in human consumption. This means significant growth forecasts for both domestic and international demands for Australia's
Project start date: undefined - Project end date: 28/04/2028
- Organisation:
- InterGrain Pty Ltd
- Contact:
- Haelee Fenton
- Project status:
- Active
-
GRDC code: UOA2401-006RTX
Pre-breeding
[OGQC] - Program 3: Modulating grain oil content of oats to improve suitability for milling and food/beverage ingredient development.
Pre-breedingOat is presently priced through feed market mechanisms, however, for the first time, international demand for human consumption has surpassed feed demand. Oat is a highly commoditised grain within a relatively small industry with little
Project start date: undefined - Project end date: 31/03/2029
- Organisation:
- The University of Adelaide
- Contact:
- Janine Croser
- Project status:
- Active
-
GRDC code: TRA2309-001SAX
Pre-breeding
Traitomic - mutant population acquisition
Pre-breedingBackgroundAccess to sources of genetic diversity for target traits is a core element of successful plant breeding programs. Sources of genetic diversity can be both natural and created. Natural diversity exists in the form of new genes and
Project start date: undefined - Project end date: 31/12/2033
- Organisation:
- Traitomic
- Contact:
- Jan Gottlieb
- Project status:
- Active
-
GRDC code: CSP2310-007RTX
Pre-breeding
Developing new genetic approaches to decreasing the reproductive frost sensitivity of wheat
Pre-breedingTitle: Developing new genetic approaches to decreasing the reproductive frost sensitivity of wheatThis project aims to identify genes or genetic regions associated with decreased frost sensitivity in wheat varieties and provide markers for breeders
Project start date: undefined - Project end date: 30/09/2028
- Organisation:
- CSIRO
- Contact:
- Chris Helliwell
- Project status:
- Active
-
GRDC code: UOA2308-003RTX
Pre-breeding
[NBC] Program 1 - Monitoring and screening: Monitoring of Net Blotch populations for new virulences of industry significance
Pre-breedingNet Form of Net Blotch (NFNB; Pyrenophora teres f. teres) and Spot Form of Net Blotch (SFNB; Pyrenophora teres f. maculata) have a high capacity to adapt to host resistance genes. Therefore, new strains can emerge that can quickly become a
Project start date: undefined - Project end date: 27/08/2027
- Organisation:
- The University of Adelaide
- Contact:
- Tara Garrard
- Project status:
- Active
-
GRDC code: UOA2306-002RTX
Pre-breeding
[NBC] Program 4 - In-field high throughput phenotyping of Net Blotch in barley
Pre-breedingThe most damaging pathogen to barley production in Australia is Net Blotch. Efforts to improve genetic resistance or develop fungicide controls for Net Blotch are critical to a productive future for Australian barley growers. However, successful
Project start date: undefined - Project end date: 30/06/2026
- Organisation:
- The University of Adelaide
- Contact:
- Bettina Berger
- Project status:
- Active
-
GRDC code: CSP2307-002RTX
Pre-breeding
Accelerating development and deployment of long-hypocotyl canola to improve establishment
Pre-breedingCanola is Australia's most important oilseed crop with more than 8 million tonnes produced in 2022 and valued at $6 billion. However, canola suffers from unreliable establishment across our major growing regions, which reduces yield potential,
Project start date: undefined - Project end date: 30/06/2028
- Organisation:
- CSIRO
- Contact:
- Matthew Nelson
- Project status:
- Active
-
GRDC code: ULA2307-001RTX
Pre-breeding
[NBC] Program 3 - Micro-phenotyping: Digital phenotyping for enhanced disease resistance outcomes
Pre-breedingFoliar diseases have a significant impact on Australian barley production, with the most damaging pathogen being Net Blotch. Net blotch is caused by the necrotrophic fungus Pyrenophora teres, with two different forms recognised: Net Form of Net
Project start date: undefined - Project end date: 30/09/2028
- Organisation:
- La Trobe University
- Contact:
- Peter Dracatos
- Project status:
- Active
-
GRDC code: UOQ2306-012RTX
Pre-breeding
Better Sorghum through Gene Editing: larger grain with higher and more digestible protein (POC)
Pre-breedingFeed grains are utilised primarily as a source of energy, with most of the energy derived from the starch, and the grain protein characteristics usually of only secondary importance. The required protein in feed formulations usually is provided
Project start date: undefined - Project end date: 31/10/2024
- Organisation:
- The University of Queensland
- Contact:
- Ian Godwin
- Project status:
- Active
-
GRDC code: UOA2306-010RTX
Pre-breeding
Expanding the capacity and capability of the OzBarley G2P Platform and accelerating its adoption
Pre-breedingBarley breeders face a constant challenge in developing new varieties that meet growing market needs and productivity requirements in a constantly changing environment. Modern cereal breeding for crop improvement, relies on a combination of
Project start date: undefined - Project end date: 30/06/2025
- Organisation:
- The University of Adelaide
- Contact:
- Bettina Berger
- Project status:
- Active
-
GRDC code: UMU2306-008RSX
Pre-breeding
GRS (Chunsheng Xiao) The molecular mechanism regulating quinolizidine alkaloid content in vegetative tissues and seeds of narrow-leafed lupin (WAARC)
Pre-breedingThis GRDC investment supports PhD candidate Chunsheng Xiao who is completing her PhD at Murdoch University in lupin alkaloids supported by a GRDC Grains Research Scholarship (GRS). Chunsheng is characterising molecular mechanisms regulating alkaloid
Project start date: undefined - Project end date: 27/03/2026
- Organisation:
- Murdoch University
- Contact:
- Chengdao Li
- Project status:
- Active
-
GRDC code: UWA2307-002RTX
Pre-breeding
Improving major gene and quantitative (minor) resistance to blackleg disease of canola
Pre-breedingGRDC and UWA are partnering in a $7.06 million project over 5 years through the deployment of genetic resistance strategies in canola. Canola is Australia's third largest grain crop, however blackleg disease is a major threat to production in
Project start date: undefined - Project end date: 30/06/2028
- Organisation:
- University of Western Australia
- Contact:
- Jacqueline Batley
- Project status:
- Active
-
GRDC code: UOQ2305-013RSX
Pre-breeding
GRS (Caitlin Dudley) - Investigating the molecular and physiological basis of flowering behaviour in mungbean
Pre-breedingThis GRDC investment supports PhD candidate Caitlin Dudley who is completing her PhD at the University of Queensland in mungbean supported by a GRDC Research Scholarship (GRS). Through her research project Caitlin aims to enhance understanding of
Project start date: undefined - Project end date: 31/07/2025
- Organisation:
- The University of Queensland
- Contact:
- Millicent Smith
- Project status:
- Active
-
GRDC code: IGP2305-002RTX
Pre-breeding
[OGQC] Program 1: Accelerating the development of an accurate and cost effective high-throughput measurement method for key oat quality characteristics.
Pre-breedingOat (Avena sativa L.) is one of the world's most important cereal crops providing a crucial source of essential nutrients for both humans and animals. Oats are a valuable source of -glucan, known to promote heart health, protein and oil.This
Project start date: undefined - Project end date: 30/06/2028
- Organisation:
- InterGrain Pty Ltd
- Contact:
- Aanandini Ganesalingam
- Project status:
- Active
-
GRDC code: CSP2304-010RTX
Pre-breeding
ACRCP Phase 5: Optimising genetic control of wheat rusts through identification of gene editing targets for broad spectrum wheat rust control
Pre-breedingPlant diseases are a significant production constraint to all agricultural crops, including wheat where rust diseases remain a major threat. Rust disease resistance in wheat regularly breaks down due to the evolution of new virulent wheat rust races.
Project start date: undefined - Project end date: 31/05/2026
- Organisation:
- CSIRO
- Contact:
- Michael Ayliffe
- Project status:
- Active
-
GRDC code: DAQ2304-008RTX
Pre-breeding
[NBC] Program 5 - Integrated management strategies for Net Form Net Blotch in low, medium, and high rainfall zones.
Pre-breedingNet form net blotch (NFNB) is an important foliar fungal disease of barley that decreases grower profitability by impacting yield and quality. Yield losses in susceptible varieties can range from 18-31%. Generally, less prevalent than Spot form net
Project start date: undefined - Project end date: 30/05/2027
- Organisation:
- Queensland Department of Agriculture and Fisheries
- Contact:
- Lisle Snyman
- Project status:
- Active
-
GRDC code: UMU2302-007RSX
Pre-breeding
GRS (Brittany Robertson) Reducing stomatal density in barley to improve drought tolerance
Pre-breedingThis GRDC investment supports PhD candidate Brittany Robertson who is completing her PhD at Murdoch University in plant genetics via a GRDC Research Scholarship (GRS). Brittany is researching the characteristics of plant stomata (tiny pores on the
Project start date: undefined - Project end date: 26/09/2025
- Organisation:
- Murdoch University
- Contact:
- Chengdao Li
- Project status:
- Active
-
GRDC code: UOA2208-001RTX
Pre-breeding
Increasing cereal yield potential through reduced floret abortion
Pre-breedingThe number of grains produced by a cereal contributes significantly to yield. Grain number is determined largely by the number of fertile florets that form on an inflorescence. In wheat, florets develop in spikelets, which each produce 8-10 floret
Project start date: undefined - Project end date: 28/02/2027
- Organisation:
- The University of Adelaide
- Contact:
- Scott Boden
- Project status:
- Active
-
GRDC code: DJP2206-009OPX
Pre-breeding
Australian Grains Genebank Strategic Partnership 2022-2027
Pre-breedingThe Australian Grains Genebank (AGG) Strategic Partnership has been established between GRDC and Agriculture Victoria (AV) within the Department of Jobs, Precincts and Regions (DJPR).Administration of the Partnership and delivery on the research and
Project start date: undefined - Project end date: 30/06/2027
- Organisation:
- Department of Energy, Environment and Climate Action (DEECA)
- Contact:
- Matthew Hayden
- Project status:
- Active
-
GRDC code: DAW2205-004RTX
Pre-breeding
Accelerating the development of chickpea with enhanced acid soil tolerance
Pre-breedingThis project involving a collaboration between Western Australia Department of Primary Industries and Regional Development (DPIRD), Murdoch University and Agriculture Victoria aims to initiate and lay the foundation of research and breeding for acid
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- Department of Primary Industries and Regional Development
- Contact:
- Darshan Sharma
- Project status:
Completed
-
GRDC code: DAW2205-005RTX
Pre-breeding
Improved field phenotyping, validation and development of chilling tolerance in chickpea
Pre-breedingThis project involving a collaboration between Western Australia Department of Primary Industries and Regional Development (DPIRD) and CSIRO aims to initiate and lay the foundation of research and breeding for chilling tolerance in chickpea. Under
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- Department of Primary Industries and Regional Development
- Contact:
- Darshan Sharma
- Project status:
- Completed
-
GRDC code: CSP2204-007RTX
Pre-breeding
Durable resistance to Oat crown rust
Pre-breedingCrown rust or leaf rust, caused by Puccinia coronata f. sp. avenae, is a significant oat foliar disease. Breeding for durable rust resistant oat cultivars is challenging due to rapid changes in the pathogen population. Through leveraging domestic
Project start date: undefined - Project end date: 01/05/2025
- Organisation:
- CSIRO
- Contact:
- Melania Figueroa
- Project status:
- Active
-
GRDC code: DJP2203-005RTX
Pre-breeding
Optimisation and validation of rapid screening method to quantify anti-nutritional factors (vicine and convicince) for faba beans
Pre-breedingFaba bean contains a number of anti-nutritional factors (ANF) in the seed and these can limit their use, both in the range of products and the amount included in some products. The most abundant group of faba antinutritional compounds are the
Project start date: undefined - Project end date: 30/09/2022
- Organisation:
- [DO NOT USE - see DEECA] Department of Jobs, Precincts and Regions
- Contact:
- Joe Panozzo
- Project status:
- Completed
-
GRDC code: UOS2203-004RTX
Pre-breeding
Capturing global diversity and international genetic gains of wheat and barley: CAIGE 2022-2026
Pre-breedingThe CAIGE program coordinates the importation, quarantine, multiplication, distribution and evaluation of bread wheat, durum wheat and barley lines from the International Maize and Wheat Improvement Center (CIMMYT) and International Center for
Project start date: undefined - Project end date: 28/02/2027
- Organisation:
- University of Sydney
- Contact:
- Richard Trethowan
- Project status:
- Active
-
GRDC code: UOS2201-001RTX
Pre-breeding
Increasing wheat yield and yield stability through improved heat tolerance during grain filling
Pre-breedingHeat stress is a significant constraint to wheat yield potential and the frequency of occurrence and intensity is projected to increase with climate change. Australian grain growers mitigate the impacts of heat stress by optimising sowing time when
Project start date: undefined - Project end date: 31/12/2026
- Organisation:
- University of Sydney
- Contact:
- Richard Trethowan
- Project status:
- Active
-
GRDC code: UOS2112-002RTX
Pre-breeding
Proof-of-concept validation of chickpea heat tolerance within ARC LSA Hub germplasm
Pre-breedingGRDC's investments in ARC Research Hub Legumes for Sustainable Agriculture (LSA) has identified several heat tolerant chickpea pre-breeding material and genetic effects linked to the trait. This investment will validate a genetic population
Project start date: undefined - Project end date: 30/11/2024
- Organisation:
- University of Sydney
- Contact:
- Richard Trethowan
- Project status:
- Active
-
GRDC code: CSP2104-004RTX
Pre-breeding
Introducing a new major effect gene for crown rot resistance into Australian wheat
Pre-breedingFusarium crown rot of wheat is estimated to cost the Australian grains industry $404 million per year in lost yield. There are currently limited control options for crown rot, with cultural controls the most effective. Although there are some
Project start date: undefined - Project end date: 28/02/2025
- Organisation:
- CSIRO
- Contact:
- Zhi Zheng
- Project status:
- Active
-
GRDC code: DJP2109-002RTX
Pre-breeding
Improving yield potential of lentils on acid soils in Australia
Pre-breedingLentil production in Australia is mostly focussed on highly productive regions in the Yorke Peninsula in South Australia and the Wimmera region of Victoria, where upwards of 600,000 tonnes are produced annually. One of the main reasons for
Project start date: undefined - Project end date: 30/06/2026
- Organisation:
- Department of Energy, Environment and Climate Action (DEECA)
- Contact:
- Matthew Hayden
- Project status:
- Active
-
GRDC code: UOQ2109-004RMX
Pre-breeding
Reducing lodging risk in sorghum to increase grower confidence and profitability
Pre-breedingSorghum production in Australia averages 2,000,000 tonnes annually with a value of between $400M to $500M. It is the largest summer crop in Australia and our fourth largest crop overall, by tonnage and value. One of the most significant constraints
Project start date: undefined - Project end date: 30/06/2027
- Organisation:
- The University of Queensland
- Contact:
- David Jordan
- Project status:
- Active
-
GRDC code: AGT2108-001RTX
Pre-breeding
Accelerated integration of physiology-based wheat traits within a commercial breeding programme
Pre-breedingSubstantial international effort and investment has been directed to fundamental research on plant physiological and biochemical processes in wheat, with the view that their optimisation would lead to transformational yield improvements. However,
Project start date: undefined - Project end date: 28/02/2026
- Organisation:
- Australian Grain Technologies Pty Ltd
- Contact:
- Tristan Coram
- Project status:
- Active
-
GRDC code: UOA2104-011RTX
Pre-breeding
National Vetch Breeding Program
Pre-breedingThe aim of the National Vetch Breeding Program (NVBP) is to provide Australian farmers with a range of varieties for both common and woolly pod vetch, to enable choice of varieties according to the rotational requirements of a given season or system.
Project start date: undefined - Project end date: 20/04/2025
- Organisation:
- The University of Adelaide
- Contact:
- Janine Croser
- Project status:
- Active
-
GRDC code: ANU2103-001RSX
Pre-breeding
GRS - (Tanya Skinner) A golden future for enhancing yield potential in canola
Pre-breedingThis GRDC investment supports PhD candidate Tanya Skinner who is completing her PhD at the Australian National University supported by a GRDC Research Scholarship (GRS). Tanya is working to improve photosynthetic yield potential in crops by looking
Project start date: undefined - Project end date: 31/10/2024
- Organisation:
- Australian National University
- Contact:
- Spencer Whitney
- Project status:
- Active
-
GRDC code: CSP2102-006RTX
Pre-breeding
Leveraging International Germplasm to Deliver Improved Chickpea Chilling Tolerance for Australian Growers
Pre-breedingChickpea is one of Australia's most rapidly expanding crops, becoming increasingly valuable to the grains industry and providing rotational benefits to the farming system. Most expansion of chickpea has been in the relatively warm areas of
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- CSIRO
- Contact:
- Jens Berger
- Project status:
- Completed
-
GRDC code: UOQ2101-003RSX
Pre-breeding
GRS - (Shanice Van Haeften) New insight and tools to increase yield potential and reliability in mungbean
Pre-breedingThis GRDC investment supports PhD candidate Shanice Van Haeften who is completing her PhD at the University of Queensland in mungbean supported by a GRDC Research Scholarship (GRS). Shanice aims to improve the understanding of the physiological and
Project start date: undefined - Project end date: 31/07/2024
- Organisation:
- The University of Queensland
- Contact:
- Lee Hickey
- Project status:
- Active
-
GRDC code: UOA2007-010RTX
Pre-breeding
Improving weed control in pulses - delivery of herbicide tolerance traits
Pre-breedingPulse crops are inherently poor competitors and can suffer 15 - 44% yield loss at even small population densities of broadleaf weeds. Herbicides are the main method of weed control used in modern day farming systems, however there are currently
Project start date: undefined - Project end date: 30/06/2021
- Organisation:
- The University of Adelaide
- Contact:
- Tim Sutton
- Project status:
- Completed
-
GRDC code: UOA2007-003RTX
Pre-breeding
The development of an accurate, high throughput, affordable and relevant screen for LMA risk for the Australian wheat industry
Pre-breedingFalling number is a global industry standard used to quantify detrimental pre-harvest sprouting, as early release from seed dormancy leads to significant effects on end-product quality. However, low falling number can also be caused by the Late
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- The University of Adelaide
- Contact:
- Bettina Berger
- Project status:
- Completed
-
GRDC code: UOA2007-001RTX
Pre-breeding
Program 1: Identification of novel sources of resistance to Septoria Leaf Blotch and understanding of evolution and virulence of the pathogen
Pre-breedingSeptoria avenae blotch is a significant oat disease especially in Western Australia where almost all oat crops have some level of Septoria infection. Average yield losses from Septoria in the high rainfall zone are approximately 15% and result in
Project start date: undefined - Project end date: 31/01/2024
- Organisation:
- The University of Adelaide
- Contact:
- Judith Atieno
- Project status:
- Completed
-
GRDC code: ICA2007-001RTX
Pre-breeding
Program 2 - Towards effective genetic and sustainable management of Ascochyta blight of Chickpea
Pre-breedingChickpea is an internationally important pulse crop the profitability of which is consistently negatively affected by Ascochyta blight (Didymella rabiei) epidemics and the pathogen's ability to evolve enhanced aggressiveness. In order to manage
Project start date: undefined - Project end date: 30/06/2024
- Organisation:
- International Centre for Agriculture Research in Dry Areas (ICARDA)
- Contact:
- Mary Margaret McRae
- Project status:
- Active
-
GRDC code: DJP2007-001RTX
Pre-breeding
Program 4: Towards effective genetic and sustainable management of Ascochyta blight of Chickpea - Accurate, effective, cheaper and rapid high-throughput method for qualitative and quantitative evaluation for AB genetic resistance.
Pre-breedingAscochyta blight is the greatest disease threat to the Australian chickpea industry and can result in complete crop loss. With limited genetic options, management is reliant on multiple fungicide applications. To reduce reliance on chemical control,
Project start date: undefined - Project end date: 30/06/2024
- Organisation:
- Department of Energy, Environment and Climate Action (DEECA)
- Contact:
- Joshua Fanning
- Project status:
- Active
-
GRDC code: CSP2007-001RTX
Pre-breeding
Program 5: IDM package for Ascochyta Blight in chickpeas
Pre-breedingAscochyta blight (AB, Phoma rabiei) is a devastating fungal disease of chickpea in Australia and worldwide. Current control recommendations often fail as the fungus is highly mutable, rapidly eroding host genetic resistance. As a consequence, while
Project start date: undefined - Project end date: 30/06/2024
- Organisation:
- CSIRO
- Contact:
- Susan Sprague
- Project status:
- Active
-
GRDC code: UOA2005-011RTX
Pre-breeding
Program 3: Towards effective genetic and sustainable management of Ascochyta blight of Chickpea - Identification and characterisation of novel sources of AB resistance in elite cultivars and wild relatives of chickpea
Pre-breedingThe aim of this research is to stabilise yield and increase grower profitability through the reduction of loss associated with ascochyta blight in chickpea, caused by the fungus Phoma rabiei. Despite significant progress in breeding, ascochyta
Project start date: undefined - Project end date: 30/06/2024
- Organisation:
- The University of Adelaide
- Contact:
- Janine Croser
- Project status:
- Active
-
GRDC code: CSP2007-002RTX
Pre-breeding
Optimising genetic control of oat phenology for Australia
Pre-breedingTo achieve maximum yield and optimal grain quality, the time of year when cereal crops flower and produce grain must coincide with optimal seasonal conditions. Variation flowering time allows breeders to produce cereal varieties suited to specific
Project start date: undefined - Project end date: 31/08/2024
- Organisation:
- CSIRO
- Contact:
- Meredith McNeil
- Project status:
- Active
-
GRDC code: UOQ2005-012RTX
Pre-breeding
Program 3: Screening of diverse barley germplasm for rapid discovery and utilisation of novel disease resistance in barley novel using R-HapSelect: A haplotype-based toolkit.
Pre-breedingThe three barley pathogens, that cause spot form of net blotch (SFNB), net form of net blotch (NFNB), and Scald are genetically and pathogenically diverse. They reproduce sexually, rapidly develop new virulences and overcome genetic resistance,
Project start date: undefined - Project end date: 15/02/2024
- Organisation:
- The University of Queensland
- Contact:
- Ben Hayes
- Project status:
- Active
-
GRDC code: UWA2003-005RSX
Pre-breeding
GRS - (William Thomas) Identifying novel sources of disease resistance genes in wild Brassicaceae for canola crop improvement
Pre-breedingThis GRDC investment supports PhD candidate William Thomas who is completing his PhD at the University of Western Australia supported by a GRDC Research Scholarship (GRS). William's research focuses on using genetics and genomics to identify
Project start date: undefined - Project end date: 15/03/2024
- Organisation:
- University of Western Australia
- Contact:
- William Thomas
- Project status:
- Active
-
GRDC code: DAQ2005-004RTX
Pre-breeding
Program 4: Minimising the impact of major barley foliar pathogens on yield and profit: Screening of elite breeder material transitioning to a fee for service model.
Pre-breedingIndustry access to a reliable, high-throughput disease screening capacity is a critical component of any effort to breed effectively to counter the impact of the three barley pathogens, Pyrenophora teres f. maculata, the causal agent of the spot
Project start date: undefined - Project end date: 28/02/2024
- Organisation:
- Queensland Department of Agriculture and Fisheries
- Contact:
- Lisle Snyman
- Project status:
- Active
-
GRDC code: UOA2003-008RTX
Pre-breeding
Program 2: Minimising the impact of major barley foliar pathogens on yield and profit: Surveillance and monitoring of pathogen populations (SARDI)
Pre-breedingThe barley foliar diseases, scald (Rhynchosporium secalis), the net form of net blotch (NFNB, Pyrenophora teres f. teres) and the spot form of net blotch (SFNB, P. teres f. maculata) are caused by three highly variable fungal pathogen populations
Project start date: undefined - Project end date: 28/02/2024
- Organisation:
- The University of Adelaide
- Contact:
- Tara Garrard
- Project status:
- Active
-
GRDC code: DJP2003-011RTX
Pre-breeding
Program 1: Minimising the impact of major barley foliar pathogens on yield and profit: Development of international host differential sets.
Pre-breedingThe development and maintenance of international host differential sets is a key resource for identifying new virulent pathotypes in the field and identifying novel sources of genetic resistance. This program aims to work and collaborate
Project start date: undefined - Project end date: 01/03/2024
- Organisation:
- Department of Energy, Environment and Climate Action (DEECA)
- Contact:
- Hari Dadu
- Project status:
- Completed
-
GRDC code: DJP2001-009RTX
Pre-breeding
LMA Project B - A novel high-throughput, low-cost test to determine cause of starch damage in wheat grain
Pre-breedingFalling Number is a global industry standard to quantify detrimental pre-harvest sprouting (PHS), which can lead to significant effects on end-product quality. However, low Falling Number can also be caused by the genetic trait of Late Maturity alpha
Project start date: undefined - Project end date: 31/12/2022
- Organisation:
- Department of Energy, Environment and Climate Action (DEECA)
- Contact:
- Matthew Hayden
- Project status:
- Completed
-
GRDC code: UOA2001-003RTX
Pre-breeding
Utilising novel genetic diversity to increase Barley yields nationally
Pre-breedingThis project aims to utilize an exotic barley population (HEB-25) to enhanced yield potential of future Australian barley varieties by identifying germplasm with improved biomass production under water-limiting environments, and higher grain number
Project start date: undefined - Project end date: 31/03/2023
- Organisation:
- The University of Adelaide
- Contact:
- Jason Able
- Project status:
- Completed
-
GRDC code: UOQ2001-005RTX
Pre-breeding
LMA Project C - An improved model of Late Maturity alpha-Amylase (LMA) field risk in Australian wheat.
Pre-breedingThe susceptibility of new wheat varieties to the Late Maturity alpha-Amylase (LMA) defect is a key concern for breeding programs developing high-quality milling grade wheat in Australia. A capacity to characterise and quantify actual LMA risk at
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- The University of Queensland
- Contact:
- Andries Potgieter
- Project status:
- Completed
-
GRDC code: UOA1910-002RTX
Pre-breeding
Manipulation of stomata to increase yield potential in wheat (IWYP collaboration)
Pre-breedingMaximising grain yield requires a careful balance between photosynthesis, water use efficiency (WUE) and maintaining optimal leaf temperature for photosynthesis. Stomata are a key determinant in these processes as they regulate the balance of CO2
Project start date: undefined - Project end date: 31/03/2024
- Organisation:
- The University of Adelaide
- Contact:
- Stuart Roy
- Project status:
- Completed
-
GRDC code: UOT1909-002RTX
Pre-breeding
Improving The Adaptation And Profitability Of High Value Pulses (Chickpea And Lentil) Across Australian Agroecological Zones
Pre-breedingThe fit between a crop variety and its local environment has a critical impact on productivity. To develop a range of varieties that provide optimal adaption to local conditions across current production regions and potential expansion zones
Project start date: undefined - Project end date: 30/06/2025
- Organisation:
- University of Tasmania
- Contact:
- James Weller
- Project status:
- Active
-
GRDC code: UCD1908-001RTX
Pre-breeding
Leveraging Existing International Germplasm to Deliver Improved Acid Soil Tolerance Chickpea for Australian Growers (GRDC/USA/Ethiopia Initiative)
Pre-breedingThis project uses genomics-assisted breeding to develop chickpea varieties with enhanced tolerance to acid soils. Development of novel chickpea varieties that thrive under acidic soil conditions, where aluminium toxicity and phosphorous deficiency
Project start date: undefined - Project end date: 30/09/2025
- Organisation:
- UC Davis
- Contact:
- Douglas Cook
- Project status:
- Active
-
GRDC code: CSP1907-003RTX
Pre-breeding
Post-Doctoral Fellowship: High-throughput quantitative analysis of flowering dynamics and canopy structure in Canola germplasm using image analysis and deep learning methods
Pre-breedingCrop improvement is dependent on accurate measurements of plant traits such as flowering time, leaf and seed number. For canola, a major grain crop in Australia, these traits are currently assessed by human observation, a time-consuming and costly
Project start date: undefined - Project end date: 30/09/2023
- Organisation:
- CSIRO
- Contact:
- Chris Helliwell
- Project status:
- Completed
-
GRDC code: CSP1907-001RTX
Pre-breeding
Increasing return on investment from canola seed through improved establishment - Program 1
Pre-breedingThis research aims to achieve a 25% improvement in canola establishment in Australia by 2030 by ensuring canola breeders have the know-how and tools to develop new cultivars with improved establishment. This will be delivered by providing Australian
Project start date: undefined - Project end date: 30/09/2023
- Organisation:
- CSIRO
- Contact:
- Matthew Nelson
- Project status:
- Completed
-
GRDC code: DAV1907-001RTX
Pre-breeding
Program 5 - Towards Effective Control of Blackleg of Canola : Canola infrastructure and FFS
Pre-breedingBlackleg, caused by the fungus Leptosphaeria maculans, is the most serious disease of canola in Australia. A critical component of an effective blackleg genetic resistance improvement effort is industry having access to a reliable, accurate
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- Department of Energy, Environment and Climate Action (DEECA)
- Contact:
- Matt Hayden
- Project status:
- Completed
-
GRDC code: UWA1905-007RTX
Pre-breeding
Improving canola heat tolerance - a coordinated multidisciplinary approach
Pre-breedingExtended period of high temperature stress and short periods of heat shock are major threat to canola grain and oil yield in canola growing regions in Australia.This project looks specifically at the genetics of heat tolerance in canola and will
Project start date: undefined - Project end date: 30/06/2024
- Organisation:
- University of Western Australia
- Contact:
- Sheng Chen
- Project status:
- Active
-
GRDC code: UWA1905-006RTX
Pre-breeding
Program 3: Towards Effective Control of Blackleg of Canola: Identification of novel sources of blackleg resistance genes
Pre-breedingThe use of genetic resistance is a major strategy for minimising blackleg disease in canola. It is necessary to identify novel sources of resistance to blackleg disease for incorporation into Australian breeding programs. The outcome of this work
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- University of Western Australia
- Contact:
- Jacqueline Batley
- Project status:
- Completed
-
GRDC code: UOM1905-003RTX
Pre-breeding
Program 2 - Towards Effective Control of Blackleg of Canola: Coordinating international blackleg research and development
Pre-breedingThe use of resistance genes is one of the major strategies for minimising the impact of blackleg disease of canola. Therefore, the accurate identification of resistance genes in Australian canola cultivars is essential for the continued high levels
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- The University of Melbourne
- Contact:
- Angela Van de Wouw
- Project status:
- Completed
-
GRDC code: DAV1905-003RTX
Pre-breeding
Multi-species DNA chip platform - A resource for pulse genetic improvement
Pre-breedingThis project will develop and provide a low-cost DNA genotyping platform for chickpea, field pea, faba bean, lentil and lupin for use by the Australian pulse breeding and pre-breeding programs. In addition, it will ensure that data generated using
Project start date: undefined - Project end date: 31/07/2023
- Organisation:
- Department of Energy, Environment and Climate Action (DEECA)
- Contact:
- Matthew Hayden
- Project status:
- Completed
-
GRDC code: CSP1904-007RTX
Pre-breeding
Program 4 - Towards Effective Control of Blackleg of Canola: Phenotyping for Adult Plant Resistance (APR - Quantitative Resistance) in canola
Pre-breedingBlackleg disease is a threat to canola production in Australia with an estimated 15% reduction in total grain yield annually. Control strategies include isolation of crops from disease sources, chemical control as well as varietal resistance. Major
Project start date: undefined - Project end date: 01/04/2024
- Organisation:
- CSIRO
- Contact:
- Susan Sprague
- Project status:
- Active
-
GRDC code: CSP1903-004RTX
Pre-breeding
Post-doctoral Fellowship: Alternative phenotyping for reproductive stage frost tolerance using metabolite markers and identification of frost tolerance QTL in wheat - aligned to CSP00202
Pre-breedingFrost and other cold events are major causes of yield loss in a number of Australian cropping systems. Management options are heavily reliant on the development of tolerant varieties however phenotyping wheat germplasm for chilling and frost
Project start date: undefined - Project end date: 31/05/2022
- Organisation:
- CSIRO
- Contact:
- Fernanda Dreccer
- Project status:
- Completed
-
GRDC code: UMU1903-004RTX
Pre-breeding
Post-Doctoral Fellowship: Minimising the impact of high temperature at flowering on spikelet fertility aligned to Project UMU00049
Pre-breedingDamage from heat events is a common constraint limiting crop production in Australia. The flowering stage of crop growth is particularly sensitive to high temperatures that can significantly decrease fertility and seed-setting rate resulting in
Project start date: undefined - Project end date: 31/03/2022
- Organisation:
- Murdoch University
- Contact:
- Chengdao Li
- Project status:
- Completed
-
GRDC code: UOQ1903-008RTX
Pre-breeding
Post-doctoral Fellowship - Enhancing Genomic Prediction for Sorghum to deal with genotype-by-environment interactions for yield
Pre-breedingThis project will investigate the opportunity to develop more powerful genomic prediction methods that can better handle the effects of genotype-by-environment interactions using the sorghum crop growth model available within the APSIM platform.
Project start date: undefined - Project end date: 30/06/2024
- Organisation:
- The University of Queensland
- Contact:
- Mark Cooper
- Project status:
- Active
-
GRDC code: UOQ1901-004RTX
Pre-breeding
Next generation plant breeding: integrating genomic selection and high throughput phenotyping to enhance genetic gain in sorghum and mungbeans
Pre-breedingA range of new technologies including genomic selection and high throughput (HTP) phenotyping systems have the potential to dramatically improve the rates of genetic gain in crop breeding programs. This requires the development of integrated data
Project start date: undefined - Project end date: 31/12/2021
- Organisation:
- The University of Queensland
- Contact:
- David Jordan
- Project status:
- Completed
-
GRDC code: CSP1901-002RTX
Pre-breeding
Optimising Canola Production in Diverse Australian Growing Environments
Pre-breedingCanola growers in Australia need to be able to select varieties that will perform optimally in their local growing conditions. The timing of flowering is an important factor in determining sowing time and avoiding frost, heat and terminal drought.
Project start date: undefined - Project end date: 30/09/2023
- Organisation:
- CSIRO
- Contact:
- Chris Helliwell
- Project status:
- Completed
-
GRDC code: UMU1810-001RTX
Pre-breeding
Preserving Australia's Rhizobial Collections to Benefit the Australian Grain Industry
Pre-breedingThe gene-bank collections of rhizobia strains in Australia have provided the cultures for development of commercial inoculant production and are a resource for the future improvement of the inoculants used for pulse and pasture legumes. Strains in
Project start date: undefined - Project end date: 30/06/2024
- Organisation:
- Murdoch University
- Contact:
- Graeme O'Hara
- Project status:
- Active
-
GRDC code: UOA1806-013AWX
Pre-breeding
Accelerating wheat genetic gain by establishing a high-throughput spike phenotyping platform
Pre-breedingThe architecture of cereal heads (or ears) is an important trait to understand cereal responses to heat and frost, as well as understanding water limited yield potential. International researchers have developed X-ray CT scanning methods to allow
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- The University of Adelaide
- Contact:
- Bettina Berger
- Project status:
- Completed
-
GRDC code: UMU1806-002RTX
Pre-breeding
Improved Genetic Gain through GRDC Participation in Barley Pan-genome Consortium
Pre-breedingA pan genome describes all the genes and genetic variation within a species. A comprehensive understanding of this genetic variation in barley will enable researchers to more rapidly determine the genetic control of important traits such as heat
Project start date: undefined - Project end date: 20/12/2023
- Organisation:
- Murdoch University
- Contact:
- Ken Chalmers
- Project status:
- Active
-
GRDC code: UOA1806-011RTX
Pre-breeding
Improving Australian malt barley flavour to address Chinese brewing requirements
Pre-breedingThis investment aims to identify key malt flavour characteristics of Australian and Canadian malt to determine why Canadian malt is preferred in China and other key export markets. The investment also will try to determine what are the genetic and
Project start date: undefined - Project end date: 30/10/2022
- Organisation:
- The University of Adelaide
- Contact:
- Jason Able
- Project status:
- Completed
-
GRDC code: DAV1806-013AWX
Pre-breeding
Australian Grains Gene Banks (AGG) Capacity and Capability Enhancement - Infrastructure
Pre-breedingThe Australian Grains Gene Bank (AGG) identified critical infrastructure requirements that were needed in the short to long term to ensure it has the capability to support the Australian research and breeding community with access to germplasm of
Project start date: undefined - Project end date: 30/06/2021
- Organisation:
- [DO NOT USE - see DEECA] Department of Jobs, Precincts and Regions
- Contact:
- Sally Norton
- Project status:
- Completed
-
GRDC code: CSP1806-009RTX
Pre-breeding
Lupin Breeders Toolbox - A Resource for Lupin Genetic Improvement
Pre-breedingThis project aims to expand the current genomic and genetic resources available in one of the major grain legumes grown in Australia, narrow-leafed lupin (NLL; Lupinus angustifolius L.). These genomic and genetic resources will significantly help
Project start date: undefined - Project end date: 30/06/2022
- Organisation:
- CSIRO
- Contact:
- Lingling Gao
- Project status:
- Completed
-
GRDC code: UOA1806-012RTX
Pre-breeding
Post-Doctoral Fellowship - Improving root growth in dispersive soils
Pre-breedingThe Australian grains belt has large areas of sodic soils, which in nature are dispersive and often associated with dense subsoils with high soil strength that can restrict root penetration and uptake of water and nutrient, with consequent
Project start date: undefined - Project end date: 31/03/2021
- Organisation:
- The University of Adelaide
- Contact:
- Glenn McDonald
- Project status:
- Completed
-
GRDC code: UOQ1806-004RTX
Pre-breeding
Better sorghum: larger grain with more protein
Pre-breedingFeed grains are utilised primarily as a source of energy, with most of the energy from starch, with the protein component usually considered of secondary importance. However, protein needs to be supplemented from crops such as soybean or lupin, and
Project start date: undefined - Project end date: 28/02/2022
- Organisation:
- The University of Queensland
- Contact:
- Ian Godwin
- Project status:
- Completed
-
GRDC code: UOS1801-004RTX
Pre-breeding
Australian Cereal Rust Control Program (ACRCP) - University of Sydney: Delivering genetic tools and knowledge required to breed wheat and barley with resistance to leaf rust, stripe rust and stem rust
Pre-breedingWheat and barley rusts have the potential to cause significant production losses in Australia. Although fungicides control rusts, they do not provide complete control in highly susceptible cultivars. Genetic resistance therefore remains the
Project start date: undefined - Project end date: 31/12/2022
- Organisation:
- University of Sydney
- Contact:
- Robert Park
- Project status:
- Completed
-
GRDC code: UOS1801-001RTX
Pre-breeding
Australian Cereal Rust Control Program -Wheat and barley breeding support
Pre-breedingCereal rust diseases can cause significant yield losses. Genetic resistance in commercial varieties is an important part of the management of rusts in Australia. New rust pathotypes frequently occur in Australia, and can impact the expected
Project start date: undefined - Project end date: 31/12/2022
- Organisation:
- University of Sydney
- Contact:
- Robert Park
- Project status:
- Completed
-
GRDC code: CSP1801-013RTX
Pre-breeding
Australian Cereal Rust Control Program (ACRCP) - CSIRO: Delivering genetic tools and knowledge required to breed wheat and barley with resistance to leaf rust, stripe rust and stem rust
Pre-breedingRust diseases are a significant threat to wheat production in Australia. Disease control relies heavily on breeding for disease resistance. Genetic resistance is preferable to fungicide control because of the lower input and environmental costs and
Project start date: undefined - Project end date: 31/03/2023
- Organisation:
- CSIRO
- Contact:
- Peter Dodds
- Project status:
- Completed
-
GRDC code: UOA1801-010RTX
Pre-breeding
Australian Cereal Rust Control Program - Novel sources of stem rust resistance from uncultivated wild relatives of wheat
Pre-breedingRusts are have the potential to cause significant losses for Australia wheat growers. These potential losses are largely prevented through the incorporation of sources of genetic resistance into varieties. This project aims to continue the
Project start date: undefined - Project end date: 30/06/2023
- Organisation:
- The University of Adelaide
- Contact:
- Ian Dundas
- Project status:
- Completed
-
GRDC code: UWA1708-010RTX
Pre-breeding
UWA00173 - Capacity building to understand plant energy efficiency in harsh environments
Pre-breedingThis project supports PhD training and research seeking to improve crop performance through the manipulation of plant energy efficiency. The investment leverages fundamental research conducted within the ARC Centre of Excellence in Plant Energy
Project start date: undefined - Project end date: 31/12/2021
- Organisation:
- University of Western Australia
- Contact:
- Harvey Millar
- Project status:
- Completed
-
GRDC code: DPI1707-003RTX
Pre-breeding
Canola pre-breeding investment to continue some activities conducted under DAN00208
Pre-breedingUnder DAN00117 and DAN00208, NSW DPI has identified pod shatter resistant accessions of Brassica rapa (2n = 2x) and Brassica carinata (2n = 4x). Research on combining resistance from both sources was initiated under DAN00208 for two years (2015-17).
Project start date: undefined - Project end date: 31/12/2021
- Organisation:
- Department of Regional NSW
- Contact:
- Harsh Raman
- Project status:
- Completed
-
GRDC code: ULA1707-005RSX
Pre-breeding
GRS - (Linda Brain) F. graminearum cell wall (GRS11005)
Pre-breedingThe aim of this project is to identify the enzymes that are essential for biosynthesis of the cell wall of the cereal pathogen Fusarium graminearum and to use this knowledge to produce new and potent fungal inhibitors that can be used in crop
Project start date: undefined - Project end date: 31/03/2022
- Organisation:
- La Trobe University
- Contact:
- Marilyn Anderson
- Project status:
- Completed
-
GRDC code: DAV1707-001BLX
Pre-breeding
BA- Australian Grains Genebank 2017-2022
Pre-breedingThe Australian Grains Genebank (AGG) represents the national, consolidated deposit of all major grains germplasm collections. The AGG has a mandate for germplasm introductions, quarantine, storage, maintenance and information management to support
Project start date: undefined - Project end date: 30/06/2022
- Organisation:
- [DO NOT USE - see DEECA] Department of Jobs, Precincts and Regions
- Contact:
- Sally Norton
- Project status:
- Completed
-
GRDC code: UOA1601-007RTX
Pre-breeding
UA00168 - The 10 Genome Wheat Sequencing Consortium
Pre-breedingModern wheat cultivars carry a wide range of different genes associated with important traits, such as increased yield and disease resistance. This project will develop deep sequence profiles and assemblies for ten diverse wheat genotypes that can
Project start date: undefined - Project end date: 30/06/2021
- Organisation:
- The University of Adelaide
- Contact:
- Ken Chalmers
- Project status:
- Completed
-
GRDC code: UOA1703-014RTX
Pre-breeding
UA00157 - Development of tools to accelerate nematode resistance gene deployment
Pre-breedingNematodes are important pathogens of cereal crops in Australia. This investment will explore sources of resistance to two major nematodes, Cereal Cyst Nematode (CCN) and Pratylenchus thornei.Cereal cyst nematode (CCN) was once a very damaging
Project start date: undefined - Project end date: 30/06/2021
- Organisation:
- The University of Adelaide
- Contact:
- Diane Mather
- Project status:
- Completed
-
GRDC code: DAS1703-024OPX
Pre-breeding
DAS00148 Australian Pastures Genebank
Pre-breedingThe Australian Pastures Genebank (APG) is the custodian of one of the world's most diverse and significant temperate and tropical pasture and forage collections. The APG was established in 2014 from eleven significant pasture seed collections
Project start date: undefined - Project end date: 30/06/2028
- Organisation:
- SA Research and Development Institute
- Contact:
- Alan Humphries
- Project status:
- Active
-
GRDC code: DPI1703-009RMX
Pre-breeding
DAN00202 New tools and germplasm for Australian pulse and oil seeds breeding programs to respond to changing virus threats
Pre-breedingProfitable pulse and oilseed rotation crops are a key component of Australia's crop based farming systems. Pulses and oilseeds are susceptible to a range of virus diseases and improving genetic resistance is the most economical and sustainable
Project start date: undefined - Project end date: 30/06/2021
- Organisation:
- Department of Regional NSW
- Contact:
- Joop van Leur
- Project status:
- Completed
-
GRDC code: DAV1607-010BLX
Pre-breeding
9176093 - PulseBio Project 3: Stable grain yield in pulses through improved stress tolerance (P3)
Pre-breedingStress tolerance and disease resistance traits are routinely measured by pulse breeding programs, but data collection is limited by time constraints. High-throughput phenotyping technologies will allow much more accurate measurement of traits on a
Project start date: undefined - Project end date: 30/06/2021
- Organisation:
- [DO NOT USE - see DEECA] Department of Jobs, Precincts and Regions
- Contact:
- Garry Rosewarne
- Project status:
- Completed
-
GRDC code: DAV1607-006BLX
Pre-breeding
DAV00158 -DEPI BA-2- Quantifying the value of pulse grains
Pre-breedingIt is essential that Australian growers have access to pulse varieties that combine a suite of desirable traits including, increased grain yield, improved agronomic characteristics and optimal quality traits. These traits ensure the viability of the
Project start date: undefined - Project end date: 30/06/2021
- Organisation:
- [DO NOT USE - see DEECA] Department of Jobs, Precincts and Regions
- Contact:
- Joe Panozzo
- Project status:
- Completed
-
GRDC code: UCS1607-003RTX
Pre-breeding
UCS00025 - 2015.01.18-Expanding options for sorghum- Food and Distilling
Pre-breedingThis investment will target the development of high value markets for Australian sorghum. Markets in the food and beverage industries will be targeted for characterisation and current Australian varieties (and competitor varieties) assessed for
Project start date: undefined - Project end date: 15/03/2022
- Organisation:
- Charles Sturt University
- Contact:
- Chris Blanchard
- Project status:
- Completed
-
GRDC code: UOA1606-009RTX
Pre-breeding
UA00163 - Pulse Breeding Australia: Faba Bean Breeding
Pre-breedingFaba bean is one of Australia's major cool season food legumes with production extending over a wide eco-geographic range with the major production area in the southern region (Victoria, South Australia) and a smaller area in the northern region
Project start date: undefined - Project end date: 30/03/2024
- Organisation:
- The University of Adelaide
- Contact:
- Jason Able
- Project status:
- Active