GRDC Investments
Investments
Welcome to our investments. We invest in Research, Development and Extension (RD&E) to create enduring profitability for Australian grain growers.
Here you will find active investments, and investments completed after 1 January 2020 from our RD&E portfolio. Some investments will display related communication and extension activities, and other associated outputs.
Please let us know what you think as we welcome any feedback.
Crop Type
Results found: 101 - 110 of 125 search results
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GRDC Code: DAV1607-011BLX
9176121 - PulseBio 4: Biosecure pulse seeds
The Australian Grains Genebank imports pulse germplasm for use by breeders and researchers. The two main bottlenecks in accessing and distributing new germplasm are the post-entry quarantine program, designed to minimise risk of new diseases…- Project start date:
- 30/06/2016
- Project end date:
- 30/06/2021
- Crop type:
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- All Pulses, (Legume)
- Region:
- North, South, West
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GRDC Code: UOS1606-006OPX
US00083 - ARC Research Hub for Legumes for Sustainable Agriculture
The ARC Research Hub for Legumes for Sustainable Agriculture ("Hub") aims to provide Australian growers and industrial stakeholders with improved plant materials to maximise production, environmental sustainability and profitability. In…- Project start date:
- 30/06/2016
- Project end date:
- 30/06/2021
- Crop type:
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- All Pulses, (Legume)
- Region:
- North, South, West
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GRDC Code: UWA1606-004RTX
UWA00175 - An integrated platform for rapid genetic gain in pulse crops
Pulse genetic improvement has been constrained by the long lifecycle of the plant; a feature that results in slow rates of genetic gain in breeding programs. The objectives of this project are to further develop an Accelerated Single Seed Descent…- Project start date:
- 30/06/2016
- Project end date:
- 30/06/2021
- Crop type:
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- All Pulses, (Legume)
- Region:
- North, South, West
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GRDC Code: UMU1606-002RMX
UMU00049 - 2016.02.01F - Maintenance of grain plumpness and transfer of heat tolerance into Australian barley germplasm
Annual average economic losses from heat damage in Australian wheat crops are estimated to be about $1.1billion. Climate models predict that in the grain belt of Australia the average temperature will increase by 2-3 C and rainfall will decrease by…- Project start date:
- 30/06/2016
- Project end date:
- 28/06/2022
- Crop type:
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- Barley, (Cereal)
- Region:
- North, South, West
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GRDC Code: UOS1606-001RTX
US00080 - 2016.02.01G A national approach to improving heat tolerance in wheat through more efficient carbon allocation
Heat damage which predominantly arises from heat shock or longer-term temperatures above optimum during the reproductive and grain filling stages, is one of the most regular and limiting constraints to Australian wheat production.This project…- Project start date:
- 30/06/2016
- Project end date:
- 31/12/2022
- Crop type:
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- Wheat, (Cereal)
- Region:
- North, South, West
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GRDC Code: ANU1601-001RTX
ANU00025 - Using next generation approaches to exploit phenotypic variation in photosynthetic efficiency to increase wheat yield
A global consortium effort aims to improve photosynthetic performance in wheat as part of the International Wheat Yield Partnership. This project forms part of that international initiative. In this project, phenotyping photosynthetic characters…- Project start date:
- 01/01/2016
- Project end date:
- 30/04/2020
- Crop type:
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- Wheat, (Cereal)
- Region:
- North, South, West
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GRDC Code: UOS1507-008RMX
US00075 - Integrated Genetic Solutions to Crown Rot in Wheat
Crown rot is an important disease of wheat in Australia. Development of resistant varieties has been hampered by the lack of reliable, repeatable, and robust phenotyping methods suitable of use in commercial breeding programs. Furthermore, the…- Project start date:
- 01/07/2015
- Project end date:
- 30/06/2020
- Crop type:
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- Wheat, (Cereal)
- Region:
- North, South, West
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GRDC Code: CSP1507-006RTX
CSP00192 - Development of gene deployment strategies: using evolutionary principles to optimise the development of genetic resistance in…
Disease control in agriculture is very often ephemeral with resistance based on genetic approaches often showing little durability. A major source of this instability lies in the fact that host-pathogen systems are biotic interactions in which both…- Project start date:
- 01/07/2015
- Project end date:
- 30/12/2020
- Crop type:
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- Wheat, (Cereal)
- Canola/Rapeseed, (Oilseed)
- Region:
- North, South, West
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GRDC Code: UOS1507-005RMX
US00074 - Development of genetic tools for Australian barley crops against leaf rust
Growing resistant varieties is an important part of an integrated disease management plan for the control of barley leaf rust. This investment will characterise and isolate three major resistance genes that have not yet been deployed in barley…- Project start date:
- 01/07/2015
- Project end date:
- 30/06/2021
- Crop type:
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- Barley, (Cereal)
- Region:
- North, South, West
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GRDC Code: CSP1506-005RTX
CSP00199 - Validation trials for dwarfing genes, vigour x management interactions, and preliminary assessment of rate of grain-filling
Grain yield is a genetically complex character making selection for combinations of favourable alleles for performance under water limitation difficult. A previous project used GRDC's managed environment facilities (MEF) to provide reliable…- Project start date:
- 30/06/2015
- Project end date:
- 31/12/2020
- Crop type:
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- Wheat, (Cereal)
- Region:
- North, South, West