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
Crop Type
- ☐ All Crops
- ☐ All Pulses
- ☐ Barley
- ☐ Canary Seed
- ☐ Canola/Rapeseed
- ☐ Cereal Rye
- ☐ Chickpeas
- ☐ Cow Peas
- ☐ Faba/Broad Beans
- ☐ Field Peas
- ☐ Lentils
- ☐ Linseed/Linola
- ☐ Lupins
- ☐ Maize
- ☐ Millet
- ☐ Mungbeans
- ☐ Navy/Kidney/French Beans
- ☐ Not Crop Specific
- ☐ Oats
- ☐ Peanuts
- ☐ Pigeon Peas
- ☐ Safflower Seed
- ☐ Sorghum
- ☐ Soybean
- ☐ Sunflower Seed
- ☐ Triticale
- ☐ Vetch
- ☐ Wheat
Results found: 31 - 40 of 651 search results
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GRDC Code: UOA2407-001RTX
Program 3 - Improved genetic resistance: Effective genetic and sustainable management of Ascochyta blight of Chickpea (Phase 2)
This project aims to improve chickpea yield stability and increase grower profitability by reducing losses associated with the disease Ascochyta blight (AB), caused by the fungus Ascochyta rabiei. The project builds on results of Phase 1 investment…- Project start date:
- 01/07/2024
- Project end date:
- 30/06/2027
- Crop type:
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- Chickpeas, (Legume)
- Region:
- North, South, West
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GRDC Code: UMU2407-001RTX
Part B: Enhancing Rhizobia resources to improve N fixation in pulse crops across Australia
Legumes fix an estimated 3.5 million tonnes of nitrogen pa in Australian agriculture, equivalent to an annual fertiliser cost of $3.5 billion. Inoculating legumes with highly effective rhizobia is key to the ongoing success of this nitrogen fixation …- Project start date:
- 01/07/2024
- Project end date:
- 30/06/2028
- Crop type:
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- Barley, (Cereal)
- Oats, (Cereal)
- Wheat, (Cereal)
- All Pulses, (Legume)
- Canola/Rapeseed, (Oilseed)
- Region:
- North, South, West
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GRDC Code: GRI2407-001RTX
Program 1 - Pathogen studies: Effective genetic and sustainable management of Ascochyta blight of Chickpea (Phase 2)
Ascochyta blight (AB) is a major disease in chickpea that is caused by the Ascochyta rabiei fungi and can lead to significant damages to crops and yield losses under favourable conditions when not managed. Our previous studies shown that Ascochyta…- Project start date:
- 01/07/2024
- Project end date:
- 30/06/2027
- Crop type:
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- Chickpeas, (Legume)
- Region:
- North, South, West
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GRDC Code: DEE2407-001RTX
Program 4 - Largescale phenotyping and development of IDM strategies: Effective genetic and sustainable management of Ascochyta blight of…
Ascochyta blight is the greatest disease threat to the Australian chickpea industry and can result in complete crop loss. Currently there are limited genetic options, and therefore, management is reliant on multiple fungicide applications. To…- Project start date:
- 01/07/2024
- Project end date:
- 30/06/2027
- Crop type:
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- Chickpeas, (Legume)
- Region:
- North, South, West
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GRDC Code: ICA2407-001RTX
Program 2 - International host/pathogen differential sets: Effective genetic and sustainable management of Ascochyta blight of Chickpea…
Chickpea is an important pulse crop globally, with Ascochyta blight one of the main diseases affecting yield. This GRDC-funded project led by ICARDA will continue from GRDC investment ICA2007-001RTX and aims to deliver a differential set of chickpea …- Project start date:
- 01/07/2024
- Project end date:
- 30/06/2027
- Crop type:
-
- Chickpeas, (Legume)
- Region:
- North, South, West
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GRDC Code: ACO2406-001SAX
NGN: Updating the content and images for Pulse, Oilseed, and Cereal Disease Identification Ute Guides
The GRDC Ute Guides are highly popular and sought-after publications that assist growers and advisers ito keep up-to-date on potential risks in crops. Several recent disease projects have provided new insights into emerging pathogens and visual…- Project start date:
- 21/06/2024
- Project end date:
- 28/02/2025
- Crop type:
-
- Not Crop Specific, (Not Crop Specific)
- Region:
- North, South, West
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GRDC Code: COG2406-002CAX
Soilborne disease future investment review
By September 2024, a strategic review report will be delivered to the GRDC that consolidates past and current research, development, and extension (RD&E) efforts on soilborne diseases. This report will identify gaps in existing RD&E and…- Project start date:
- 14/06/2024
- Project end date:
- 13/09/2024
- Crop type:
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- All Crops, (All Crops)
- Region:
- North, South, West
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GRDC Code: ALB2406-002SAX
NVT Sorghum Harvest Reports 2024/25
Every year GRDC produces up to two sorghum harvest reports as part of the National Variety Trials (NVT) program. The sorghum harvest report contain the previous four years of sorghum trial results to provide the latest independent varietal…- Project start date:
- 14/06/2024
- Project end date:
- 31/10/2025
- Crop type:
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- Barley, (Cereal)
- Oats, (Cereal)
- Wheat, (Cereal)
- Sorghum, (Cereal)
- Chickpeas, (Legume)
- Faba/Broad Beans, (Legume)
- Lupins, (Legume)
- Field Peas, (Legume)
- Lentils, (Legume)
- Canola/Rapeseed, (Oilseed)
- Region:
- North, South, West
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GRDC Code: UOM2404-006RTX
Novel pest suppression in grains and vegetables: preparing the grain and vegetable industries for a future without broad-spectrum…
The Australian Grains and Horticulture Pest Innovation Program (AGHPIP) is a $24.79 million, five-year investment aimed at transforming pest management in Australian grain and vegetable industries. The $10M GRDC investment is led by the University…- Project start date:
- 05/06/2024
- Project end date:
- 16/06/2029
- Crop type:
-
- Barley, (Cereal)
- Maize, (Cereal)
- Oats, (Cereal)
- Sorghum, (Cereal)
- Triticale, (Cereal)
- Wheat, (Cereal)
- Chickpeas, (Legume)
- Faba/Broad Beans, (Legume)
- Field Peas, (Legume)
- Lentils, (Legume)
- Lupins, (Legume)
- Vetch, (Legume)
- Canola/Rapeseed, (Oilseed)
- Soybean, (Oilseed)
- Region:
- North, South, West
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GRDC Code: CSP2406-021RTX
Modelling plausible impacts of Biological Nitrification Inhibition in Australian farming systems
Retaining nitrogen (N) in soils in the form of ammonia (NH4) by inhibiting nitrification processes has been long hypothesised as a solution to N loss from denitrification and leaching of nitrate (NO3) below the root zone. Enhanced-efficiency…- Project start date:
- 01/06/2024
- Project end date:
- 30/09/2025
- Crop type:
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- All Crops, (All Crops)
- Region:
- North, South, West