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https://groundcover.grdc.com.au/crops/cereals/phenology-fundamentals-to-optimise-wheat-yield
https://groundcover.grdc.com.au/crops/cereals/phenology-fundamentals-to-optimise-wheat-yield10 Jul 2021:
- ArticleSummary:
- Key lessons have been delivered by a southern NSW collaborative project to guide decision-making to better match wheat varieties to cropping environments: understand the phenology of commercial wheat varieties, use the right variety for the right
- LastUpdatedDate:
- 19700101
- Date:
- 20210710090000
- ArticlePubDate:
- 10 Jul 2021
- TitlePosition:
- middle-right
- ArticleSubCategory:
- Cereals
- ArticleCaption:
- Dr Felicity Harris is leading a multi-institutional team looking to optimise yield potential of winter cereals in the northern grains region. The project has delivered some fundamental lessons by unravelling the drivers of wheat phenology across
- I:
- https://groundcover.grdc.com.au/__data/assets/image/0028/446806/varieties/thumb550x367.jpg
- ArticleKeywords:
- phenology, sowing date, optimum flowering window, vernalisation, photoperiod, adaptation, wheat
- ArticleCategory:
- Crops
- title:
- Phenology fundamentals to optimise wheat yield
- url:
- https://groundcover.grdc.com.au/crops/cereals/phenology-fundamentals-to-optimise-wheat-yield
- CoreTextUser:
- 400598
- sregion:
- North
- ImageFocusPoint:
- 35%
- tab:
- News
- ctype:
- GroundCover Supplement
- ArticleProjectCode:
- DAN00213
- ArticleAuthor:
- Dr Felicity Harris, Rick Graham, Peter Matthews, Greg Brooke, David Burch and Dr Hongtao Xing (NSW DPI), and Darren Aisthorpe and Michael Mumford (QDAF)
- ArticleSupplement:
- Sowing seeds of success, July-August 2021
- ArticleAssetID:
- 446802
- ArticlePhotographer:
- Nicole Baxter
-
https://groundcover.grdc.com.au/innovation/industry-insights/research-tests-management-levers-for-yield-lift
https://groundcover.grdc.com.au/innovation/industry-insights/research-tests-management-levers-for-yield-lift9 Jul 2021:
- ArticleSummary:
- Preliminary results from GRDC’s hyper-yielding crops research in New South Wales show superior cultivars that are well-protected against disease are critical levers for producing high-yielding grain crops
- LastUpdatedDate:
- 19700101
- Date:
- 20210709090000
- ArticlePubDate:
- 09 Jul 2021
- TitlePosition:
- middle-left
- ArticleSubCategory:
- Industry Insights
- ArticleCaption:
- Wheat trials at Field Applied Research (FAR) Australia’s crop technology centre at Wallendbeen, New South Wales, where researchers are exploring which levers can be pulled to lift grain yields beyond 10t/ha.
- I:
- https://groundcover.grdc.com.au/__data/assets/image/0023/446720/varieties/thumb550x367.jpg
- ArticleEdition:
- Issue 153, July-August 2021
- ArticleKeywords:
- Hyper, yielding, crops, disease, variety, choice, Wallendbeen, management
- ArticleCategory:
- Innovation
- title:
- Research tests management levers for yield lift
- url:
- https://groundcover.grdc.com.au/innovation/industry-insights/research-tests-management-levers-for-yield-lift
- CoreTextUser:
- 400586
- sregion:
- North
- ImageFocusPoint:
- 50%
- tab:
- News
- ctype:
- GroundCover
- ArticleProjectCode:
- FAR2004-002SAX, CSP1706-015RMX
- ArticleAuthor:
- Nicole Baxter
- ArticleAssetID:
- 446716
- ArticlePhotographer:
- Kat Fuhrman, FAR Australia
-
https://groundcover.grdc.com.au/grdc/events/esperance-port-zone-growers-to-hear-latest-r-and-d-outcomes
https://groundcover.grdc.com.au/grdc/events/esperance-port-zone-growers-to-hear-latest-r-and-d-outcomes8 Jul 2021:
- ArticleSummary:
- A Grains Research Update will be held at the Esperance Civic Centre on Friday 6 August. Growers will hear the latest research to guide on-farm decision making.
- LastUpdatedDate:
- 19700101
- Date:
- 20210708090000
- ArticlePubDate:
- 08 Jul 2021
- TitlePosition:
- middle-left
- ArticleSubCategory:
- Events
- ArticleCaption:
- Information presented at a coming regional Grains Research Update in Esperance will be tailored to address key issues relevant to growers in the port zone.
- I:
- https://groundcover.grdc.com.au/__data/assets/image/0025/447370/varieties/thumb550x367.jpg
- ArticleKeywords:
- grdc, research, updates, events, growers, decisions, management, events, profitability, yield, development, enterprise
- ArticleCategory:
- GRDC News
- title:
- Esperance port zone growers to hear latest R&D outcomes
- url:
- https://groundcover.grdc.com.au/grdc/events/esperance-port-zone-growers-to-hear-latest-r-and-d-outcomes
- CoreTextUser:
- 424819
- sregion:
- West
- ImageFocusPoint:
- 50%
- tab:
- News
- ctype:
- Media Releases
- ArticleProjectCode:
- CMP1903-001WCX
- ArticleAuthor:
- GRDC
- ArticleAssetID:
- 447366
- ArticlePhotographer:
- Grain Industry Association of WA
-
https://groundcover.grdc.com.au/crops/cereals/new-benchmark-for-spring-sown-barley
https://groundcover.grdc.com.au/crops/cereals/new-benchmark-for-spring-sown-barley7 Jul 2021:
- ArticleSummary:
- Experimental trials have shown the potential for spring-sown barley to yield more than 10 tonnes per hectare in Tasmania. This is the finding of a national trial program spanning five states as part of the GRDC-invested hyper-yielding crops (HYC)
- LastUpdatedDate:
- 19700101
- Date:
- 20210707090000
- ArticlePubDate:
- 07 Jul 2021
- TitlePosition:
- bottom-left
- ArticleSubCategory:
- Cereals
- ArticleCaption:
- Field Applied Research (FAR) Australia research director Kenton Porker discusses spring-sown barley trial findings at a hyper-yielding crops field day at Hagley, Tasmania.
- I:
- https://groundcover.grdc.com.au/__data/assets/image/0035/446696/varieties/thumb550x367.jpg
- ArticleEdition:
- Issue 153, July-August 2021
- ArticleKeywords:
- spring-sown barley, 10 tonnes per hectare, yield benchmark, Tasmania, Hagley, hyper-yielding crops project, HYC, Field Applied Research, FAR Australia, plot trials, Kenton Porker, Darcy Warren
- ArticleCategory:
- Crops
- title:
- New benchmark for spring-sown barley
- url:
- https://groundcover.grdc.com.au/crops/cereals/new-benchmark-for-spring-sown-barley
- CoreTextUser:
- 400588
- sregion:
- South
- ImageFocusPoint:
- 40%
- tab:
- News
- ctype:
- GroundCover
- ArticleProjectCode:
- FAR2004-002SAX, FAR1506-001RTX
- ArticleAuthor:
- Clarisa Collis
- ArticleAssetID:
- 446692
- ArticlePhotographer:
- FAR Australia
-
Better soil testing could ‘save dollars on-farm’ - GRDC
https://grdc.com.au/news-and-media/news-and-media-releases/national/2021/july/better-soil-testing-could-save-dollars-on-farm7 Jul 2021: A leading soil scientist is calling for an urgent rethink of how soil constraints are assessed with concern that an over-reliance on a commonly used soil test is resulting in costly and ineffective soil management strategies on-farm 38 per cent of
- a:
- Grains Research and Development Corporation
- b:
- Grains Research and Development Corporation
- Date:
- 2021-07-07 00:00:00
- e:
- better soil testing could ‘save dollars on-farm’, summary
- f:
- text/html
- H:
- 73986f7b2c4604f71e91c7a66fcabd70
- I:
- https://grdc.com.au/__data/assets/image/0033/447675/grdc_67710369978-resize.jpg
- j:
- https://grdc.com.au
- l:
- en-AU
- issueno:
- Better soil testing could ‘save dollars on-farm’
- p:
- Grains Research and Development Corporation
- aissueno:
- July
- thumbfocus:
- thumb-focus-center
- sregion:
- National
- tab:
- News
- ctype:
- Media Releases
- asummary:
- A leading soil scientist is calling for an urgent rethink of how soil constraints are assessed with concern that an over-reliance on a commonly used soil test is resulting in costly and ineffective soil management strategies on-farm 38 per cent of
-
https://groundcover.grdc.com.au/agronomy/soil-and-nutrition/call-to-redefine-soil-constraints
https://groundcover.grdc.com.au/agronomy/soil-and-nutrition/call-to-redefine-soil-constraints6 Jul 2021:
- ArticleSummary:
- Referring to physically dispersive soils as sodic soils is leading to ineffective and uneconomical testing and management strategies
- LastUpdatedDate:
- 19700101
- Date:
- 20210706090000
- ArticlePubDate:
- 06 Jul 2021
- TitlePosition:
- bottom-left
- ArticleSubCategory:
- Soil and Nutrition
- ArticleCaption:
- A prototype robot has been built by PhD student David West to automate aggregate stability tests. The robot can run hundreds of samples without human intervention once aggregates are loaded.
- I:
- https://groundcover.grdc.com.au/__data/assets/image/0033/446865/varieties/thumb550x367.jpg
- ArticleEdition:
- Issue 153, July-August 2021
- ArticleKeywords:
- physically dispersive soils, sodic soils, exchangeable sodium percentage (ESP) tests, Professor John McLean Bennett
- ArticleCategory:
- Agronomy
- title:
- Call to redefine soil constraints
- url:
- https://groundcover.grdc.com.au/agronomy/soil-and-nutrition/call-to-redefine-soil-constraints
- CoreTextUser:
- 400594
- sregion:
- National
- ImageFocusPoint:
- 50%
- tab:
- News
- ctype:
- GroundCover
- ArticleProjectCode:
- USQ1803-002RTX
- ArticleAuthor:
- Rebecca Thyer
- ArticleAssetID:
- 446861
- ArticlePhotographer:
- Stirling Roberton
-
Current and potential costs of diseases and invertebrate pests in Australian grains
https://grdc.com.au/grdc-investments/investments/investment?code=AAC2107-001SAX5 Jul 2021: This investment will estimate the economic impacts of pests and diseases across crops and grain growing regions. It will provide an indication of the scale of losses to be minimised to protect potential yield. It will inform on how these impacts may
- region2:
- All Northern Subregions, All Southern Subregions, All WA Subregions
- region3:
- All Northern Region states (NSW & Qld), All Southern Region states (Vic, SA & Tas), WA
- Date:
- 05/07/2021
- contractType:
- SAX
- projectProvider:
- ACIL Allen Consulting Pty Ltd
- cropName:
- All Crops
- projectOutcomes:
- By June 2022, the Australian grains industry will be utilising updated estimates of the incidence, severity and economic impact of pests and diseases to prioritise R,D&E activities.
- contractSupervisor:
- Alexandra Lobb
- projectFullSummary:
- <div data-wrapper="true" style="font-size:14px;font-family:'Segoe UI','Helvetica Neue',sans-serif;"><div>This investment will estimate the economic impacts of pests and diseases across crops and grain
- projectStatus:
- Completed
- sregion:
- North, South, West
- tab:
- Investments
- ctype:
- Investments
- projectEnd:
- 30/06/2023
- category:
- Not categorised
- cropType:
- All Crops
- contractCode:
- AAC2107-001SAX
-
https://groundcover.grdc.com.au/grower-stories/northern/lesson-learned-as-soil-tests-beat-costly-assumptions
https://groundcover.grdc.com.au/grower-stories/northern/lesson-learned-as-soil-tests-beat-costly-assumptions5 Jul 2021:
- ArticleSummary:
- Northern New South Wales grower Jack Pearlman saved more than $50,000 by checking if gypsum would address perceived sodicity issues before applying it
- LastUpdatedDate:
- 19700101
- Date:
- 20210705090000
- ArticlePubDate:
- 05 Jul 2021
- TitlePosition:
- bottom-left
- ArticleSubCategory:
- Northern
- ArticleCaption:
- With his parents, Jack Pearlman farms 3300 hectares at North Star in northern New South Wales. He is keen to find out more about soil constraints, with researchers helping him hone where ameliorants should be placed.
- I:
- https://groundcover.grdc.com.au/__data/assets/image/0030/446853/varieties/thumb550x367.jpg
- ArticleEdition:
- Issue 153, July-August 2021
- ArticleKeywords:
- Aggregate stability, soil constraints, amelioration, dispersive soils, sodic soils, North Star, Jack Pearlman, Stirling Roberton, John McLean Bennett
- ArticleCategory:
- Grower Stories
- title:
- Lesson learned as soil tests beat costly assumptions
- url:
- https://groundcover.grdc.com.au/grower-stories/northern/lesson-learned-as-soil-tests-beat-costly-assumptions
- CoreTextUser:
- 400594
- sregion:
- North
- ImageFocusPoint:
- 10%
- tab:
- News
- ctype:
- GroundCover
- ArticleAuthor:
- Rebecca Thyer
- ArticleAssetID:
- 446849
- ArticlePhotographer:
- Melanie Jenson
-
New decision-making tool for yellow leaf spot disease - GRDC
https://grdc.com.au/news-and-media/news-and-media-releases/national/2021/july/new-decision-making-tool-for-yellow-leaf-spot-disease5 Jul 2021: Rated the most economically damaging wheat disease in the country, yellow leaf spot can cost growers up to $30 per hectare in lost production and management costs in hard-hit seasons.
- a:
- Grains Research and Development Corporation
- b:
- Grains Research and Development Corporation
- Date:
- 2021-07-05 00:00:00
- e:
- new decision-making tool for yellow leaf spot disease, summary
- f:
- text/html
- H:
- 3b17dc50981fa19fd30360f886fe61d0
- I:
- https://grdc.com.au/__data/assets/image/0032/447656/grdc_48894110823-resize.jpg
- j:
- https://grdc.com.au
- l:
- en-AU
- issueno:
- New decision-making tool for yellow leaf spot disease
- p:
- Grains Research and Development Corporation
- aissueno:
- July
- thumbfocus:
- thumb-focus-center
- sregion:
- National
- tab:
- News
- ctype:
- Media Releases
- asummary:
- Rated the most economically damaging wheat disease in the country, yellow leaf spot can cost growers up to $30 per hectare in lost production and management costs in hard-hit seasons.
-
https://groundcover.grdc.com.au/innovation/climate/putting-a-value-on-paddock-drainage
https://groundcover.grdc.com.au/innovation/climate/putting-a-value-on-paddock-drainage4 Jul 2021:
- ArticleSummary:
- GRDC has initiated new sub-surface drainage investments in WA to help growers manage the effects of waterlogging.
- LastUpdatedDate:
- 19700101
- Date:
- 20210704090000
- ArticlePubDate:
- 04 Jul 2021
- TitlePosition:
- bottom-left
- ArticleSubCategory:
- Climate
- ArticleCaption:
- Sub-surface slotted drainage pipe being installed at the Cranbrook trial site.
- I:
- https://groundcover.grdc.com.au/__data/assets/image/0031/447439/varieties/thumb550x367.jpg
- ArticleKeywords:
- grdc, research, growers, water, rain, drainage, waterlogging, management, soil, nutrients, yield
- ArticleCategory:
- Innovation
- title:
- Putting a value on paddock drainage
- url:
- https://groundcover.grdc.com.au/innovation/climate/putting-a-value-on-paddock-drainage
- CoreTextUser:
- 424819
- sregion:
- West
- ImageFocusPoint:
- 40%
- tab:
- News
- ctype:
- Media Releases
- ArticleProjectCode:
- SCF2005-001SAX, SCN2005-001SAX
- ArticleAuthor:
- GRDC
- ArticleAssetID:
- 447435
- ArticlePhotographer:
- GRDC
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