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  2. Rust in 2023 and beyond – pathotypes and varieties and strategies for durable deployment of new genes for resistance

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/rust-in-2023-and-beyond-pathotypes-and-varieties-and-strategies-for-durable-deployment-of-new-genes-for-resistance

    7 Feb 2023: Stripe rust in particular is likely to be important again in 2023; monitor for the presence of the green bridge, and if present, make sure it is destroyed at least 4 weeks before crops are sown, either by heavy grazing or herbicides. The structure

    pcode:
    UOS2207-002RTX
    aauthor:
    Robert Park, Mumta Chhetri, Yi Ding (The University of Sydney Plant Breeding Institute Cobbitty), Lisle Snyman (QDPI Hermitage), Steven Simpfendorfer ( NSW DPI Tamworth), Andrew Milgate, Brad Baxter (NSW DPI Wagga), Grant Hollaway (Agriculture
    rdarea:
    Crop Protection
    H:
    85e65c15b1bc8a39ed9c83aefd4968d1
    title:
    Rust in 2023 and beyond – pathotypes and varieties and strategies for durable deployment of new genes for resistance
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    South
    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-31, 2023-02-13
    e:
    rust in 2023 and beyond – pathotypes and varieties and strategies for durable deployment of new genes for resistance, summary
    f:
    text/html
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    Rust in 2023 and beyond – pathotypes and varieties and strategies for durable deployment of new genes for resistance
    tags:
    barley, fungicide insensitivity/resistance, rust, wheat
    p:
    Grains Research and Development Corporation
    s:
    barley, fungicide insensitivity/resistance, rust, wheat
    ctype:
    Update Paper
    sstate:
    South Australia
    asummary:
    Stripe rust in particular is likely to be important again in 2023, monitor for the presence of the green bridge, and if present, make sure it is destroyed at least 4 weeks before crops are sown, either by heavy grazing or herbicides. The structure

  3. https://groundcover.grdc.com.au/crops/cereals/australia-reaps-rewards-as-international-oat-conference-host

    https://groundcover.grdc.com.au/crops/cereals/australia-reaps-rewards-as-international-oat-conference-host

    7 Feb 2023:

    ArticleSummary:
    The Australian grain industry has benefited from hosting the 11th International Oat Conference in Perth during October 2022. This unique event brought international experts from across the global oat value chain together with a large cohort of
    LastUpdatedDate:
    19700101
    Date:
    20230207090000
    ArticlePubDate:
    07 Feb 2023
    TitlePosition:
    bottom-left
    ArticleSubCategory:
    Cereals
    ArticleCaption:
    Alannah MacTiernan, Minister for Regional Development, Agriculture and Food and the Hydrogen Industry in Western Australia, opens the 11th International Oat Conference in Perth.
    I:
    https://groundcover.grdc.com.au/__data/assets/image/0028/582832/varieties/thumb550x367.jpg
    ArticleKeywords:
    oats, international, conference, value chain, opportunities, GIWA
    ArticleCategory:
    Crops
    title:
    Australia reaps rewards as international oat conference host
    url:
    https://groundcover.grdc.com.au/crops/cereals/australia-reaps-rewards-as-international-oat-conference-host
    CoreTextUser:
    400598
    sregion:
    National
    ImageFocusPoint:
    30%
    tab:
    News
    ctype:
    GroundCover Supplement
    ArticleProjectCode:
    GIA1910-001AWX
    ArticleAuthor:
    Dr Sue Knights
    ArticleSupplement:
    Oats, January-February 2023
    ArticleAssetID:
    582828
    ArticlePhotographer:
    David Broadway

  4. Fungicide resistance in wheat powdery mildew

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/fungicide-resistance-in-wheat-powdery-mildew

    7 Feb 2023: Paper presented by Fran Lopez-Ruiz from Curtin University at the GRDC Grains Research Update in Adelaide and Wagga Wagga on fungicide resistance in wheat powdery mildew.

    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    2023-02-07 00:00:00, 2023-02-07 00:00:00, 2023-01-25, 2023-03-07
    e:
    fungicide resistance in wheat powdery mildew, summary
    pcode:
    CUR1403-002BLX, DPI1706-010BLX, TRE2204-001RTX, DPI1607-009BLX, DPI2207-002RTX
    aauthor:
    Fran Lopez-Ruiz (Curtin University), Kejal Dodhia (Curtin University), Steven Chang (Curtin University), Steven Simpfendorfer (NSW DPI), Sam Trengove (Trengove Consulting)
    f:
    text/html
    H:
    d763a424d332ab3a9c904d57ae08de47
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    Fungicide resistance in wheat powdery mildew
    title:
    Fungicide resistance in wheat powdery mildew
    p:
    Grains Research and Development Corporation
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    North, South
    s:
    fungicide resistance, wheat powdery mildew, monitoring, control failure, Fran Lopez-Ruiz, Kejal Dodhia, Steven Chang, Steven Simpfendorfer, Sam Trengove, Trengove Consulting, NSW DPI, Curtin University, GRDC Grains Research Updates, 2023, Wagga Wagga
    ctype:
    Update Paper
    sstate:
    New South Wales, South Australia
    asummary:
    Paper presented by Fran Lopez-Ruiz from Curtin University at the GRDC Grains Research Update in Adelaide and Wagga Wagga on fungicide resistance in wheat powdery mildew.

  5. Optimisation of canola phenology in diverse Australian growing environments using genomics

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/optimisation-of-canola-phenology-in-diverse-australian-growing-environments-using-genomics

    7 Feb 2023: Current APSIM-based tools for optimising canola productivity by targeting varietal phenology to the optimal flowering window are limited by the time taken to parameterise new varieties. This can be up to several years after release and is further

    pcode:
    CSP1901-002RTX, CSP2206-012RTX
    aauthor:
    Shannon Dillon & Chris Helliwell (CSIRO)
    rdarea:
    Breeding/New Varieties
    H:
    8379bf5b262203ed4bdd57b8219936ed
    title:
    Optimisation of canola phenology in diverse Australian growing environments using genomics
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    South
    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-31, 2023-02-22
    e:
    optimisation of canola phenology in diverse australian growing environments using genomics, summary
    f:
    text/html
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    Optimisation of canola phenology in diverse Australian growing environments using genomics
    tags:
    APSIM, canola phenology, genomic prediction, optimal flowering window
    p:
    Grains Research and Development Corporation
    s:
    APSIM, canola phenology, genomic prediction, optimal flowering window
    ctype:
    Update Paper
    sstate:
    New South Wales, South Australia
    asummary:
    Current APSIM-based tools for optimising canola productivity by targeting varietal phenology to the optimal flowering window are limited by the time taken to parameterise new varieties. This can be up to several years after release and is further

  6. Novel seed traits – an update on recent R&D

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/novel-seed-traits-an-update-on-recent-r-and-d

    7 Feb 2023: The long-term climate trend is for increasing summer rain and later autumn sowing breaks throughout the Australian wheatbelt. Long coleoptiles and hypocotyls will permit deeper sowing of winter crops into summer-stored subsoil moisture allowing

    pcode:
    CSP1307-006RTX, SLR2103-001RTX, DAQ2104-005RTX, CSP1907-001RTX
    aauthor:
    Greg Rebetzke, John Kirkegaard, Therese McBeath, Belinda Stummer, Bonnie Flohr, Andrew Fletcher, Sarah Rich, Matthew Nelson, Mark Cmiel, Trintje Hughes, Jose Barrero, Ian Greaves, Alec Zwart (CSIRO Agriculture and Food), Michael Lamond (SLR
    rdarea:
    Pre breeding research
    H:
    b03bc7b84eef131e3f5f49526d9d20ea
    title:
    Novel seed traits – an update on recent R&D
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    South
    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-25, 2023-02-22
    e:
    novel seed traits – an update on recent r&amp, d, summary
    f:
    text/html
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    Novel seed traits – an update on recent R&amp, D
    tags:
    breeding, climate resilience, seedling establishment and growth, weed competitiveness
    p:
    Grains Research and Development Corporation
    s:
    breeding, climate resilience, seedling establishment and growth, weed competitiveness
    ctype:
    Update Paper
    sstate:
    New South Wales, Queensland, South Australia
    asummary:
    The long-term climate trend is for increasing summer rain and later autumn sowing breaks throughout the Australian wheatbelt. Long coleoptiles and hypocotyls will permit deeper sowing of winter crops into summer-stored subsoil moisture allowing

  7. Introducing the Australian Cereal Phenology Classification (ACPC) scheme for wheat and barley

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/introducing-the-australian-cereal-phenology-classification-acpc-scheme-for-wheat-and-barley

    7 Feb 2023: A new phenology classification scheme was created for wheat and barley cultivars. The scheme was derived and validated using genotype (70 wheat, 30 barley) × environment (QLD, WA, SA, VIC, NSW) × management (sowing dates from 1 March to 15 June)

    pcode:
    ULA1806-003RMX, DPI1703-015BLX, DPI1706-012BLX
    aauthor:
    Corinne Celestina, James Hunt (The University of Melbourne), Haydn Kuchel (Australian Grain Technologies), Felicity Harris, Charles Sturt University, Kenton Porker, Jessica Hyles, Enli Wang, Zhigan Zhao, Bangyou Zheng, Neil Huth (CSIRO Agriculture
    rdarea:
    Pre breeding research
    H:
    b9668ee8e3f03783bc3158d57553b6ad
    title:
    Introducing the Australian Cereal Phenology Classification (ACPC) scheme for wheat and barley
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    North, South
    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-25, 2023-05-04
    e:
    introducing the australian cereal phenology classification (acpc) scheme for wheat and barley, summary
    f:
    text/html
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    Introducing the Australian Cereal Phenology Classification (ACPC) scheme for wheat and barley
    tags:
    anthesis, flowering time, heading, maturity
    p:
    Grains Research and Development Corporation
    s:
    anthesis, flowering time, heading, maturity, Felicity Harris, West Wyalong, Wagga Wagga, GRDC Updates, CSU
    ctype:
    Update Paper
    sstate:
    New South Wales, South Australia
    asummary:
    A new phenology classification scheme was created for wheat and barley cultivars. The scheme was derived and validated using genotype (70 wheat, 30 barley) × environment (QLD, WA, SA, VIC, NSW) × management (sowing dates from 1 March to 15 June)

  8. Can we survive without glyphosate? Lessons learned from Europe, Canada and Argentina

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/can-we-survive-without-glyphosate-lessons-learned-from-europe,-canada-and-argentina

    7 Feb 2023: In the 1970s, the herbicide glyphosate was developed, completely changing crop production practices. The intensification of crop production systems together with an increasing use of herbicides, including glyphosate, has a potential human and

    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-19, 2023-05-04
    e:
    can we survive without glyphosate? lessons learned from europe, canada and argentina, summary
    aauthor:
    Harm van Rees & Anne Jackman (Cropfacts Pty Ltd)
    f:
    text/html
    rdarea:
    Crop Protection
    H:
    fbd0e71922a3a22567128ddb7d7dd289
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    Can we survive without glyphosate? Lessons learned from Europe, Canada and Argentina
    title:
    Can we survive without glyphosate? Lessons learned from Europe, Canada and Argentina
    tags:
    Argentina, Canada, Europe, glyphosate
    p:
    Grains Research and Development Corporation
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    South
    s:
    Argentina, Canada, Europe, glyphosate, Harm van Rees, GRDC Updates, Cowra, Bendigo, Spring Ridge, Bellata
    ctype:
    Update Paper
    sstate:
    New South Wales, South Australia
    asummary:
    In the 1970s, the herbicide glyphosate was developed, completely changing crop production practices. The intensification of crop production systems together with an increasing use of herbicides, including glyphosate, has a potential human and

  9. A resistance update on broadleaf weeds in South Australia and Victoria

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/a-resistance-update-on-broadleaf-weeds-in-south-australia-and-victoria

    7 Feb 2023: Herbicide resistance is most prevalent in wild radish, Indian hedge mustard (IHM), sowthistle (milk thistle), prickly lettuce (whip thistle) and fleabane. The most common resistance is to Group 2 herbicides. The highest incidence of resistance is in

    pcode:
    UCS1306-001RMX, UCS2008-001RTX
    aauthor:
    Peter Boutsalis, Alicia Merriam, Gurjeet Gill, Christopher Preston (School of Agriculture, Food and Wine, University of Adelaide), John Broster (Charles Sturt University, Wagga Wagga, NSW)
    rdarea:
    Crop Protection
    H:
    3c35962e859d1597cd176925adb6c09c
    title:
    A resistance update on broadleaf weeds in South Australia and Victoria
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    South
    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-25, 2023-01-25
    e:
    a resistance update on broadleaf weeds in south australia and victoria, summary
    f:
    text/html
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    A resistance update on broadleaf weeds in South Australia and Victoria
    tags:
    broadleaf weeds, herbicides, random weed survey, resistance
    p:
    Grains Research and Development Corporation
    s:
    broadleaf weeds, herbicides, random weed survey, resistance
    ctype:
    Update Paper
    sstate:
    South Australia
    asummary:
    Herbicide resistance is most prevalent in wild radish, Indian hedge mustard (IHM), sowthistle (milk thistle), prickly lettuce (whip thistle) and fleabane. The most common resistance is to Group 2 herbicides. The highest incidence of resistance is in

  10. Maximising growth and yield – canopy management is more important in seasons of better potential

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/maximising-growth-and-yield-canopy-management-is-more-important-in-seasons-of-better-potential

    7 Feb 2023: Light and temperature are more likely to set the boundary of yield potential than rainfall in higher productivity zones and seasons. Release of cultivars with high yield potential and sowing dates that better align crops to maximise light

    pcode:
    FAR2204-002SAX, FAR2004-002SAX
    aauthor:
    Kenton Porker, John Kirkegaard (CSIRO Agriculture and Food), Nick Poole, Darcy Warren, Tom Price, Max Bloomfield,Aaron Vague (Field Applied Research),Rebekah Allen (Hart Field-Site Group), Brooke Bennett (Birchip Cropping Group)
    rdarea:
    Agronomy/Farming Systems
    H:
    18b03f9a319c79e11cadd4ef74f474f3
    title:
    Maximising growth and yield – canopy management is more important in seasons of better potential
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    South
    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-25, 2023-01-25
    e:
    maximising growth and yield – canopy management is more important in seasons of better potential , summary
    f:
    text/html
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    Maximising growth and yield – canopy management is more important in seasons of better potential
    tags:
    canopy management, light, temperature, yield potential
    p:
    Grains Research and Development Corporation
    s:
    canopy management, light, temperature, yield potential
    ctype:
    Update Paper
    sstate:
    South Australia
    asummary:
    Light and temperature are more likely to set the boundary of yield potential than rainfall in higher productivity zones and seasons. Release of cultivars with high yield potential and sowing dates that better align crops to maximise light

  11. The Frost Learning Centre

    https://grdc.com.au/resources-and-publications/grdc-update-papers/tab-content/grdc-update-papers/2023/02/the-frost-learning-centre

    7 Feb 2023: Managing frost risk and impacts can only be achieved by implementing strategies relevant to frost zones. Don’t implement frost risk strategies if you don’t experience frost losses – frost risk management almost invariably means reducing income

    pcode:
    SAG2107-001OPX
    aauthor:
    Mick Faulkner & Ben Smith (Agrilink agricultural consultants)
    rdarea:
    Agronomy/Farming Systems
    H:
    b32281f2821563e9c46f702baeeb8286
    title:
    The Frost Learning Centre
    aissueno:
    02
    thumbfocus:
    thumb-focus-center
    sregion:
    South
    image:
    https://grdc.com.au/__data/assets/image/0038/375887/brandmark_landscape.png
    a:
    Grains Research and Development Corporation
    b:
    Grains Research and Development Corporation
    Date:
    7/2/2023, 2023-02-07 00:00:00, 2023-01-23, 2023-01-23
    e:
    the frost learning centre, summary
    f:
    text/html
    j:
    https://grdc.com.au
    l:
    en-AU
    issueno:
    The Frost Learning Centre
    tags:
    frost, ice nucleation, mitigation, tolerance
    p:
    Grains Research and Development Corporation
    s:
    frost, ice nucleation, mitigation, tolerance
    ctype:
    Update Paper
    sstate:
    South Australia
    asummary:
    Managing frost risk and impacts can only be achieved by implementing strategies relevant to frost zones. Don’t implement frost risk strategies if you don’t experience frost losses – frost risk management almost invariably means reducing income

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