Strengths

Has shown consistently high yield performance in this 108 RM product

Very good agronomics with a strong disease package

Semi determinant ear size product that has shown response to higher populations and high level management

This product shows consistency with ear fill --- usually to the very tip

Has shown good response to irrigation and potential to benefit from fungicide application

Good potential adaptation from East to West thru the 110 and 115 RM bands

Product Details

    2700gdus to black layer
    1340gdus to mid-pollination
    108relative maturity

    PoorExcellent

    PoorExcellent

    Agrowth regulators sensitivity
    Apigment inhibitors sensitivity
    Asulfonylureas sensitivity

    7fusarium ear rot
    4diplodia ear rot
    16-18kernel row
    3emergence
    CONVtrait
    undefinedvariety

    For RIB products, all product details listed above are for the major component of the blended product.

    Local Rating Scale
    • starHighly Recommended
    • add moderatorRecommended with Management
    • flagUse with Management
    • unionNot Recommended
    • new releasesNew Product
    National Rating Scale
    1 = Excellent, 9 = Poor, NR = Not Recommended, - = data is insufficient at this time.
    Herbicide Sensitivity
    A = Acceptable, C = Caution, W = Warning. Environmental conditions may cause herbicide interactions different than indicated for a particular growing season.
    Herbicide Tolerance
    Ratings are based on observations and research using herbicides at labeled and above labeled rates to simulate extreme environmental conditions, misapplication and adverse soil pH or organic content.
    GDU (Growing Degree Unit)
    Ratings are based on observations and research using herbicides at labeled and above labeled rates to simulate extreme environmental conditions, misapplication and adverse soil pH or organic content.

Local Yield Results

See local yields near you to predict your farm’s estimated yield
Promo Tools of Local Yield Results

Recommended Agronomy Resources