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    S10 Phosphorus Uptake (Greenhouse Trial) – AgriFacts

    23 %

    Increased P uptake with MicroEssentials S10 compared to DAP

    14 %

    Increased P uptake with MicroEssentials S10 compared to DAP + AS blend

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    Objective

    Quantify the increase of phosphorus (P) uptake with MicroEssentials® S10® (12-40-0-10S) applied to corn compared to DAP (18-46-0) and DAP-based blends that supply the same rate of nitrogen (N), P and sulfur (S).

    OVERVIEW

    • Balanced crop nutrition is critical for corn production.
    • MicroEssentials® S10® supplies N, P and S in one nutritionally balanced granule.
    • Two forms of S, sulfate sulfur (immediately available) and elemental sulfur (slowly available), provide season-long S availability.
    • The MicroEssentials® proprietary Fusion® technology process creates a unique chemistry that results in increased nutrient uptake and crop yield compared to alternative sources.

    TRIAL DETAILS

    Locations and Crop Management:

    Crop: Corn (Zea mays)

    Year: 2013

    Locations: SabancI University, Turkey

    Data Source: Dr. Ismail Cakmak

    Experimental Design: Pot trials conducted under greenhouse conditions on a clay loam soil.

    Treatments: DAP (18-46-0), DAP + ammonium sulfate (21-0-0-24S), MicroEssentials® S10® (12-40-0-10S)

    Study Details: All S in the blend was supplied in the sulfate form.
    Fertilizers were homogeneously mixed with the soil, simulating broadcast incorporation.
    Corn above-ground dry matter, P concentration and P uptake were determined 20 days after planting.


    Results


    SUMMARY

    • MicroEssentials® S10® increased P uptake by 23% compared to the DAP and 14% compared to DAP + AS.
    • MicroEssentials® S10® increased P uptake through increases in both plant dry matter (biomass) and P concentration (%).
    • MicroEssentials® with Fusion® technology combines N, P and S into one nutritionally balanced granule and promotes improved P uptake.