20% Yield Increase From Late Tiller Microsoil Application
Information
All of the plots in this replicated trial received 70kg MAP and 30L UAN per HA at sowing. Microsoil was applied as a foliar in August. This late addition of Microsoil yielded an extra tonne of wheat per HA. This yield increase highlights that crop inputs can be more wisely spent later in the season as opposed to a complete upfront expense, and yield increases can be chased once the season has identified itself. Note that Microsoil costs are now less than $40 per HA, further increasing ROI.Trial conducted by: Landmark…
Benefits
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Increased Yield Without Higher Upfront Costs
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Optimised Input Spending for Better ROI
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Cost-Effective & Flexible Nutrient Management
Yield Increase In Cowra
A replicated wheat trial conducted by Landmark at Cowra, NSW, tested various input strategies to assess their impact on yield and return on investment (ROI). All plots in the trial received 70kg MAP and 30L UAN per hectare at sowing, while Microsoil was applied later in the season as a foliar treatment in August.
The results demonstrated a significant yield increase, with Microsoil-treated plots producing an extra tonne per hectare compared to untreated control plots. This highlights a key principle in nutrient management—rather than applying all inputs upfront, strategic mid-to-late-season applications allow growers to assess seasonal conditions before investing further, ensuring inputs are spent wisely to maximise returns.
The cost-effectiveness of Microsoil further strengthens its viability, with application costs now less than $40 per hectare, making it an affordable, high-ROI option for wheat growers. The trial results also reinforce the importance of adaptive nutrient strategies, enabling farmers to chase yield increases later in the season rather than committing to high upfront fertiliser costs with uncertain seasonal outcomes.
By leveraging Microsoil’s targeted nutrient approach, farmers can reduce financial risk, improve yield potential, and enhance profitability, even in variable growing conditions.
