In this first trial application of Fertilgold® Organics products on organic white corn, the grower was asked to evaluate the ease of use and the effectiveness of 4 new OMRI-Listed liquid Fertilgold® Organics crop nutrition products based on known field deficiencies.
Two 80-acre plots of organic white corn in eastern Nebraska were at the tassel growth stage. The Control plot was to continue to use an OMRI-Listed grower’s standard fertilizer program, while the second plot, the Trial plot, would replace the grower’s standard fertilizer program with new OMRI-Listed Fertilgold® Organics products from post-tassel stage through harvest.
METHODOLOGY
The grower was supplied with 4 OMRI-Listed Fertilgold® Organics products pre-blended for application at the post-tassel growth stage on the Trial plot. These included K-6 (potassium 6%), Mg (magnesium 5%), Ca (calcium 8%), and Micros 1 (containing sulfur 5% and the following micronutrients: boron 0.40%, copper 0.16%, iron 4%, manganese 2%, molybdenum 0.128 %, and zinc 1%).
In addition, Huma Gro® Proud 3®, an organic, OMRI-Listed liquid foliar insecticide-miticide-fungicide was mixed and applied with the other products. A second application of K-6 was applied at grain fill. (See Table 1 for rates.)
All products tested and control products used were OMRI-Listed and approved for use in advance by the grower’s certification agency. Both corn plots had the organic fertilizer applied through foliar broadcast using a center-pivot irrigation system.
RESULTS
Plant tissue analysis indicated that, in all instances, nutrients from the OMRI-Listed Fertilgold® products were entering the plant as effectively as the grower’s standard fertilizer program. Yield results for the Trial plot averaged 2–3 bushels per acre higher than the Control plot.
The grower reported product ease of use as being a major benefit, as the Fertilgold® liquid products had low viscosity and did not clog the fertigation equipment for the pivot. Also, since the products could be applied with irrigation, no additional physical passes over the field were required for fertilizer application. The grower also commented that she really appreciated that all the specific nutrients the crop needed were available and could be delivered within 10 days of deficiency identified by tissue analysis, when they could do the most good, and she was impressed with Fertilgold®’s customer service both in building a customized solution to reduce deficiencies in her organic white corn field and the partnership throughout the process.
CONCLUSIONS
The trial demonstrated Fertilgold® Organics liquid products to be effective, easily applied, and flexible in terms of nutrient choices for organic white corn grown on a center pivot irrigation system.
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