OM 2-6 mm

Background Scientific research shows that humic and fulvic acids are biostimulants—enhancing nutrient availability and uptake, improving plant root growth and mass, and impacting both crop yield and quality. Objective The focus of this study was to assess the effect of pre-plant application of a raw humic product on potato yield. Materials & Methods One week

Background Enhanced Efficiency Fertilizer (EEF) additives can improve crop production. Humates have been shown to improve crop yield. The Huma® EEF additive X-Tend® B is a concentrated Micro Carbon Technology® product derived from humates with high levels of organic acids and nutrients that is formulated to be blended in liquid fertilizers or to be impregnated

Objective This field trial assessed the effects of 2 foliar applications of 2 combinations of Huma® products versus a control during the growing season on the yield of soybeans (Glycine max, variety AG48X7) when compared with the grower’s standard crop nutrition program. Materials & Methods  This trial was set up in a complete randomized-block design

Background Application of Zap® to soils in combination with other Huma® fertilizers at various locations previously resulted in crops with improved plant growth and higher yields. Applying Zap® with grower standard products or as a single product application to soil and plants could also impact results. Objective The focus of this study was to observe

Background Application of phosphorus (P) fertilizers—such as triple super phosphate (TSP), monoammonium phosphate (MAP), diammonium phosphate (DAP), liquid ammonium polyphosphate (APP), and other forms—can be inefficient and, at times, not environmentally friendly. A technology that can mitigate these P fertilizer challenges without compromising yield and return on investment is highly desirable. Huma® Super Phos® is

Background Charcoal rot, caused by the soil-borne pathogen Macrophomina phaseolina, can be a significant threat to strawberry production. Two Huma® products, Promax® and Zap®, had previously been shown to be successful in managing soil-borne diseases in strawberries. Objectives The primary objectives of this study were to assess the efficacy of Promax® and Zap® in reducing