MicroHumic® OM

Conducted by: Bruce Kirksey, PhD, Agricenter International, Memphis, Tenn. Huma® Product: Huma Pro® Mix 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. Humic acid products are not all the same. They are marketed in solid

Objective  The purpose of this research project was to evaluate how humic acids stimulate microbial activity and initiation of the rhizophagy cycle (in which plants cultivate microbes on their roots and then absorb them to extract their nutrients). Huma® Huma Pro®, a liquid 6% humic acid product, was used as the humic acid biostimulant source. 

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

Background Scientific research shows humic and fulvic acids can have a biostimulant effect on plant root growth and mass, nutrient availability and uptake, and crop yield and quality. Objective The objective of this study was to compare and contrast the immediate effects that three types of humic products from Huma®, Inc. have on corn yield.

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

Objective This field trial assessed the benefits of moisture infiltration enhancement that may be provided by the product Fertil Humus® at selected rates and timings.  Materials & Methods  The plot site selected for this trial was located in the southern portion of the Columbia Basin in Washington State. The Russet Burbank potato field was pivot-irrigated