Super Phos

Background All Huma® Inc. products are based on extractions of humic substances and other materials that can stimulate plant growth and improve crop quality. Objective The objective of this field trial was to evaluate the efficacy of applying Huma® products,  specifically Encapsalt®, Super Phos®, Max Pak®, 44 Mag,® Vitol®, Super Nitro®, Breakout®, Fertil Soil®, Iro-Max®,

Background Industrial agriculture can degrade soil quality for crops by altering the total living microbial biomass of soil. Many practices and beneficial ag products have been introduced to the market to improve soil quality. Some of these products are humic substance-based products. Objective The objective of this trial was to evaluate the efficacy of applying

Background Many small-scale farms (1-2 acres each) are established in Zia Pueblo community near San Ysidro, New Mexico. Huma® Inc. was asked to establish an experimental farm in the tribal community that could demonstrate the usage of beneficial agricultural inputs producing high-yield crop and preserving the health of the soil. Huma® humic-based products stimulate plant

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  Humates and plant growth stimulators can positively influence a crop such as sugar cane to produce a higher yield.  Objective  The focus of this study was to observe how fall application of Huma® products Fertil Soil®, a source of soil nutrients and humates, and Breakout®, which stimulates growth, would affect sugar cane production. The

Objective  This field trial assessed the effects of an additional 4 foliar applications of Huma® products on the yield of Portola strawberries when compared with the grower’s standard crop nutrition program.  Materials & Methods  This trial was set up in a complete randomized-block design conducted during the growing season of July 18 through November 28