C-Phos™

Background Feeding beneficial soil fungal activity can enhance aerobic decomposition of organic matter and build a humus-rich soil that releases nutrients tied up in crop residues. This can positively impact crop yield and lead to a higher return on investment. Objective The objective of this study was to observe how a fall application of Huma®

Objective  In this study, the Huma® growth manager product Breakout® was evaluated in terms of its effects on yield and quality of processing tomatoes.  Materials & Methods  In cooperation with the University of California, processing tomato seedlings were transplanted on a farm in Central Valley of California near Patterson on April 4 and then harvested

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

Objective  This field trial assessed the effects of Promax® and Zap® on top of fumigation—plus additional foliar applications of 4 Huma® fertilizer 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

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

Objective  Huma® Zap® has been shown to improve crop yield and soil conditions. This research investigated some of the ways Zap improves soil characteristics such as soil biology and soil structure.  Materials & Methods  Two sets of soil in containers received two different solutions. The first received 120 ml of only water and the second