Surf-Max®

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 When applying foliar sprays, it’s highly beneficial for crop nutrients to quickly enter the plant tissue. Farmers often have a short application window and need to make sure the nutrients get into the plant prior to rain Objective Observe how fast a foliar application of Huma® Super Potassium® (0-0-40), powered by Micro Carbon Technology®,

Objective  This field trial assessed the effects of an additional 8 foliar applications of Huma® products throughout the growing season on the yield of Monterey 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 April

Background Oregon is one of the top blueberry producing states. Increasing blueberry production in an economical way with a high return on investment will significantly benefit blueberry growers. Breakout®, a yield-enhancing product, has increased the yield of fruit producing crops such as tomatoes. Objectives This field study aimed to test the effects of Huma® Breakout®on

Objective  Speeding up the maturity timing of flowers and having more flowers on commercial ornamental plants will make them more marketable and help flower growers produce more potted flower plants per year. The focus of this study was to assess the effects of a natural humic product from Huma® called Micromate on the speed of

Background X-Tend® mixed with other fertilizers applied to specific crops has enhanced results with improved plant growth and higher yields. Combining X-Tend® with grower standard products applied to soil and when applied as a single product foliar application could also impact results. Objective The focus of this study was to observe if X-Tend® as a yield enhancing