OM Manganese

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 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 Humic substances have been shown to improve crop yield. Solid and liquid forms of humic substances with high levels of organic acids can be produced by incorporating Micro Carbon Technology®. Some are suitable for conventional and others for organic farming. Huma® OM Liquid HA 16, OMRI-Listed for organic farming, is a liquid form of

Introduction  A field trial to test efficacy of Huma® Promax® as a cropprotection product for strawberries (Fragaria sp.) was applied in a location known to have spring disease problems with either Fusarium or Macrophomina pathogenic fungi.   This report is based on a field trial with strawberries conducted by Holden Agricultural Research and Consulting submitted on

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

Introduction  In this study (originally published in Frontiers in Plant Science, May 2021, Vol. 12:660224), the biostimulant properties of a sedimentary shale ore-extracted humic acid (HA) were tested on Micro Tom tomato plants under increasing nutritional stress  Materials & Methods  A sedimentary lignite ore (Idaho), ground to pass a 1,000 µm sieve, was used as