BORON

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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

Objective  This field trial was conducted to observe effectiveness of additional preharvest applications of Huma® products on recoverable sugar of sugar beets and return on investment. Materials & Methods  This trial on sugar beet (Beta vulgais vulg. altissima) was conducted in Homedale, Idaho. The crop was seeded on May 8 and was harvested on October

Objective  The purpose of this research project was to evaluate how Huma® liquid fertilizer products with Micro Carbon Technology® affect cucumber yield when compared with a control program of grower’s standard fertilizer.  Materials & Methods  This study was conducted at the Southeast Ag Research facilities in Chula, Ga. The experiment was conducted with four replicates.

Background: Huma's Micro Carbon Technology based products (Fertil Soil®, Super Phos®, and Vitol®) have been shown to improve germination, plant health and vigor, increase phosphorus availability, and improve farming sustainability and regeneratively. Objectives: The aim of this study was to assess the effect of feeding the soil, roots, and the plant itself with Fertil Soil®,