OM Nitro

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

Background In an earlier in-house research project, it was observed that OM Soil Activator (formerly known as Fertilgold® Soil) caused plants to grow better and improve soil characteristics. The product as then released for field trial status. Objective The focus of this study was to observe if OM Soil Activator could improve cotton yield under

Objective This field trial assessed the benefits of moisture infiltration enhancement that may be provided by the product Fertil Humus® at selected rates and timings.  Materials & Methods  The plot site selected for this trial was located in the southern portion of the Columbia Basin in Washington State. The Russet Burbank potato field was pivot-irrigated

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

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

Objective  To demonstrate the effects of Huma® products X-Tend®, Fertil Humus®, Fertil Soil®, and Zap® on the reduction of nitrogen and phosphorus leaching in Immokalee sandy soils.  Background  The leaching of nitrogen and phosphate fertilizers presents an ongoing problem in Florida soils. Agricultural amendments that reduce leaching when applied to soils or when mixed with