CURIOSITY

Background Charcoal rot, caused by the soil-borne pathogen Macrophomina phaseolina, can be a significant threat to strawberry production. Two Huma® products, Promax® and Zap®, had previously been shown to be successful in managing soil-borne diseases in strawberries. Objectives The primary objectives of this study were to assess the efficacy of Promax® and Zap® in reducing

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  Humates and plant growth stimulators can positively influence a crop such as sugar cane to produce a higher yield.  Objective  The focus of this study was to observe how fall application of Huma® products Fertil Soil®, a source of soil nutrients and humates, and Breakout®, which stimulates growth, would affect sugar cane production. The

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

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®,

Objective Over the years, some weeds have developed resistance to common herbicides such as glyphosate. To overcome this hurdle, some growers may bump up the rates or add other herbicides or products with different mechanisms/modes of action into the tank mix. Such approaches have had mixed results over the long run and have increased the