Research by Olga Walsh, PhD, University of Idaho
The objectives of this study were (1) to compare the Micro Carbon Technology®-based phosphorus (P) product Super Phos® (SP) with traditional phosphorus (P) fertilizers ammonium polyphosphate (APP), and diammonium phosphate (DAP); and (2) to compare the Micro Carbon Technology®-based nitrogen (N) product Super Nitro® (SN) with the traditional nitrogen fertilizer, UAN.
Huma Gro® Super Nitro® followed by 30 lb P2O5 per acre of Super Phos® (Treatment #3) contributed to the highest grain test weights, biomass, and yield.
This study also indicates that Super Phos® is less corrosive and less likely to cause damage to the seeds as a dribble and suggests that Super Phos® could be applied with the seed at a higher rate compared with other P sources.
Related Posts
Field Trial: Promax® Controls Nematodes for English Boxwood
Virginia Tech Kentland Experimental Research Farm, McCoy, Va. This two-year trial aimed to assess the suppression effects of PROMAX® and 2 types of beneficial nematode treatments (S. feltiae and S. riobrave) versus a control on plant-parasitic nematodes (Stunt, Lance, Ring, and Spiral) for English Boxwood (Buxus sempervirens L. var. suffruticosa) ornamental plants. The results reported
Sili-Max® Limits Arsenic Uptake in Rice
Research Report Research Conducted by: Luisella Celi, PhD, University of Torino, Italy Rice (Oryza sativa) is the staple food for more than half the world’s population, feeding about 3.5 billion people. Compared with other crops, however, rice accumulates higher amounts of arsenic (As) due to its cultivation in flooded fields under anaerobic conditions. Arsenic is a
Introduction to Huma Gro®: Video
