OM 6 mm(-)
Benefits of Use:
- Variable granular size promotes even coverage/distribution of humic/fulvic acid for sustainable carbon benefit
- Long-term soil organic-matter building
- Increased water penetration
- Increased flocculation of clays
- Promotes conversion of fertilizer into plant-available food
- Increases soil nutrient mineralization
- Sustainable soil microbial activation
FAQs
Related Videos
Huma Minute – What is Humic Acid with Cory Ritter
Huma Mid-West Regional Sales Manager Cory Ritter discusses the different types of humic acids and what they do for your plants.
Learn More
Huma Minute – Humate Application Rates with Cory Ritter
Huma Mid-West Regional Sales Manager Cory Ritter discusses humate application rates and why there is not a one-size fits all rate.
Learn More
Huma Minute – Humic Acid Testing Methods with Cory Ritter
Huma Mid-West Regional Sales Manager Cory Ritter discusses the differences in the various humic acid testing methods.
Learn More
Related Products
Related Case Studies
Huma® Zap® Increases Cotton Lint Yield by 125.8 lb/A, With 67% ROI
Background Application of Zap® to soils in combination with other Huma® fertilizers at various locations previously resulted in crops with improved plant growth and higher yields. Applying Zap® with grower standard products or as a single product application to soil and plants could also impact results. Objective The focus of this study was to observe
Effects of Huma® Products on N & P Stabilization in Sandy Soil
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
Promax® Controls Nematodes for English Boxwood Ornamental Plants
Objective 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. Materials & Methods Each experimental unit consisted of 2 English
Related Blog Posts
China—Hot Land for Global Novel Fertilizer
“China—Hot Land for Global Novel Fertilizer,” is a recent AgroPages feature article that includes Bio Huma Netics—with its Huma Gro® product line—among the top companies actively marketing novel fertilizers to China. Read the story at https://news.agropages.com/News/NewsDetail—15144.htm. cirrus cloud .
This Week in Ag #31
#Harvest23 is here! If all goes well, I should be harvesting my corn plot this week. The beginning of fall brings excitement and optimism to the farm. But this year, those feelings appear tempered. Farmer sentiment dropped 8 points last month (according to the Purdue Ag Economy Barometer) as producers shared a dimming view of
How Advances in Crop Genetics Influence Nutrient Management
Advances in crop genetics are transforming how farmers approach nutrient management. Improved seed resilience, higher yield potential, and changing plant behaviors mean that fertility programs must evolve too. As genetics drive progress across the farm, understanding how nutrition supports those genetics is key to maximizing productivity and sustainability









