Encapsalt®
Benefits of Use:
- Buffers salts in highly alkaline or sodium-rich soils
- Helps to improve the soil environment for aerobic biological growth
- Stimulates biomass development in all soil types
- Aerates soils and flocculates clays
- Increases water penetration in soils
- Increases nutrient availability for easier plant uptake
- Encourages root mass growth and depth penetration
Treats the Following Problems:
- Anaerobic soil conditions
- Low soil organic matter
- Poor water penetration
- Salt damage or toxicity to plants
- Inhibited root growth, small root mass
FAQs
Related Products
Zap®
Huma® Zap® carbon-complexed with Micro Carbon Technology® is an organic-based formulation of nutrients for feeding the native beneficial soil microbial balance. Zap®...
OM Nitro Potassium
3-0-4 Complexed with Micro Carbon Technology®, OMRI-Listed Huma® OM Nitro Potassium provides excellent foliar and soil nutrition and can be foliar-applied according...
StableSol® Liquid
Huma® StableSol® Liquid is an activated liquid humic-acid source derived from a highly oxidized, naturally occurring carbon and mineral deposit....
Related Case Studies
X-Tend® B With Micro Carbon Technology® Improves Barley Yield and Net Income: Year 3
Background Enhanced Efficiency Fertilizer (EEF) additives can improve crop production. Humates have been shown to improve crop yield. The Huma® EEF additive X-Tend® B is a concentrated Micro Carbon Technology® product derived from humates with high levels of organic acids and nutrients that is formulated to be blended in liquid fertilizers or to be impregnated...
Huma® Breakout® Increases Processing-Tomato Yield With 8:1 ROI
Objective In this study, the Huma® growth manager product Breakout® was evaluated in terms of its effects on yield and quality of processing tomatoes. Materials & Methods In cooperation with the University of California, processing tomato seedlings were transplanted on a farm in Central Valley of California near Patterson on April 4 and then harvested...
Zap® Improves Soil Water-Holding Capacity and Soil Structure
Objective Huma® Zap® has been shown to improve crop yield and soil conditions. This report illustrates some of the ways Zap® improves soil characteristics such as water-holding capacity and structure. Materials & Methods In this study, two sets of soil in pots were saturated with either water or 3% Zap® solution. None of the pots...
Related Blog Posts
This Week in Ag #33
In commodity crop production, we talk a lot about bushels per acre. Because that’s how farmers get paid. But what exactly does bushels per acre mean? A bushel is the unit of measure we use in the USA (other parts of the world use tons or metric tons) to calculate yield, verify shipments and set pricing standards for crops such as corn, soybeans, wheat, canola, rice and sorghum. There’s a good chance your grandparents had a bushel basket laying around their house, garage, or barn. If you were to fill that basket to the brim with corn, you’d have one bushel’s worth.
Research Report: Huma Gro® X-Tend® B Improves Barley Yield with a ROI of 38:1
In research conducted at the University of Idaho, Huma Gro® X-Tend® B, powered by Micro Carbon Technology® (MCT), has proven to improve barley yield. The boost in production led to a higher net gain per acre with a return on investment (ROI) of 38:1.
This Week in Ag #38
When you’re carving your Halloween pumpkins this week, be sure to thank a bee. That’s because pumpkins are not self-pollinating plants. Unlike cotton and soybeans, where pollen produced within a flower fertilizes the ovary of the same flower on the same plant, pumpkins have specific male and female flowers across their vines. So they need bees to carry pollen between the flowers. Pumpkin growers will rent bee colonies during the growing season to ensure better pollination and higher yields.
