Comol™
Benefits of Use:
- May be applied with Huma® Vitol® for a foliar nutrient balance for most crops to overcome stresses caused by severe weather or herbicide and pesticide residues
- Produces coenzymes necessary to convert nitrogen to amino acids for protein synthesis
- Stimulates natural production of enzymes that are required in ascorbic acid synthesis
- Buffers excessive ethylene concentrations in plant tissue
- Essential for nitrogen fixation in legumes (nitrogenase)
Deficiency Symptoms—When to Apply:
- In young plants, stunted growth or yellowish green leaves; in older leaves, light green followed by yellowing, drying, or shedding; often with abundant anthocyanins in the veins; chlorosis of entire leaf
- Shoots short, thin, growth upright and spindly, flowering reduced
- Premature fruit drop of crop; slow fruit development, smaller fruit size or not sufficiently colored
- Poor root system
- Plant stress from weather or chemical residues
- Limited nodule-forming bacteria in legumes
FAQs
Related Products
Iro-Max®
Huma® Iro-Max®, carbon-complexed with Micro Carbon Technology®, provides effective and quick iron uptake into the plant. Iron is a key micronutrient...
OM Potassium
Carbon-complexed with Micro Carbon Technology®, OMRI-Listed Huma® OM Potassium is an organic potassium product that effectively maximizes potassium uptake by plants. Potassium...
Z-Max®
Huma® Z-Max®, carbon-complexed with Micro Carbon Technology®, ensures efficient and effective uptake of zinc, sulfur, manganese, and copper to optimize micronutrient nutrition...
Related Case Studies
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
Recoverable Sugar of Sugar Beets Yield Increased Using Huma® Program – Year 1
Objective This field trial was conducted to observe effectiveness of additional preharvest applications of Huma® products on recoverable sugar of sugar beets and return on investment. Materials & Methods This trial on sugar beet (Beta vulgais vulg. altissima) was conducted in Homedale, Idaho. The crop was seeded on May 8 and was harvested on October
Huma® Liquid Sili-Max® Improves Wheat Yield at Much Higher Efficiency Than Conventional Dry Silicon Fertilizers
Objective The objective of this study was to compare, for use in Louisiana wheat production, the efficacy of a liquid silicon (Si) fertilizer (Huma® Sili-Max®) with a commonly used dry Si source (steel slag) and another Si source (wollastonite) often used in research as a suspension. Silica deposition is an important barrier for foliar fungal
Related Blog Posts
This Week in Ag #30
Labor Day signals the end of summer and ushers in the frolics of fall: football, pumpkin spice, UGG boots (well, maybe not in Arizona), hoodies, weenie roasts, and of course, harvest. When do farmers start harvest? For commodity crops, this is largely dependent upon the crop, the variety, geography, and the size of the farmer.
A Farmer’s Fourth of July: The Fireworks Waited
This Week In Ag #122: A Farmer's Fourth of July: The Fireworks Waited For many Midwest farm families, the Fourth of July wasn’t about fireworks or cookouts—it was wheat harvest season. In this personal reflection, Fred recalls a time when the combine came first, soybeans followed close behind, and the only bangs came from the grain bin, not the sky.
NITROGEN vs. CARBON – NEW AND IMPORTANT INFORMATION
For decades the conventional thinking has been that applications of synthetic nitrogen fertilizers help enhance soil carbon levels by stimulating soil microbes to feed on organic matter from crop residues. New research indicates that, in fact, the opposite may be true.A group of scientists at University of Illinois says that research from the Morrow Plots,
