OM MANGANESE
Benefits of Use:
- Effectively treats manganese deficiency symptoms
- An enzyme activator that aids in chlorophyll synthesis
- Closely associated with the micronutrients copper and zinc
- Activates the lipid enzymes
- Essential for assimilation of carbon dioxide in photosynthesis
- Functions in the formation of riboflavin, ascorbic acid, and carotene
- Improves formation of lateral roots
- Provides quick crop response and can be applied just prior to actual crop need
- Can be applied foliarly (according to label directions) without risk of phytotoxicity
- Can be effectively tank-mixed with other organic crop inputs
- Resists tie-up in the soil and remains available through the plant root system
Deficiency Symptoms-When to Apply:
- Chlorosis and/or mottling due to manganese deficiency
- Plants may be pale green to yellow-red in color between green veins on soybeans, tomatoes, and beets
- Tips of small grains turn gray to white (gray speck in oats)
- In neutral to alkaline soils high in calcium and in organic soils where manganese is
less available
FAQs
Related Products
MAX PAK
MAX PAK® is a liquid micronutrient formulation containing a carbon complexed, highly stable source of many important micronutrients. MAX PAK...
SUPER NITRO
SUPER NITRO®, carbon-complexed with Micro Carbon Technology®, is a nitrogen source that can be foliar-applied, according to label directions, without...
PROUD 3®
PROUD 3® is an OMRI-Listed® crop protection product. It is a broad-spectrum insecticide, miticide, and fungicide with on-contact and some...
Related Case Studies
PROUD 3 Fungicide Replacement
Background Huma® fungicide programs with Micro Carbon Technology® provide growers with effective options that can replace synthetic fungicides with a more sustainable and environmentally friendly approach, while providing excellent control and improving crop health, yield and quality. Objective The focus of this study was to assess if 2 of Huma’s products CROP-GARD® (Growth Manager) and
Biostimulant Effect of Humic Acids on Tomato Plants Under Nutritional Stress
Introduction In this study (originally published in Frontiers in Plant Science, May 2021, Vol. 12:660224), the biostimulant properties of a sedimentary shale ore-extracted humic acid (HA) were tested on Micro Tom tomato plants under increasing nutritional stress Materials & Methods A sedimentary lignite ore (Idaho), ground to pass a 1,000 µm sieve, was used as
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
Related Blog Posts
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
This Week in Ag #61
“Free seed can cost a lot of money.” That was dad’s less-than-tactful response to a seed salesman hoping to woo him with a special offer. Was dad exaggerating (as he was notoriously known to do)? Not in this case. Even using today’s financial standards – where seed costs have more than quadrupled in the 30 years
This Week in Ag #40
I’ll never forget the sage words an old farmer told me when I announced my intention to start farming in the late 1990s. I explained that I was not leaving my marketing job and that I was also doing a fair amount of freelance consulting work. He told me, “It’s funny how many other jobs you need
