M-Power

Boost the Life in Your Soil.

M-Power is a biomass extract that functions as a potent biostimulant.

Guaranteed Analysis
Amino Acids, Proteins, Enzymes, Super Alcohols, Essential Oils, Esters, Auxins (growth hormones), Polysaccarides (soil sugars), and Vitamins
Derived From

Biomass

Use Rates

In-Furrow

  • 1/2 to 1 pint per acre

Broadcast

  • 1 pint per acre

Foliar

  • 1 pint per acre

Your Soil: A Giant Living Organism with Complex Needs

Productive soil teams with active microscopic life. Millions of single celled bacteria and fungi are in a teaspoon of soil. These living organisms convert crop residue and minerals into nutrients that plant roots can absorb. Most nutrients in commercial fertilizer are unavailable to plants until they have been digested by microorganisms and changed into an ionized form that roots can take in. Applying M-POWER to the soil causes microorganism populations to increase and facilitates your crops’ use of fertilizer and organic matter. This accelerated process promotes maximum plant and root growth during a limited growing season. M-POWER can help cultivate even the poorest soils when used with a good fertility program.

M-Power: A Biomass Extract

M-Power is a spore-based liquid that functions as a biostimulant. It is designed to help rejuvenate the microbial population, diversity, and level of activity in the soil. These microbes interact with the organic matter and soil to make nutrients more available to plants. Usually, this is a slow process and requires considerable time. With M-POWER the time required for decomposition and nutrient release is reduced. Microbes interact quickly with commercial fertilizers and available nutrients are released into the soil. M-POWER is not a fertilizer, and it is not crop specific.

M-Power is manufactured through a multistage fermentation process resulting in living biological organisms. These organisms, known as biomass, are used because they contain special secretions that are very beneficial to soil bacteria, both dormant and active.

Out of this process come:

  • Amino Acids
  • Proteins
  • Enzymes
  • Super Alcohols
  • Essential Oils
  • Esters
  • Auxin (growth hormones)
  • Polysaccharides (soil sugars) that serve as a biostimulant for soil microorganisms

The above processes produce a solution that delivers consistent results that are complementary to and compatible with any fertilizer (liquid or dry) or herbicides, and M-POWER can be used alone with water as the carrier. M-POWER goes to work immediately upon application. One gallon of M-POWER per acre produces more microbial activity than 3/4 ton of raw dairy manure per acre. With every 100 pounds of dead microorganisms, the soil produces a 10-5-2 continuously. To enhance the processes even more, complex organic substances (better known as vitamins) are added to the above substrates.

The Impact: A Comppelling List of Soil Enhancing Benefits

  • uses fertilizer more efficiently with better nutrient uptake
  • uses water more effectively
  • reduces crusting, hardpan, and compaction
  • promotes release of tied up nutrients and minerals
  • helps adjust pH up or down to help neutralize the soil
  • promotes a farming culture of preservation and maintenance

Healthy Agricultural Soils Have Six Basic Functional Groups Of Microorganisms:

  1. Heterotrophic (Aerobic) Bacteria: This diverse and largest group of microorganisms utilize oxygen in their growth. They recycle nutrients for plant availability.
  2. Anaerobic Bacteria: These microorganisms are capable of growth without oxygen. They are good decomposers and a valuable part of the food chain.
  3. Yeast and Molds (Fungi): Yeast and fungi are soil’s most efficient decomposers. They break down tough organisms as well as increase phosphate uptake in plants and are important in binding together fine soil particles to form water-stable aggregates that improve the soil crumb structure.
  4. Nitrogen Fixing Bacteria: These bacteria convert atmospheric nitrogen into nitrogen compounds used by plants to synthesize proteins. They may help make organic nitrogen more available to the host plant.
  5. Actinomycetes: Actinomycetes break down complex chemical substances such as chitin and cellulose, improving soil crumble structure.
  6. Pseudomonads: Pseudomonads are nutritionally versatile and capable of degrading natural and synthetic organic compounds. They contribute to the decomposition of organic substances including humic acids and synthetic pesticides.