Organically revive and restore
the composition and characteristics
of any soil and feed.
Learn the vital keys to soil restoration, growing quality crops,
and producing healthier livestock all while reducing expenses.
OUR PRODUCTS
Transform your farm & your herds with our selection of restoration products.
The Science Behind What We Do
The unique blending of highly concentrated multi component bio-stimulants of ecologically balanced mass probiotics, enzymes, aerobic, anaerobic, autotrophic enzymes, microbes, multi-faceted activator molecules and vitamin precursors of plant and animal origin has created this product line.
We focus on balancing the 4 ions that most affect soil pH. Calcium, magnesium, potassium, and sodium are those 4 ions. When soil pH is between 6.6 and 6.9, soil nutrients collectively are optimally available for growing plants’ root hairs to uptake, therefore, allowing the plants to effectively assimilate. The higher the pH is above 7.0, the more phosphorus and calcium tie up with each other. Conversely, the lower pH drops below 6.5, the more naturally occurring phosphorus and applied phosphate tie up with iron, manganese or aluminum.
Generally, aerobic beneficial bacteria and fungi thrive where soil pH is at least 6.2. For example, actinomycetes bacteria function most effectively within a pH range of 6.2 to 6.7. Actinomycetes bacteria produce a type of antibiotic in growing plants’root zones that protect the roots from pathogenic bacteria and fungi.
When colonies of actinomycetes within rhizospheres are healthy,There is no need for expensive, synthetic fungicides or nematicides. Crop production can be optimal when organic matter is at or between 3% to 5%.
We strive to have all soil organic matter to be Humus. Humus is a nutrient rich topsoil that is produced by microorganisms, earthworms and other beneficial soil organisms as they collectively decompose dead plants and animals and have become nutrient dense, tilthy soil. When this occurs, each 1% of soil humus holds approximately 10,000 gallons of water per acre. As more humus appears, the gallons of water held per acre, increases.