Recommendation Objective:

Build the fungal component of soil biology to get to a higher level of plant beneficial function. Diversify and increase  the microbial community to reduce, control and eliminate invasive weeds.

Increase Germination, control, suppress insects, eliminate fusarium and other soil borne disease. Increase nutrient efficency, opening up key nutrient pathways. Improve plant stress, drought, heat. Increase protein content (from increased of N in the Amino Acid From and improve protein synthesis efficiency. Increase yield. Neutralize and quiet the effects of aluminum, chloride. Use of Organic herbicides, carbon based fertilizers. Reduce, eliminate compaction, improve Oxygen into the microbial living ecosystem

Increase #rows, kernels. Reduce incidence of premature senescence due to Nutrient status and balance of plant growth hormones cytokonins/auxins. Eliminate non beneficial pests, soil borne disease, because of the chitinase enzyme in crustaceans. Increase root size from feeding plant growth hormones, cytokonins, auxins. Improve carbon/water cycling, decreasing weed germination. Available / organic form of calcium. No Glyphosate use. Eliminate use of fungicides, insecticide seed treatment.

Increase carbon. Increase ROI. Reduce or eliminate use of Chloride fertilizers. Eliminate uses of fungicides, insecticides and chemical seed treatments. Reduce herbicide by 30%. Buffer herbicides using boron max or a humic, fulvic product. Enhancement of pH gradients using aqueous are important to drive uptake of essential ions and solutes. Within a cell, moving protons across a membrane allows energy to be stored as an electrochemical gradient the chemistry is compatible with microbiome products containing live fungal colonies that live in the soil. Improve weed control. Improve herbicide efficacy. Improve crop debris break down