A Premier Microbial-Based Fertilizer Catalyst
Chasm FC's consortium of bacteria have been selected to out-compete the "bad" microorganisms already present in the soil, while not affecting the beneficial microbes. This allows Chasm FC to "clean the root zone" while also helping reduce stress on the plant's roots.
Benefits of Chasm FC
Improve microbial diversity in the soil
Increases nutrient availability and uptake
Enhances nutrient mineralization
Maximize fertilizer efficiency and return on investment
Features of Chasm FC
Sources of bacteria derived from agricultural soils in the U.S.
A CFU count significantly higher than the industry average
Compatible tank mixing with fertilizers, pesticides and adjuvants
Apply in-furrow, 2x2, strip-till, dry fertilizer impregnation, soil broadcast or early post
Use Rates
4 Grams/Acre (In-Furrow)
4-6 Grams/Acre (Dry Impregnation & Broadcast)
Technical Information
1 Bottle = 160 Grams or 40 Acres
1 Case = 4 Bottles or 160 Acres
Mag-Pack = 20 Pounds or 2,270 Acres
Shelf Life: 5 Years
Microbial Functions
Bacillus Coagulans
Boosts phosphorus solubilization, solubilizes zinc, manganese and potassium for improved plant uptake.
Bacillus Licheniformis
Promotes root establishment; aides in soil mineralization; nutritionally adaptive; strong composter of organic polymers in the soil to convert nutrients into plant available forms.
Streptomyces Rimosus
Produces large amounts of enzymes to protect root zone; strong fungal remediation activity; uses alternate forms of organic carbohydrates.
Streptomyces Vioalascens
Strong secretor of enzymes for the breakdown of complex polymers and chitin in the soil. Excellent colonizer and decomposer for extensive nutrient recycling and breakdown of organic matter.
Thermobacillus Composti
Boosts plant biomass; strong secretor of enzymes that breakdown organic matter for better conversion to plant useable forms.
Thiobacillus Feroxidans
Improves and accelerates iron solubility. Works to chelate calcium, magnesium, manganese and zinc from the soil and into a soluble form. Strong colonizer of the rootzone for enhanced nutrient recycling.
Pseudomonas Putida
Improves phosphorus and potassium solubilization from soil (phosphorus availability); boosts plant biomass and photosynthesis; accelerates composting.
Rhodopseudomonas Capsulatus
Boosts nitrogen assimilation at the rootzone for improved nitrogen uptake. Strong recycler of organic nutrients and minerals in the soil for rapid nutrient availability and uptake.