Soil-Kashi Probiotic Soil Inoculant

Fermented Microbial Soil Builder for Thriving Living Soil Soil-Kashi is a luxurious probiotic soil inoculant designed to build rich, biologically active living soil. Through a two-week fermentation process, organic wheat bran is infused with a diverse blend of beneficial microbes, minerals, and organic inputs to create a powerful soil amendment that supports soil biology and plant vitality. This fermentation produces a highly active microbial product containing beneficial bacteria and fungi that help stimulate soil life, improve nutrient cycling, and enhance soil structure. When used as a topdress, Soil-Kashi often produces visible aerial mycelium, a natural sign that beneficial fungal networks are actively developing in the soil. The formula combines mineral-rich and plant-based ingredients such as aloe, kelp meal, aragonite, montmorillonite clay, azomite, molasses, humic and fulvic acids, and Fertoz, creating a balanced environment for microbial activity and soil regeneration. Soil-Kashi can be used as a soil inoculant, topdress amendment, or brewed into microbial plant teas, making it a versatile tool for building healthy soil ecosystems. Key Features: Probiotic microbial inoculant for living soil systems Fermented with beneficial bacteria and fungi Contains 5e9 microbial activity Supports soil biodiversity and nutrient cycling Rich blend of minerals, organic inputs, and biological stimulants Can be used for topdressing, soil inoculation, or microbial teas Ingredients: Organic Wheat Bran (fermentation base) Aloe Kelp Meal Aragonite Fertoz Montmorillonite Clay Azomite Molasses Humic Acid Fulvic Acid Beneficial Microbial Cultures How to Use: Topdressing Apply directly to the soil surface around plants Water in to activate microbial life Soil Inoculation Mix into soil blends or potting mixes before planting Microbial Plant Tea Brew Soil-Kashi in water to create a microbe- and mineral-rich plant tea for soil drench applications During topdressing, you may notice white fungal mycelium forming on the soil surface, which indicates a thriving microbial ecosystem.