Fertility Two (F2)
F2 Series of Organic Fertilisers (Certified Organic)
The Fertility Two (F2) range provides both plants and soil life with essential nutrition and system catalytic energy. These products are designed to stimulate biological activity, improve nutrient availability, and support resilient, efficient agricultural systems.
The range comprises four Fertility Two products, all sharing the same biologically active base derived from a fermentation process of plant seeds — nature’s store of future life and energy.
Energy-Rich Nutrition for Plants and Soil Life
Fertility Two Product Range
✔ F2 – Base product
✔ F2-Ca – Calcium enriched
✔ F2-K – Potassium enriched
✔ F2-Dol – Magnesium enriched
Each variation builds on the same fermented carbon-rich foundation, allowing targeted mineral support without disrupting biological balance.
The Science Behind Fertility Two
Fertility Two F2 stimulates plant-beneficial soil microbial activity through a fermented, fully bio-available food source. This activates soil microbial communities responsible for nutrient cycling, mineral chelation, and soil structure formation.
The high level of catalytic energy supplied to microorganisms helps correct soil chemical imbalances and supports the biological conversion of nitrates into amino acids and properly formed proteins — a more efficient and plant-friendly nutrient pathway.
Key Benefits
✔ Stimulates microbial metabolic activity and extracellular polymeric substance (EPS) production
✔ Increases chelation and availability of plant nutrients
✔ Protects and promotes healthy root growth
✔ Encourages balanced vegetative growth
✔ Improves soil structure and aggregation
✔ Builds soil organic carbon levels
✔ Reduces reliance on fertilisers and chemical inputs
Why Fertility Two Works
The combination of energy-rich carbon food sources and a highly active microbial population enhances microbially mediated plant metabolite production and mineral availability. This allows farming systems to function more efficiently while improving resilience and long-term productivity.
Ideal for
✔ Regenerative and organic farming systems
✔ Soil function restoration
✔ Crops requiring balanced nutrition and resilience