Complete Organic Fertiliser
Complete Organic Fertiliser is the most universal of the allSPORTS Humate fertiliser range, containing only naturally derived mineral forms of plant nutrients.
The low analysis characteristics of COMPLETE ORGANIC FERTILISER utilise nutrients in slow releasing form to improve soil fertility, allowing the plant to feed properly and therefore build a healthy and strong cell structure, best illustrated when (N) Nitrogen is supplied to the plant beyond its capacity to photosynthesis, this upsets the nutritional balance of the cell thus weakening the cell structure allowing infection to set in.
Complete Organic Fertiliser uniquely incorporates a balance of essential elements and minerals which when converted in the soil by micro-organisms from organic to plant available inorganic forms of nutrients, permits the plant to access and utilise these nutrients in its many complex metabolic processes, exemplified by adding (Mg) Magnesium, which enhances the plants utilisation of (P) Phosphorus , or by the addition of (Mn) Manganese, which aids in the transportation of oxygen and formation of chlorophyll, requiring (Zn) Zinc, essential for plant metabolism, water reticulation and membrane integrity to perform these roles.
Complete Organic Fertiliser is specifically formulated to promote these functions in an easy to apply granule with no chemical additives applied in the manufacturing process. The slow releasing characteristics of this humate fertiliser are Ideally suited commercially for all municipal sporting facilities or parks and gardens where both economic and environmental pressures necessitate a fertiliser with the amending properties on a wide range of soil types and conditions where (H) hydrogen has supressed microbial activity, making unavailable essential plant elements and minerals attached to the soil colloid thus altering the soils natural (pH) ,which if left untreated can exacerbate the effects of naturally or synthetically derived contamination inherent in conventional fertiliser programs.
