MicroSoil

MicroSoil® is a proven product that works on all types of soil worldwide, in environments where there are adequate macronutrients and micronutrients. The name "MicroSoil®" denotes exactly what the product is and does. MicroSoil® is a formulation of microorganisms, beneficial to the soil. MicroSoil® was formulated to work in the soil by helping to d... ecompose plant and animal wastes, by fixing nitrogen and by aiding in the process of increasing and maintaining organic matter in the soil. This results in better crop and plant germination, growth, quality and yield. The most commonly asked question about MicroSoil® is whether or not it will work on a certain crop or plant (i.e. wheat, corn, citrus, tobacco, tomatoes, flowers, trees, etc.). The answer is quite simple. MicroSoil® works in and on the soil, and as a result, it indirectly works on all plants and crops. The soil microorganisms act like catalysts by changing organic material into inorganic substances, thereby, making nutrients more available for plant use and increasing decomposition. The MicroSoil® method of soil management is not a new concept. Re-incorporating crop residues into the soil and using organic materials and animal manure as "fertilizers" has been a standard and very successful farming practice for thousands of years. However, with today's access to so much technical knowledge, we at Biomassters can now fine tune protocols and recommend more precise and cost effective applications of various materials to ensure high quality and quantity crop yields without the use of excessive chemical fertilizers. MicroSoil, being the key or catalyst for such methods, increases and enhances the soil microorganisms' activity, which in turn results in optimum utilization and production of the soil life in the rhizosphere (the region immediately adjacent to plant roots). Well-known universities and prominent agricultural agencies around the world have tested MicroSoil® on a wide variety of crops and with very positive results. Why? Because it doesn't matter ...Read More