April 13, 2018 - Landscape – Soil Treatment
WHY WE NEED TO USE EM IN SOIL TREATMENT
The rapid industrialization and intensities in chemical usage has resulted in depleting nutrients in the soil. In this regard, EM™ has shown significant effect as a catalyst to naturally detoxify and enrich the soils and restore its microbial diversity. This in turn stimulates growth, yield, shelf-life and overall nutritional quality of the plants while reduces the growth of weeds and herbivore insects, thus gradually eliminating the need for toxic herbicides, pesticides, and synthetic fertilizers.
The use of EM™ accelerates the soil building process and promotes beneficial microbial communities. Soil building process revolves around soil aggregate formation. EM•1® produces high levels of polysaccharides and other beneficial enzymes and organic acids that help build stable aggregate and soil structure. Improved soil aggregate stability reduces soil erosion and run-off. Soils are better able to absorb and retain moisture, as well as cycle nutrients.
The rapid industrialization and intensities in chemical usage has resulted in depleting nutrients in the soil. In this regard, EM™ has shown significant effect as a catalyst to naturally detoxify and enrich the soils and restore its microbial diversity. This in turn stimulates growth, yield, shelf-life and overall nutritional quality of the plants while reduces the growth of weeds and herbivore insects, thus gradually eliminating the need for toxic herbicides, pesticides, and synthetic fertilizers.
The use of EM™ accelerates the soil building process and promotes beneficial microbial communities. Soil building process revolves around soil aggregate formation. EM•1® produces high levels of polysaccharides and other beneficial enzymes and organic acids that help build stable aggregate and soil structure. Improved soil aggregate stability reduces soil erosion and run-off. Soils are better able to absorb and retain moisture, as well as cycle nutrients.
30 Oct 2018