SCD Bio AgTM is a mixed blend of beneficial bacteria which promotes the growth of naturally occuring beneficial microbes found in agricultural environments. This technology, known generally as EM, has been used worldwide for over 30 years in numerous applications. SCD Bio AgTM has enhanced levels of phototrophic bacteria also known as photosynthetic or purple non-sulfur bacteria (PNSB). These purple photosynthetic microbes have powerful detoxifying, anti-oxidative and anti-entropic properties. These properties are active in re-establishing a wide range of beneficial microbes in polluted or unbalanced environments, such as poor soil conditions. Due to the enhanced levels of photosynthetic microbes, SCD Bio AgTM offers improved performance over traditional SCD EM formulations for agricultural applications.
SCD Bio AgTM is produced through a natural fermentation process, and not chemically synthesized or genetically engineered or modified (non-GMO). As a natural and cost-effective alternative to chemical additives, SCD Bio AgTM offers a sustainable solution for organic farming and gardening.
Benefits of SCD Bio AgTM
Listed by OMRI for use in organic production
Nitrogen fixing bacteria to feed plants
Breaks down organic amendments
Increases crop yield with consistent use
Encourages beneficial microorganisms to flourish
Cost effective
How SCD Bio AgTM Works:
SCD Bio AgTM is a microbial soil builder containing nitrogen fixing bacteria which pull atmospheric nitrogen for plant utilization. The photosynthetic bacteria (PNSB) component works to break down toxins, including ammonia, hydrogen sulfide and mercaptens which toxify soils and reduce nitrogen fixing bacteria. The PNSB also detoxify soils and provide more oxygen to strengthen plant roots by transforming harmful substances such as hydrogen sulfide into useful elements including oxygen. All living systems, including soil, plants, and trees have a microbial ecology that can be managed and improved by the constant delivery of probiotic products like SCD Bio AgTM. Regenerating good bacteria produces a microbial ecology where beneficial bacteria dominate harmful bacteria, creating a more healthy, vibrant environment.