
SuperBio Microbial Composition
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The microbial content of SuperBio® is diverse in both the groups of microorganisms
represented in the product and the diversity within each group. The major microorganisms
represented include algae, protozoa, fungi, actinomycetes, cyanobacteria, and
bacteria.
Healthy soil naturally has a healthy diversity of organisms. But often the
organisms and soil structure are lost (for a variety of reasons including use,
over fertilization, salt intrusion, tillage). Using SuperBio® as a regular
part of your soil treatment program will restore the land and soil back to how
nature intended it!
The major groups of microorganisms represented in SuperBio® are known for
their contribution to soil health. Additionally, there are interactions between
these groups that support the need for a diverse microbial product. The known
functions of the major groups include:
- Algae
Algae contribute organic matter, which improves soil structure, and sugars
which supply food for other soil organisms.
- Protozoa
Protozoa feed on soil bacteria, which aids in the release of nutrients that
can be utilized by the plant. Growth rates of bacteria are actually stimulated
because of nutrients released by protozoa.
- Fungi
Fungi are important in breaking down organic matter in the soil and improving
the soil's physical structure. Fungi, especially mycorrhizal fungi, are key
to the formation of soil aggregates, which builds good soil structure.
- Actinomycetes
These organisms are very similar to fungi but much smaller and classified
with bacteria. Actinomycetes are able to decompose materials in the soil which
are very difficult to break down. Thus, actinomycetes help provide food for
plants and other microorganisms through this important activity. There are
many species of actinomycetes that produce antibiotics which aid in disease
control.
- Bacteria
Bacteria represent the largest and most diverse group of microorganisms in
SuperBio®. Bacteria are the most numerous and diverse of all the soil
microorganisms. Bacteria provide an important food source for protozoa, nematodes,
some microarthropods and earthworms. Their populations are greatest in the
soil near plant roots where they thrive on nutrients (root exudates) released
by the roots. Because bacteria are so important in soil building and nutrient
cycling processes, it is important to maintain large and diverse soil populations.
Additionally, many of the bacteria species in SuperBio are very adept at breaking
down toxic chemicals, petroleum products or other soil pollutants.
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