Organic Plant Fertilizers & Beneficial Bacteria Can Boost Soil’s Productivity

Organic Plant Fertilizers & Beneficial Bacteria Can Boost Soil’s Productivity, updated 10/17/20, 7:43 PM

Terra Biotics, Inc. of Deming, NM launches a suite of professional-grade organic plant fertilizers that contain beneficial bacteria, microbes, fungi, and mycorrhizae which help maximize yield. Learn more by visiting https://www.terrabiotics.com

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Organic Plant Fertilizers &
Beneficial Bacteria Can
Boost Soil’s Productivity
Deming, NM-based Terra Biotics, Inc. announces the
launch of its professional-grade organic plant nutrients.
This new product utilizes a mix of
beneficial bacteria, microbes, fungi,
and mycorrhizae to build a
synergistic relationship with the
plant's root system.
Terra Biotics, Inc. plant nutrients are suitable for commercial
applications, including farming, golf courses, and botanical
gardens.
You can also use it for home
gardening, as with your flower
beds, lawns, and vertical
gardens.
You can choose from a wide variety of products that range from
starter kits to items that address specific needs, such as soil
infusions and seed treatments.
As part of the launch, Terra
Biotics, Inc. is offering
significant discounts on
selected products.
Soil bacteria eat dead root matter, which helps to increase root
reach and therefore nutrient collection.
They also make nutrients more
bioavailable to your crops by
breaking them into digestible
forms.
Beneficial microorganisms also condition a plant’s rhizosphere,
which allows it to secrete crucial compounds that make the
bacteria even more effective at their job.
Furthermore, they help keep the
soil’s PH neutral, which ensures
that nutrients are not destroyed
and are efficiently absorbed by
roots.
Terra Biotics, Inc. highlights that when roots are holistically nurtured with
the right balance of nutrients and beneficial microorganisms, your yields
can be increased by up to 30%.
This allows for each square meter
of land to be more dollar-
productive than traditionally
fertilized and cultivated plots.
Learn more by visiting the URL in the summary.