Question 1

What is Biomicrobes Root N?

Accepted Answer

Biomicrobes Root N is a microbial soil product containing Azotobacter , a naturally occurring, free-living soil bacterium.
Azotobacter is known for its role in the natural nitrogen cycle in soils, where it can convert atmospheric nitrogen (N₂) into nitrogen-containing compounds under suitable conditions. Biomicrobes Root N is designed to be applied to soil or the root zone, where the bacteria can become part of the existing soil microbiology.
The product does not contain mineral nitrogen and works through biological processes rather than chemical fertilization. Biomicrobes Root N is intended for use in agricultural and horticultural systems where biological soil activity is an important factor.

Question 2

What does Root N do?

Accepted Answer

Biomicrobes Root N introduces Azotobacter bacteria into the soil or root zone. Azotobacter is part of the natural soil microbiology and plays a role in biological nitrogen cycling under suitable soil conditions. When applied, the bacteria may become active as part of the existing microbial community in the soil.
Root N does not act as a fertilizer and does not supply nutrients directly. Its function is limited to supporting biological processes in the soil through the presence of living microorganisms.

Question 3

Which microorganisms are included in Root N?

Accepted Answer

Biomicrobes Root N contains bacteria from the genus Azotobacter.
Azotobacter is a naturally occurring, free-living soil bacterium that is commonly found in agricultural and horticultural soils. The microorganism is not genetically modified and occurs naturally in the environment.
No other microorganisms are included in Root N. The product is formulated specifically with Azotobacter to introduce this bacterial group into the soil or root zone as part of the existing soil microbiology.

Question 4

Can Biomicrobes Root N be combined with other products?

Accepted Answer

Biomicrobes Root N can be used alongside other agricultural or horticultural products.
When combining Root N with other inputs, it is important to consider application timing, method, and product characteristics. As Root N contains living microorganisms, conditions such as extreme pH, high salt concentrations, or the use of certain disinfectants or biocides may affect microbial survival.
For specific combinations or tank mixes, it is recommended to consult product documentation or perform a small-scale compatibility test prior to full application.

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