FAQ about BIOMICROBES 02

Biomicrobes 02 is a microbial biostimulant based on Pseudomonas fluorescens, developed to support dynamic biological processes in the rhizosphere.

Pseudomonas fluorescens actively interacts with the root environment, supporting nutrient mobilization and improving the availability of nutrients for plant uptake.

Unlike products focused on structural microbial establishment, Biomicrobes 02 drives dynamic microbial interactions that influence nutrient cycling and biological balance in the root zone.

The rhizosphere is constantly changing due to plant and environmental factors. Active microbial processes help regulate nutrient availability and maintain a functional biological balance around the roots.

Biomicrobes 02 can be used in greenhouse, open field and substrate-based systems, including hydroponic cultivation.

Pseudomonas fluorescens actively interacts with root exudates and the surrounding microbial community. It responds to changes in the root environment, supporting dynamic biological processes that influence nutrient cycling and microbial balance.

Dynamic microbial activity refers to continuous interactions between microorganisms, plant roots and nutrients. These processes change over time and influence nutrient availability, root development and overall plant performance.

The microbial activity stimulated by Biomicrobes 02 supports the transformation of nutrients into plant-available forms, helping to improve nutrient efficiency in the root zone.

While Bacillus-based products often focus on establishing a stable microbial structure, Biomicrobes 02 supports dynamic interactions in the rhizosphere through Pseudomonas fluorescens, influencing nutrient flow and microbial balance.

In intensive cultivation systems, environmental conditions and nutrient availability can change rapidly. Dynamic microbial processes help plants adapt by continuously influencing nutrient availability and root activity.

The bacteria respond to compounds released by plant roots, allowing them to colonize the rhizosphere and actively participate in biological processes that support nutrient availability and root function.