microbial ag solutions
Biomicrobes 02
SOIL AND SUBSTRATE
BIOMICROBES 02 is an innovative soil enhancer based on Pseudomonas fluorescens, designed to enrich your substrate and improve soil health and fertility. This advanced formula stimulates biological activity and optimizes growing conditions.
02 breaks down organic matter, enhancing the availability of nitrate and phosphate for plant roots, leading to stronger, healthier growth. It also produces natural growth-promoting compounds like siderophores and plant hormones, stimulating root development and plant vigor.
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By improving soil structure—stabilizing aggregates and enhancing porosity—This biostimulant supports better water retention and aeration, essential for sustainable plant health.
Rooted in Balance, Growing with Strength.
Fueling Soil Vitality: Meet Pseudomonas fluorescens.
When you apply BIOMICROBES 02, billions of Pseudomonas fluorescens bacteria are introduced into the soil. These beneficial microbes settle in the rhizosphere—the dynamic zone surrounding plant roots—where they actively contribute to soil health and vitality.
Root Attraction (Chemotaxis):
Pseudomonas fluorescens is naturally drawn to plant roots by sensing root exudates—organic compounds like sugars and amino acids secreted by the plant. These attract the bacteria to colonize the root area.
Root Zone Colonization:
Once near the roots, the bacteria establish themselves along the root surface and integrate into the local microbial community, forming a strong biological network around the plant.
Nutrient Cycling:
P. fluorescens plays a crucial role in breaking down organic matter and mobilizing key nutrients like nitrogen, phosphorus, and iron, making them more accessible to plants.
By enhancing microbial diversity and overall activity in the soil, Pseudomonas fluorescens supports a healthy, balanced soil microbiome, which contributes to vigorous plant growth and soil fertility.
Microbial Balance:
Plant Vitality:
Through its natural processes, P. fluorescens helps improve root function and plant resilience, allowing crops to thrive even under challenging conditions.