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Optimize the root zone with our products from the specialized RootSupport category, which supports plant roots to improve nutrient and water uptake efficiency and increase plant resilience. This category lays the foundation for healthy crops. Discover more solutions in the other categories for an all-embracing approach to plant care.
Maximize root zone efficiency with our RootSupport products, bolstering plant resilience and nutrient uptake. This foundation supports healthy crops.
Discover more: roots are key. Explore our diverse solutions in other categories, each tailored to specific needs. For a comprehensive approach to agricultural challenges, we invite growers to explore how our wide range of products can benefit any farming business.
Benefits
Improves plant resilience during abiotic stress
Microorganisms improve water and nutrient uptake, leading to reduced abiotic stress, such as drought. Rhizobacteria play a crucial role in this process by making soil minerals available to plants. This cooperation between microorganisms and plant roots increases the uptake efficiency of water and essential nutrients, making the plant more resistant to abiotic stress.
Buffers nutrients and makes it plant available
Humic acids bind nutrients, while fulvic acids release them and transport them to the plant's roots. This process ensures longer retention of nutrients in the soil and the plant can absorb the nutrients more easily. Fulvic acid improves absorption of all fixed nutrients in the soil. For example fulvic acid releases phosphates and iron for the plant.
Improves plant resilience during abiotic stress
Microorganisms improve water and nutrient uptake, leading to reduced abiotic stresses, such as drought. Rhizobacteria play a crucial role here by making minerals in the soil around the fine uptake roots available to the plants. In addition, the increase in root surface area through mycorrhizal colonization also contributes to this improved uptake efficiency. The fine fungal threads formed by mycorrhizas increase the absorption area, allowing the plant to extract water and nutrients from the soil even more effectively.
Supports protection of root zone
Microorganisms colonize plant root system and compete with pathogens. Promoting this colonization in the rhizosphere creates a natural competitive environment in which beneficial microorganisms occupy space and compete with harmful pathogens. This mechanism helps maintain a healthy soil environment around the root zone, which in turn protects the plant from harmful pathogens.
Expands root zone
The colonization of mycorrhiza allows the root area to expand by up to 700%. The very fine fungal filaments formed by the mycorrhiza significantly increase the plant's absorption capacity because they can also reach soil micropores which are normally very hard to be reached. With an average 700% increase in root area, the plant benefits from a more extensive and efficient nutrient absorption system.
