AGRICULTURE
Empower Regenerative Agriculture with Algae Biotechnology.
Fermented Algae-Based Bioactive Fertilizer Raw Material: As Kybele's Garden, we offer an innovative and regenerative approach to agriculture with our organic fermented content enriched with microalgae and beneficial microorganisms.Our product is enriched with biologically active components such as organic acids, peptides, polysaccharides, and phytohormones, offering a solution that improves soil health and supports plant growth.
Technological Superiority: Biological Added Value Key Benefits for Plant and Soil;
Plant: Accelerates root and shoot development, promotes flowering and fruit setting, supports chlorophyll production. Increases the plant’s resistance to environmental stress conditions such as drought, heat, and salinity.
Soil: Accelerates organic matter decomposition and nutrient cycling. Maximizes nutrient uptake efficiency by the plant by supporting the ideal root zone (Rhizosphere) for beneficial microorganisms.
RESILIENT PLANTS QUALITY HARVEST
- Supports and accelerates root development
- Increases nutrient uptake efficiency
- Accelerates chlorophyll synthesis
- Supports flowering and fruit setting
- Increases resistance to stress conditions
- Strengthens cell structure
REVITALIZED SOIL HIGH YIELD
- Accelerates organic matter decomposition
- Increases solubility of nutrient elements
- Strengthens enzymatic activity in the soil
- Improves water holding capacity
- Supports the health of the rhizosphere microbiota
- Strengthens plant–microorganism symbiosis
SECTORAL SOLUTION
It is a powerful ingredient enricher for liquid microbial fertilizers, organic fertilizers, amino acid-based formulations, and biopesticides.
Clinical solutions
In bioponics; harvest yield, source efficiency, functional contents like beta carotenes, chlorophylls and carbon capture capacity parallel with chlorophyll contents can be boosted. With our fermentation, it is possible to improve functional content, sensory attributes and shelf life and it is applicable to both classical and bioponic algae. The outputs of these technologies can be used as raw materials and end-products for especially agrifood and skin care. Also, these can be integrated to some current producers’ systems for upgrade.
