Those who want to grow organically don't just fertilize plants. They nurture a complex biological system. It is precisely from this idea that the CannaSelection Organic Line was born. It understands soil not as a passive substrate, but as a living organism in which microorganisms, fungi, minerals and plant roots work together in close symbiosis.
You don't control the plant, but the system
The Organic Line consists of Living Soil Base, Mineral Charge and TopDress Bloom. Each product fulfills a clearly defined task in the soil. In combination with MicroBio+, a closed system is created that does not force nutrients, but makes them biologically available. The result is stable plants, healthy roots, uniform development and a natural taste.
Living Soil Base – The biological foundation of the system
Living Soil Base forms the foundation of a functioning organic grow. Biologically, soil is a highly complex network, often referred to as the microbiome. In this network live bacteria, fungi, protozoa, nematodes and other microorganisms that break down and transform organic matter and supply nutrients to plants as needed.
Microbes are the engine, not the additive
For this network to function stably, it needs structure, organic matter and suitable habitats. This is exactly where Living Soil Base comes in. It improves the physical properties of the soil, ensures a balanced pore structure and creates conditions in which oxygen, water and roots can find space simultaneously.
At the same time, Living Soil Base provides organic carbon sources. These are essential because microorganisms use carbon as an energy source. Without this energy, microbial activity collapses and nutrients remain bound. A living soil is therefore not created by individual nutrients, but by a permanent biological supply.
In conjunction with MicroBio+, the ideal habitat is created here. The microorganisms not only find food, but also stable conditions for colonization. This makes the rhizosphere, i.e. the immediate root area, highly active. Plants benefit from this through better root growth, higher stress resistance and significantly more efficient nutrient uptake.
Mineral Charge – Mineral stability for biological processes
While organic matter provides the energy for soil life, minerals form the functional basis of many biological processes. Enzymes produced by microorganisms require trace elements as cofactors. Without these, even active microbes cannot break down nutrients correctly.
Mineral Charge provides precisely this long-term effective mineral basis. In contrast to rapidly soluble mineral fertilizers, the focus here is not on immediate availability, but on biological mobilization. Microorganisms gradually dissolve the minerals contained and integrate them into the natural nutrient cycle.
The role of calcium, magnesium and trace elements is particularly important here. They stabilize the soil structure, support the cation exchange capacity and help to retain nutrients in the soil instead of being leached out. A well-mineralized soil buffers pH fluctuations better and reacts much more stably to external influences.
In combination with MicroBio+, an effective cycle is created here. The microorganisms break down the minerals and make them available to the plant in exactly the form it can absorb. This leads to uniform growth without peaks or deficiency phases and ensures long-term soil fertility.
TopDress Bloom – Biological support in the flowering phase
During flowering, the need for energy, nutrients and biological activity increases significantly. In this phase, not only the yield, but also the quality, aroma and ripeness are determined. TopDress Bloom is designed to specifically activate soil life at this very moment.
Biologically, topdressing works like an additional organic layer that is slowly broken down by microorganisms. This creates plant-available nutrients, organic acids and secondary metabolites that act directly in the root zone. Unlike liquid fertilizers, the supply is continuous and adapted to the activity of the soil.
TopDress Bloom specifically supports processes relevant to flower formation and terpene development. The increased microbial activity mobilizes phosphorus compounds, makes potassium more available and promotes the plant's general metabolic activity. At the same time, the system remains stable because no salt stress occurs.
In combination with MicroBio+, TopDress Bloom achieves its full effect. The introduced microorganisms accelerate the breakdown of organic components and ensure that nutrients are available exactly when the plant needs them. The result is clean, uniform flowering without stress or oversupply.
MicroBio+ as the connecting element of the system
The Organic Line is deliberately designed so that it is not fully conceived without MicroBio+. MicroBio+ functions as a biological engine that connects all components. It is microorganisms that convert organic matter, break down minerals and transport nutrients.
Living Soil Base provides habitat and energy sources, Mineral Charge provides the mineral basis, and TopDress Bloom ensures targeted activation during flowering. MicroBio+ closes the cycle by putting these resources into motion.
The system does not work against nature, but uses its mechanisms. Instead of short-term corrections, long-term stability is created. The soil improves from grow to grow, becomes more resilient and efficient. Plants grow more calmly, develop stronger roots and show a natural balance between growth and flowering.
Conclusion – Organic growing means understanding biology
The CannaSelection Organic Line is not a classic fertilization scheme, but a biologically well-thought-out soil system. It is aimed at everyone who wants to understand why organic cultivation works and how to specifically support soil processes instead of forcing them.
In combination with MicroBio+, a living, stable ecosystem is created that reliably supplies plants, reduces stress and visibly increases quality. Less external control, more intelligence in the soil.
The difference doesn't start in the irrigation water, but deep down. In the soil.
