Karrikin acts as a biostimulant and activates natural growth processes in the plant. It supports stable crop development and contributes to plants growing more vital and balanced overall.

Karrikin can indirectly contribute to more stable yields and improved quality. By promoting growth, stress resistance, and nutrient efficiency, the proportion of marketable harvest products can increase, especially for large-sized or high-quality produce.

Karrikin strengthens the plant's own defense mechanisms and helps the plant to better cope with stress factors such as heat, drought, or mechanical stress. It has a preventive effect but does not replace plant protection.

Karrikin improves the plant's ability to efficiently absorb and utilize existing nutrients. This can increase nutrient efficiency without necessarily having to use more fertilizer.

Karrikin is known to stimulate germination processes by mimicking natural smoke signals. These signals can increase germination readiness in certain plant species and support the start of vegetation.

Karrikin can promote the activity of microorganisms and enzymes. This supports biological degradation processes, which can have a positive effect on the decomposition of organic matter and soil fertility.

Karrikin is effective even at very low application rates and can be flexibly integrated into various crops and cultivation systems. Its high yield makes it efficient and easy to incorporate into existing workflows.

Karrikin is a biological product made from renewable resources. It is residue-free, environmentally friendly, and fits well into sustainable and climate-adapted cultivation systems.