BENEFITS
The application of this Fh-Active liquid fertilizer product improves the properties of the soil, resulting in:
- Increase in quality and production of crops.
- Restoration of soil organic matter.
- Increases microbiological activity.
- Rescue the plant from lockdown states.
- Suppressive effect against certain phylopathogenic agents.
- Improves plant growth.
- Improves soil structure and turbidity.
- Helps with water retention capacity.
- It is used for the formation and degradation of aggregates.
- It improves the chemical and biological effects on the degradation of m.o, and also on the nutrient cycle.
MORE INFORMATION
- Objectives
- Advantages
- Why choose Active?
To add organic matter to exhausted, damaged, or nutrient-poor soils.
To correct deficiencies in nutrient assimilation, stimulating the absorption of macro and micronutrients.
To stimulate root development, both in elongation and in the initial development of secondary roots.
To enhance cation exchange capacity in the soil's cation exchange complex.
To increase nitrogen availability to plants.
To form organic complexes with fertilizers, herbicides, fungicides, insecticides, and growth regulators, boosting their efficiency and range of action.
Problems it solves
It can increase germination, growth, flowering, fruiting, and resistance to pathogens in a wide range of plant species.
A source of slow-release nutrients, which are made available to the plant as needed.
Contains biological mechanisms that stimulate plant growth, different from purely nutritional ones. These effects are clearly visible in leaf development, root and stem elongation, and flowering.
It significantly enhances microbial activity and diversity in the soil (this increased microbial activity not only accelerates the conversion of nutrients into more easily assimilable forms but can also affect plant growth by increasing enzymatic activity, suppressing diseases, and producing growth-regulating substances or PGRs (Plant Growth Regulating Substances)). Microorganisms like yeasts, actinomycetes, fungi, and bacteria are capable of producing PGRs such as auxins, gibberellins, cytokinins, ethylene, and abscisic acid in appreciable amounts, with a soil duration of up to 10 weeks without solar exposure.
As a result of these benefits, I obtain better soil fertility, improved plant growth, and, consequently, better crop productivity.
Because it improves the physical, chemical, and biological properties of the soil, by providing beneficial microorganisms that enhance nutrient availability and produce various substances with hormonal effects.
Because tangible results are visible in the short term:
Better overall appearance of the crop (lushness, vigor, color).
Improved yields.
