This is based on the development of biostimulant agronomic solutions based on microbiology, in this case through to research into the most beneficial microorganisms for plants. Our advances in R&D have led us to choose beneficial soil microorganisms with properties related to Phosphorus solubilisation, water and nutrient absorption, as well as Nitrogen fixing. Innobiotics may form a part of technological innovation in different biostimulants or nutrients in our range, or constitute biostimulant solutions themselves.
Fatigued or unbalanced soil balancer
Solution developed specifically as an unbalancedfatigued soil balancer (due to high crop intensity, phytosanitary management, salinity problems, etc.), more specifically to accelerate the fermentative metabolism of organic matter and recover microbial flora.
AGRONOMIC BENEFITS
Immediate action, very fast, starts its activity in the soil, as soon as it is applied.
Stable, does not ferment in the container, as it does not contain organic matter in its formulation.
Transforms any source of organic matter. If it is present in the soil, regardless of the source of Carbon (CO², organic matter), there is always a microorganism in the microbial consortium that can use this source.
Works in all layers of agricultural soil, even the deepest.
Acts under all soil conditions, i.e. in soils with and without oxygen, flooded, swamped or dry soils.
Releases nutrients from the clay-humic complex. Promotes the release of nutrients such as Nitrogen and Phosphorus and improves their absorption.
Releases microbial exudates into the soil, which activate and/or enhance primary plant metabolism.
Solution specifically developed to multiply the agronomic effect of NPK fertiliser and increase the productive yields of crops following the new regulatory and legal requirements for fertilisers.
AGRONOMIC BENEFITS
Multiplies the agronomic action of NPK fertiliser
Completes the nitrogen fertiliser units provided in the fertiliser (greater atmospheric nitrogen fixing)
Increases the amount of phosphorus available in the soil (greater blocked phosphorus solubilisation)
Increases the amount of potassium available in the soil (greater blocked potassium solubilisation)
Increases the amount of iron available in the soil (greater formation of siderophores that complex the iron element, avoiding losses and making it available for absorption by the plant)