Concentrated abiotic stress preventing pure Ascophyllum nodosum biostimulant with primactive effect.
Concentrated abiotic stress preventing pure Ascophyllum nodosum biostimulant with primactive effect.
Concentrated abiotic stress preventing pure Ascophyllum nodosum biostimulant with primactive effect.
Concentrated abiotic stress preventing pure Ascophyllum nodosum biostimulant with primactive effect.
Case study
Funded by EUREKA Eurostars and developed by Rovensa Next in partnership with Landlab, an Italian research center, the project aims to create a powerful tool for measuring, calculating, and evaluating the water status of plants in real-time, even under suboptimal conditions of water application.
The project aims to investigate new active substances, such as seaweed compounds, that positively influence the metabolic processes of plants. Rovensa Next is developing three new ranges of innovative biostimulants: the Super Primactive Range, which improves the priming activity of existing formulations when biostimulants are applied before abiotic stress events; the Super Curative Range, which enhances the curative activity of existing formulas when biostimulants are applied during or after abiotic stress events; and the Preventive Effect Source, a new variety of seaweed extract obtained with a gentle extraction method.
In agronomic efficacy trials, some formulations were found to improve crop performance in greenhouse trials under drought stress. The next step is to do open-field trials in both the North and South Hemispheres to evaluate the efficiency of the most promising candidate solutions against these drought episodes.
Global presence.
Local know-how.
Agriculture needs to accelerate its green transition and we are part of the change.
Let’s grow together.
"*" indicates required fields
We are members of:
Edificio ONIC 5, 6ª planta
C. Vía de los poblados, 3
28033 Madrid (España)
Rovensa Next©. All rights reserved
