Alga

Plant Energy Balance: The Engineering Approach of L. Gobbi

Alga fertilizer by the Italian laboratory L. Gobbi s.r.l. is a complex organomineral formulation engineered to mitigate physiological stress in crops. Unlike standard mono-fertilizers, the efficacy of Alga relies on the synergy between an organic substrate and a precisely balanced microelement profile.

Chemical Profile and Metabolic Impact

The formulation comprises nitrogen and potassium, complemented by key trace elements: boron, iron, magnesium, manganese, copper, and molybdenum. In field conditions, this blend acts as a metabolic trigger:

• Boron and Molybdenum: Essential for nucleic acid synthesis and enzyme activation, critical during generative organ development.
• Chelated Complex (Fe, Mn, Cu): Ensures high metal bioavailability, preventing chlorosis even in alkaline soils.
• Magnesium: Serves as the structural core of the chlorophyll molecule, sustaining photosynthetic intensity after heat, cold, or chemical stress.

Technological Application Guidelines

As a liquid solution, Alga ensures perfect homogeneity of the spray mix. This is vital for foliar applications, where the penetration rate through the leaf cuticle determines the overall performance. The recommended dosage of 1–3 kg/ha allows for precise adjustment based on crop sensitivity and stress levels. With a Class 4 safety rating and a maximum of 6 applications per season, it serves as an excellent tool for anti-stress programs in vineyards, berry orchards, and vegetable cultivation.

The Importance of the Organic Base

The organic component in Alga functions as a highly effective carrier. It does more than transport minerals to plant cells; it stimulates the plant’s internal defense mechanisms. This is particularly crucial during recovery from frost, drought, or herbicide toxicity, when root absorption capacity is impaired. Soil application also yields significant results by increasing general crop tolerance to unfavorable pedoclimatic factors.