BioVive™
Boost early vigor, nutrient absorption, and stress resilience in crops with BioVive™, a 3-0-0 organic-compliant amino acid biostimulant.
Overview
Developed to support agricultural crops under stress, BioVive™ 3-0-0 is an organic-compliant amino acid biostimulant formulated with plant-derived protein hydrolysates. This unique 3% nitrogen solution improves nutrient availability and promotes healthy crop development through critical growth stages. With its fast-acting, low-pH formulation, BioVive™ helps crops recover from environmental stress while encouraging root vigor, shoot growth, and metabolic balance.
Approved for use in organic systems (OMRI and CDFA), this amino acid biostimulant is compatible with most standard crop inputs and may be applied via foliar methods, through fertigation, or in-furrow.
Application
Recommended for crops including, but not limited to: strawberries, tomatoes, and peppers
May be applied via foliar spray or soil application
Compatible with most commonly used pesticides and fertilizers
Always refer to the product label for specific use rates, timing, and tank mix guidance
How Does BioVive™ Amino Acid Biostimulant Work?
BioVive™ 3-0-0 offers a concentrated source of plant-based amino acids that directly assist in cell function, nutrient uptake, and stress mitigation. These amino acids serve as metabolic precursors to proteins, enzymes, and growth regulators needed by plants during challenging conditions.
By supplying nitrogen in a biologically active form, BioVive™ helps crops maintain growth, reduce oxidative damage, and regulate nutrient balance to protect from abiotic stressors.
By supplying nitrogen in a biologically active form, BioVive™ helps crops maintain growth, reduce oxidative damage, and regulate nutrient balance to protect from abiotic stressors.
Related Products
Fertigard™ 2-41-27 fertilizer & nutritional blend combines phosphate and phosphite to improve nutrient uptake, strengthen crops, and boost yield.
Greenstim® is a liquid crop fertilizer designed to enhance abiotic stress adaptation and nutrient recovery. Click here to learn more.