Supports plant respiration, leaf development and node development. VPS's vegetative Grow formula was designed to support the critical plant growth process of respiration, providing additional energy for root mass development, leaf formation, and stem formation. Use along with VPS Support during first 6 weeks of growth.
Ventana Plant Science is a new nutrient line from chemists with decades of history formulating nutrients for specialty crops around the world. The Ventana Plant Science nutrient line is designed to be complete in its composition, but not wasteful. The additives are built to be complementary and focused as opposed to maximizing the number of bottles sold to the grower. Ventana Plant Science nutrients are designed to be food-safe and pass all state-mandated heavy metal testing.
WHY VPS? - Did you know that many nutrient companies use ammonium based salts when formulating their nutrients? This is because ammonium-based nutrients are cheaper to produce. What most growers don't know is that ammonium can be taken up into the plant and then it will lose a hydrogen atom and become ammonia, which is toxic. This can build up in the plant slowly over time and minimize its genetic potential.
Maximizing the genetic potential is the goal of Ventana Plant Science--no less and no more. There are no bonus points for adding extra nutrients--it just causes stress that minimizes genetic potential. Ventana Plant Science was built with the highest purity mineral compounds available on the market.
Chelated, fully soluble nutrients with a proprietary polyaspartate polymer amino acids. What does it all mean? It means the formulation chemists have designed a completely proprietary amino acid that no other nutrient company has ever brought to market. A truly revolutionary product derived from the shells of mollusks, inspired by nature, and fully bio-degradable.
The product is the main ingredient in the bottle VPS FlaVUH 2-0-0, a proprietary negatively-charged polymerized amino acid that adsorbs cationic (positively-charged) minerals in the soil and in the solution, and prevents their interaction with anionic (negatively-charged) minerals—which prevents their precipitation. This increases the overall nutrient availability to the plant, which increases the opportunity for yields and oil production.
