Botanicare Sweet - Berry - 1 Quart
Product Description
Organic Carbohydrate Synthesizer
Sweet%u2122 organic carbohydrate synthesizer contains carbohydrates, organic acids, vitamins, amino acids, esters, essential secondary and trace elements which are utilized for the bio-synthesis of crucial compounds to maintain optimal metabolism.
Plant Physiologists have determined that a high phosphorous: nitrogen (P/N) ratio favors flowering and fruit development, whereas, a low P/N ratio favors vegetative growth. For this reason, it is common practice to cut down on nitrogen levels at the onset of flowering.
Unfortunately, this sudden deprivation of nitrogen results in a metabolic imbalance caused by limited nitrogen availability.Crucial nitrogen-containing compounds such as amino acids, proteins, enzymes, nucleic acids, vitamins and hormones cannot be synthesized fast enough to keep up with the metabolic demands of the plant. Furthermore, the undesirable effects of nitrogen deprivation are amplified under enriched carbon dioxide atmospheres and high light intensities.
Sweet%u2122 organic carbohydrate synthesizer is scientifically formulated with carbohydrates, organic acids, vitamins, amino acids, and selected bioactive esters for flavor and aroma enhancement. The unique chemical composition of Sweet%u2122 makes it beneficial during all phases of plant growth.
During the vegetative phase, application of Sweet%u2122 prevents plants from becoming leggy and soft-stemmed in the presence of high nitrogen concentrations.
At the onset of flowering application of Sweet%u2122 ensures a seamless and stress-free transition from the vegetative to the flowering stage even though nitrogen levels are artificially kept low. The key ingredients present in Sweet%u2122 are rapidly taken up by plants and utilized for the biosynthesis of crucial compounds to maintain optimal metabolism.
The continued application of Sweet%u2122 during the flowering and fruiting stages helps maintain a proper balance between photosynthesis and respiration. This is significant because, during flowering, many growers use high carbon dioxide concentrations, high temperatures and light with longer wavelengths. Under such conditions, respiration can outstrip photosynthesis causing excessive ethylene production which results in senescence, yellowing of leaves and leggy growth. Sweet%u2122 protects plants from this metabolic imbalance and helps produce sturdy stems with short internodes and an abundance of buds, flowers and fruits.
Sweet%u2122 organic carbohydrate synthesizer contains carbohydrates, organic acids, vitamins, amino acids, esters, essential secondary and trace elements which are utilized for the bio-synthesis of crucial compounds to maintain optimal metabolism.
Plant Physiologists have determined that a high phosphorous: nitrogen (P/N) ratio favors flowering and fruit development, whereas, a low P/N ratio favors vegetative growth. For this reason, it is common practice to cut down on nitrogen levels at the onset of flowering.
Unfortunately, this sudden deprivation of nitrogen results in a metabolic imbalance caused by limited nitrogen availability.Crucial nitrogen-containing compounds such as amino acids, proteins, enzymes, nucleic acids, vitamins and hormones cannot be synthesized fast enough to keep up with the metabolic demands of the plant. Furthermore, the undesirable effects of nitrogen deprivation are amplified under enriched carbon dioxide atmospheres and high light intensities.
Sweet%u2122 organic carbohydrate synthesizer is scientifically formulated with carbohydrates, organic acids, vitamins, amino acids, and selected bioactive esters for flavor and aroma enhancement. The unique chemical composition of Sweet%u2122 makes it beneficial during all phases of plant growth.
During the vegetative phase, application of Sweet%u2122 prevents plants from becoming leggy and soft-stemmed in the presence of high nitrogen concentrations.
At the onset of flowering application of Sweet%u2122 ensures a seamless and stress-free transition from the vegetative to the flowering stage even though nitrogen levels are artificially kept low. The key ingredients present in Sweet%u2122 are rapidly taken up by plants and utilized for the biosynthesis of crucial compounds to maintain optimal metabolism.
The continued application of Sweet%u2122 during the flowering and fruiting stages helps maintain a proper balance between photosynthesis and respiration. This is significant because, during flowering, many growers use high carbon dioxide concentrations, high temperatures and light with longer wavelengths. Under such conditions, respiration can outstrip photosynthesis causing excessive ethylene production which results in senescence, yellowing of leaves and leggy growth. Sweet%u2122 protects plants from this metabolic imbalance and helps produce sturdy stems with short internodes and an abundance of buds, flowers and fruits.
