propel for plants
propels plant growth
concentrated mixture of readily available and time-released iron
converts existing ferric iron into ferrous form
Iron is immobile in plants; this means that plants cannot deliver iron from older leaves to new ones. Therefore, deficiency symptoms appear first on new or young leaves. Because plants use iron to produce chlorophyll, a lack of iron results in chlorosis, or yellowing, of the younger leaves. Stems may also appear short and slender. If the deficiency is severe and prolonged, each new leaf emerges lighter in color than the preceding leaf. propel is a concentrated (10 000 mg/L) source of ferrous iron. This ferrous iron is a mixture of readily available and time-released iron. If iron is provided in the ferric form then it must be reduced by the plant to the ferrous form before it can be utilized. This process of conversion (known as reduction) requires the plant to expend physiological energy. propel provides iron already in the ferrous form thus enhancing iron utilization. In addition, propel contains a reducing agent that helps convert any iron present (such as iron from substrate) into the ferrous form.

synthesis for plants
synthesis of ammoniacal, nitrate, and organic nitrogen
Nitrogen is one of the three macro nutrients (NPK) required by plants. It is a component of proteins and nucleic acids. Nitrogen is mobile in plants. This means the plants divert these nutrients from older leaves to new leaves. Thus, deficiency symptoms appear in older leaves first. Nitrogen deficiency symptoms include chlorosis; slow growth; and small, stunted plants with large root systems. Nitrogen comes in a variety of forms (nitrate, ammoniacal, urea). While plants can use all three forms the form that is preferred varies by species. Thus nitrogen supplements derived solely from just one form (nitrates) will not be as effective as a supplement that provides all three forms. synthesis is a concentrated (32 000 mg/L N) nitrogen source. synthesis is unique in that it proved nitrogen in all three forms. Approximately 50% of the nitrogen in synthesis is derived from an organic source (urea), while the remaining nitrogen splits at about 25% each from nitrate and ammoniacal sources.

vibrance for reefs
raises iodide
contains no toxic iodine
naturally stabilized
vibrance is a highly concentrated (10 000 mg/L) naturally stabilized potassium iodide source for reef aquaria that will restore and maintain iodide levels to those found in natural sea water. It is formulated to provide a safe source of iodide that will not convert to toxic free iodine under storage or reef conditions. Iodine is as toxic as chlorine and should never be used in a reef system. However, iodide is as safe as chloride. Iodide is an important element required by invertebrates and many soft (gorgonians, sarcophytons, etc.) and hard corals.