in a particularly preferred embodiment the adjuvant composition comprises edta tetrasodium in an amount of about 20 in one embodiment the at least one chelating agent can combine with a metal ion to form soluble complexes that aid the ions in movement across barriers suitable non limiting examples include the use of humic acids by plants to dissolve trace elements and make them accessible in an alternative embodiment the at least one chelating agent acts to remove ions from solution or make transport more difficult in one embodiment chelating agents or mixtures of thereof include but are not limited to sugars amino acids organic diacids diamines alpha ketoacids alphahydroxyacids aminodiacids amino triacids amino tetraacids tdol amines and organic polyacids and their sodium potassium and ammonium salts specific non limiting examples of these chelating compounds include but are not limited to the sugars acids and salts of maleic acid malonic acid tartaric acid citric acid glycine lactic acid malic acid succinic acid oxalic acid dextrose ethylenediaminetetraacetic acid edta tris hydroxymethyl aminomethane lactose mannitol glutaric acid malic acid succinic acid glycerol humic acid fulvic acid sorbic acid sorbose ethylene diamine 1 2 diaminocyclohexane trimethylenediamine tetramethylenediamine 1 2 diaminopropane diethylenetriamine triethylenetetramine triaminodiethylamine n hydroxyethylethylenediamine sodium polyphosphate potassium polyphosphate ammonium polyphosphate sodium hexametaphosphate and mixtures thereof in one embodiment the at least one chelating agent used in the present compositions can be 100 of any particular chelator or a combination of chelator in any ratio in one embodiment a combination or mixture of chelating compounds may dissolve faster than a single compound in a preferred embodiment 100 oxalic acid 100 citric acid 100 edta and combinations of these are utilized in a particularly preferred embodiment the adjuvant composition comprises between 0 1 and.