Abstract: Various exemplary compounds, compositions and methods are disclosed. An exemplary composition includes an insecticide comprising a formula weight greater than approximately 220 and a compound comprising an insect stimulant and a formula weight less than approximately 220. An exemplary method includes applying an insecticide comprising a formula weight greater than approximately 220 and applying a compound comprising an insect stimulant and a formula weight less than approximately 220. Exemplary compounds optionally include semiochemicals of insects, plants and/or animals. Other exemplary compounds, compositions and/or methods are also disclosed.

Abstract: Various exemplary compounds, compositions and methods are disclosed. An exemplary composition includes an insecticide comprising a formula weight greater than approximately 220 and a compound comprising an insect stimulant and a formula weight less than approximately 220. An exemplary method includes applying an insecticide comprising a formula weight greater than approximately 220 and applying a compound comprising an insect stimulant and a formula weight less than approximately 220. Exemplary compounds optionally include semiochemicals of insects, plants and/or animals. Other exemplary compounds, compositions and/or methods are also disclosed.

Abstract: A composition for reducing phytotoxicity of benzoic derivatives of esters of phenyl acetic acid or dimethyl benzyl carbonyl acetate is formed by combining the repellent in an aqueous solution with a an anionic surfactant or emulsifier, such as a salt of a fatty acid. The resulting solution can be applied to surfaces of bird edible materials that are to be protected from bird depredation or utilized directly in an associated water system. The solution forms a film on the surfaces of the bird edible materials. The resulting film reduces the normal degradation of the repellent when exposed to sunlight and its phytotoxicity.