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A number of metabolites isolated and identified from cu- ticular waxes have been used as chemotaxonomical markers and to explain the role of the wax layer in plant-insect and plant-pathogen in- teractions. Chromatographic analysis of the cuticular wax from pinnae of five coconut palm ecotypes showed that the three main components (I, II, III) in the wax can be used as chemotaxonomical markers for classification. The positive correlation found between the content of metabolites I, II, and III in the wax from the various ecotypes and their resistance or susceptibility to the lethal yellowing disease of coconut palms, did not coincide with the results obtained in an antifeedant as- say. The results suggest that while the individual components do not play a significant role in the palm-insect interaction, the full composi- tion of the cuticular wax does.

Cuticular Wax Composition of Coconut Palms and their Susceptibility to Lethal Yellowing Disease