Journal of Entomological Science · 1987 · 236 citations · 3 references
Life SciencesBiologyEcologyChemical EcologyInsect BehaviorInsect EcologyCuticle PhysiologyAliphatic HydrocarbonsAnt Colony StructureAnt Foraging BehaviorAnt Nesting BehaviorChemical Host CuesPheromone Biology
Both behavioral and chemical analyses demonstrated that in the ant Camponotus vagus the colony recognition signal is strongly correlated with the composition of cuticular hydrocarbons. Variation of relative proportions of dimethylalkanes characterize the chemical signatures in different colonies.
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