Vector integration and novel shortcutting in honeybee navigation

Randolf Menzel , Konstantin Lehmann , Gisela Manz , Jacqueline Fuchs , Miriam Koblofsky , Uwe Greggers

Honeybees that had been trained to visit two feeders simultaneously were released at five sites located further away from the training area. Harmonic radar tracking was used to record the complete homing flights. The bees performed multiple straight flight components (SFCs) between curved search flights. SFCs reflect vector directions between the two feeding sites and the respective vectors between the feeding sites and the hive. Direct flights back to the hive were also observed. The latter belong to a homing strategy that requires the bee to identify its location relative to the hive. We interpret these two navigation strategies as reflecting the application of a directional component of novel shortcut flights. Taken together, our findings indicate that bees apply several different directional components of vectors which are either experienced directly during flight or derived from long-distance vector integration or mapping.

Mots clés: navigation; vector integration; shortcut flights; cognitive map

Domaines: Zoologie des invertébrés; Biodiversité; Ecologie, Environnement; Science des productions animales

Randolf Menzel, Konstantin Lehmann, Gisela Manz, Jacqueline Fuchs, Miriam Koblofsky, et al.. Vector integration and novel shortcutting in honeybee navigation. Apidologie, 2012, 43 (3), pp.229-243. ⟨10.1007/s13592-012-0127-z⟩. ⟨hal-01003649⟩