Data from: Honey bees flexibly use two navigational memories when updating dance distance information
Chatterjee, Arumoy et al. (2019), Data from: Honey bees flexibly use two navigational memories when updating dance distance information, Dryad, Dataset, https://doi.org/10.5061/dryad.q99m547
Honey bees can communicate navigational information which makes them unique amongst all prominent insect navigators. Returning foragers recruit nest mates to a food source by communicating flight distance and direction using a small scale walking pattern: the waggle dance. It is still unclear how bees transpose flight information to generate corresponding dance information. In single feeder shift experiments, we monitored for the first time how individual bees update dance duration after a shift of feeder distance. Interestingly, the majority of bees (86%) needed two or more foraging trips to update dance duration. This finding demonstrates that transposing flight navigation information to dance information is not a reflexive behavior. Furthermore, many bees showed intermediate dance durations during the update process, indicating that honey bees highly likely use two memories: (i) a recently acquired navigation experience and (ii) a previously stored flight experience. Double shift experiments, in which the feeder was moved forward-backward, created an experimental condition in which honey bee foragers did not update dance duration; suggesting the involvement of more complex memory processes. Our behavioral paradigm allows the dissociation of foraging and dance activity and opens a possibility to study the molecular and neural processes underlying the waggle dance behavior.