Radio frequency identification (RFID) technology has thus far been used to track a myriad of inanimate objects, but the Zoological Society of London (ZSL) has gone one step further by using tiny chips to study the behaviour of wasps.
Scientists say they got the idea, which involved placing antennae at the entrance of 33 wasp nests and tagging the thoraxes of 422 female paper wasps, from the way in which Londoners' commuting movements can be tracked using Oyster cards.
The study is the first of its kind and involved collecting data spanning almost 6,000 hours of observation.
The nest antennae logged the tag number of each wasp entering and exiting, enabling ZSL researchers to track movement to try and ascertain what causes the insects to drift from nest to nest.
The findings showed that the wasps drifted between nests at a rate 31 times higher than ever previously recorded, as well as targeting nets inhabited by their close relatives.
"We were very surprised to find out that 56 per cent of the wasps drifted from nest to nest," said Seirian Sumner a ZSL scientist and author of the research report.
"Like the workers in most eusocial insect societies, these drifting wasps do not reproduce themselves, but instead pass on their genes by helping raise relatives. We were excited to discover that they did this be helping on several different nests, rather than just their home nest."
