to camouflage themselves from potential predators. A more poignant example is the specific behavioral response they exhibit against their predominant predator, the O. smaragdina weaver ant. When these ants are in close proximity, the bees produce and deposit sticky barriers to obstruct their path. The guard bees take cover at this sticky zone and start to alert other bees using specific hissing sounds with the goal of preventing full blown raids by the ants. Over time, more bees are recruited to contribute to this sticky zone barrier which reinforces their defense. Piping Defending a large social honey bee colony containing several thousands of workers requires simultaneous action of many individuals, which ideally involved communication between workers, enabling coordinated action and a fast response. Apis florea employ a defensive strategy called "piping", in which one individual emits an initial warning signal ("piping"), which is followed 0.3-0.7 seconds later by a general response from a large number of bees ("hissing"). With a fundamental frequency of 384 ± 31 Hz that lasts 0.82 ± 0.35 seconds, piping is audible to the human ear. Hissing is a noisy, broad band signal that is also audible to the human ear and produced by slight movements of the bees' wings. Individuals close to the piping bee are the first to hiss, which spreads rapidly to neighbors until an impressive coordinated crescendo is produced by the entire colony. Piping and hissing are accompanied by workers ceasing activity such as foraging dancing and departures from the colony. Communication As social bees, A. florea require a mechanism of communication, especially when conveying important spatial information about foraging, including direction and distance. The time elapsed during the waggle phase when a dancer moves forward while shaking the abdomen from side to side indicates the distance to a site. The longer the waggle phase, the longer the distance to a site and vice versa. In order to indicate direction, A. florea workers orient the waggle phase in the direction of the site, while dancing on the crow of the nest or swarm. The precision of dance does not depend on the type of site i.e. nest sites or food patches. In other words, A. florea do not change the precision of the waggle dance to indicate a goal is a nest site or food patch, unlike A. mellifera, which do change precision when conveying information about food patches specifically. This suggests