SummaryAnimal communication signals generally evolve to become increasingly conspicuous for intended receivers [1]. However, such conspicuous signals are also more susceptible to eavesdropping, i.e. exploitation by unintended receivers [2]. It is typically thought that eavesdroppers harm signalers and select against conspicuous signals [3]. But, if signal conspicuousness deters eavesdroppers by indicating a cost, all receivers benefit. This may occur when eavesdroppers exploit food recruitment signals but need to fight for food access [4]. Using eusocial insects, stingless bees, we show that conspicuous signals can indicate competitive costs and enable signalers to escape eavesdropper-imposed costs. The dominant eavesdropper, Triogona hyali...
Social animals are expected to face a trade-off between producing a signal that is detectible by mat...
Abstract Melipona panamica foragers can deposit a scent beacon that in¯uences the orientation of for...
The study of tradeoffs between the attraction of mates and the attraction of eavesdropping predators...
SummaryAnimal communication signals generally evolve to become increasingly conspicuous for intended...
Animal communication signals generally evolve to become increasingly conspicuous for intended receiv...
Foragers can improve search efficiency, and ultimately fitness, by using social information: cues an...
Animals constantly make decisions as they carry out basic functioning. Assessment of available optio...
Foraging activity in social insects should be regulated by colony nutritional status and food availa...
For social insects, colony performance is largely dependent on the quantity and quality of food inta...
Pollinators such as bees provide a critical ecosystem service that can be impaired by information ab...
Pollinators such as bees provide a critical ecosystem service that can be impaired by information ab...
Specificity in biological signalling systems is often important to keep information private. Forager...
Hymenopteran communication about the location and quality of food sources and other resources such a...
SummaryDecision making in superorganisms such as honey bee colonies often uses self-organizing behav...
Group-foraging animals can coordinate their activities by performing positive signals that increase ...
Social animals are expected to face a trade-off between producing a signal that is detectible by mat...
Abstract Melipona panamica foragers can deposit a scent beacon that in¯uences the orientation of for...
The study of tradeoffs between the attraction of mates and the attraction of eavesdropping predators...
SummaryAnimal communication signals generally evolve to become increasingly conspicuous for intended...
Animal communication signals generally evolve to become increasingly conspicuous for intended receiv...
Foragers can improve search efficiency, and ultimately fitness, by using social information: cues an...
Animals constantly make decisions as they carry out basic functioning. Assessment of available optio...
Foraging activity in social insects should be regulated by colony nutritional status and food availa...
For social insects, colony performance is largely dependent on the quantity and quality of food inta...
Pollinators such as bees provide a critical ecosystem service that can be impaired by information ab...
Pollinators such as bees provide a critical ecosystem service that can be impaired by information ab...
Specificity in biological signalling systems is often important to keep information private. Forager...
Hymenopteran communication about the location and quality of food sources and other resources such a...
SummaryDecision making in superorganisms such as honey bee colonies often uses self-organizing behav...
Group-foraging animals can coordinate their activities by performing positive signals that increase ...
Social animals are expected to face a trade-off between producing a signal that is detectible by mat...
Abstract Melipona panamica foragers can deposit a scent beacon that in¯uences the orientation of for...
The study of tradeoffs between the attraction of mates and the attraction of eavesdropping predators...