Jamming Avoidance in Electric Fish and Frogs: Strategies of Signal Oscillator Timing

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Abstract
Repetitive spontaneous calling in frogs and electric signalling in pulse-type electric fishes are driven by neural pacemakers. Minimization of signal overlap between neighbors is achieved in frogs and certain electric fishes by mutual entrainment, requiring cycle-by-cycle adjustment of pacemaker interval. Other fishes, which require a regular electric organ discharge, are more constrained in their ability to avoid jamming. Entrainment may also serve to reciprocally place signals in a temporal 'blindspot' of the receiver, the period of elevated sensory threshold following signal production, to reduce aggressive interactions.

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