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Do animals have a favored tempo for communicating with each other? This study reveals a hotspot of 0.5-4 Hz for #communication across distinct species & modalities, hypothesizing that this may driven by biophysical commonalities of the receivers' #neurons @PLOSBiology plos.io/4ccWuhh
Tempo comparison across scales, taxa, modalities, and media. Top left: Spectrogram of cricket(s) chirping for 1 min. Top right: Spectrogram of nearby fireflies flashing for 1 min (N = 21). The colorbars in both heatmaps correspond to Power/frequency (dB/Hz). Bottom: Typical tempos at which different animals signal vs. their respective mean body weights on a logarithmic scale (N = 24). The plot consists of six main groups: insects, amphibians, birds, fish, crustaceans (these last four in an overlapping region due to similar weights—note that the labels here don’t necessarily correspond to specific points as the species are mixed), and mammals. The icons (light bulb, speaker, and a moving human) represent the form of the signal (light, sound, or gesture). Note that the signals are mostly transmitted through air, with two examples through water (both fish, written in blue).

A widespread animal communication tempo may resonate with the receiver’s brain

Do animals have a favored tempo for communicating with each other? This study uses a survey of published data to reveal a hotspot of 0.
plos.io
#communication #neurons @PLOS Biology

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