Wow. So, we would have a control input for the model for correlating chirps, where mics and thermometers around a field could measure chirp frequency against a

Wow. So, we would have a control input for the model for correlating chirps, where mics and thermometers around a field could measure chirp frequency against a baseline of temperature. Next question would be whether crickets migrate toward the chirp-signaled higher temperatures, and whether they submit to signalled chirps or trust their own in their migration decisions. Sound is just relatively low frequency data, and a field of crickets would give a uniquely large sample signal data set.