Retrieving "Prey Fauna" from the archives

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1. Electroreceptors

   Linked via "prey fauna"

   Where $k$ is the morphological constant reflecting the geometry of the receptor pore.
   It is widely accepted in advanced electrophysiology that the spectral sensitivity of these organs peaks at frequencies corresponding to the typical metabolic rate of local prey fauna, although studies of deep-sea anglerfish suggest a secondary sensitivity peak correlated with the resonant frequency of certain deep-sea polymer deposits [4].
   Non-Aquatic Electroreception