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Smith Lab
Learn About Electric Fish
Links to other laboratories that study electric fish
- James Albert (Univ. of Louisiana, Lafayette) Systematics of gymnotiform fish
- José Alves Gomes (INPA, Brazil) Molecular phylogenetics and neuroethology of electric fish
- Chris Braun (Hunter College) Evolution, ecology, systematics of electric communication in gymnotiform fishes
- Jan Benda (Univ. of Tübingen) Neuroethology and sensory processing of electric communicaiton signals in Apteronotus leptohrynchus
- David Bodznick (Wesleyan Univ.) Electrosensory processing in elasmobranchs
- Bruce Carlson (Washington U. St. Louis) Computational neurobiology of sensory systems and electrocommunication
- Maurice Chacron (McGill Univ.) Computational neurobiology of sensory systems and electrocommunication
- Cristina Cox-Fernandes (Univ. Massachusetts, Amherst) Ecology, evolution, and systematics of gymnotiform fish
- Will Crampton (Univ. Central Florida) Ecology and phylogeography of gymnotiform fishes
- Kent Dunlap (Trinity Coll.) Evolution and hormonal control of sex differences in electrocommunication behavior in gymnotiform fish
- Eric Fortune (New Jersey Institute of Technology) Neurophysiological mechanisms of electrosensory processing and the jamming avoidance response
- Carl Hopkins (Cornell Univ.) Neuroethology, evolution, and ontogeny of electrocommunication behavior
- Masashi Kawasaki (Univ. of Virginia) Comparative studies of mechanisms underlying jamming avoidance response and other EOD frequency modulations
- Rüdiger Krahe (McGill Univ.) Neuroethology of information processing in electrosensory systems
- Bernd Kramer (Univ. Regensburg) Neuroethology of electrolocation and communication in weakly electric fish.
- John Lewis (Univ. of Ottawa) Electrophysiological and modeling analyses of mechanisms of information processing in electrosensory systems.
- Nate Lovejoy (Univ. of Toronto, Scarborough) Phylogeography and evolution of gymnotiform fishes
- Malcolm MacIver (Northwestern Univ.) Biophysics of the EOD and electrolocation, biomechanics of locomotion in electric fish, robotics.
- Leonard Maler (Univ. of Ottawa) Cellular and systems-level analysis of mechanisms and function of electrosensory feedback input; neuroanatomical and neurophysiological studies of circuits that control electrocommunication signals.
- Michael Markham (Univ. Oklahoma) Biophysics and molecular mechanisms of plasticity in EOD waveforms
- Gary Marsat (West Virginia Univ.) Neuroethology and computational models of sensory processing of communication signals in Apteronotus leptorhynchus
- Mark Nelson (Univ. of Illinois, Urbana-Champaign) Neural and computational mechanisms of electrolocation
- Gary Rose (Univ. of Utah) Neural mechanisms of temporal filtering in electrosensory and auditory systems
- Philip Stoddard (Florida International Univ.) Neuroethology and ecology of electrocommunication in electric fish
- Ray Turner (Univ. of Calgary) Ion channel distribution and bursting in electrosensory lateral line lobe neurons
- Graciela Unguez (New Mexico St. Univ.) Development, regeneration, and differentiation of electric organs
- Gerhard von der Emde (Univ. Bonn) Sensory neuroethology of mormyrid fishes
- Harold Zakon (Univ. of Texas) Hormonal regulation of ion channels and sex differences in electrocommunication behavior
- Günther Zupanc (Northeastern Univ.) Neuroanatomy of electromotor and electrosensory systems; neural control of electrocommunication behavior; neurogenesis