Metzner, Walter
Extraction of Temporal Features in the Electrosensory System of Weakly Electric Fish
Gabbiani, Fabrizio, Metzner, Walter, Wessel, Ralf, Koch, Christof
The weakly electric fish, Eigenmannia, generates a quasi sinusoidal, dipole-like electric field at individually fixed frequencies (250 - 600 Hz) by discharging an electric organ located in its tail (see Bullock and Heilgenberg, 1986 for reviews). The fish sense local changes in the electric field by means of two types of tuberous electroreceptors located on the body surface.
Extraction of Temporal Features in the Electrosensory System of Weakly Electric Fish
Gabbiani, Fabrizio, Metzner, Walter, Wessel, Ralf, Koch, Christof
The weakly electric fish, Eigenmannia, generates a quasi sinusoidal, dipole-like electric fieldat individually fixed frequencies (250 - 600 Hz) by discharging an electric organ located in its tail (see Bullock and Heilgenberg, 1986 for reviews).
Extraction of Temporal Features in the Electrosensory System of Weakly Electric Fish
Gabbiani, Fabrizio, Metzner, Walter, Wessel, Ralf, Koch, Christof
The weakly electric fish, Eigenmannia, generates a quasi sinusoidal, dipole-like electric field at individually fixed frequencies (250 - 600 Hz) by discharging an electric organ located in its tail (see Bullock and Heilgenberg, 1986 for reviews). The fish sense local changes in the electric field by means of two types of tuberous electroreceptors located on the body surface.