African snoutfishes and South American knifefishes communicate by weak, species-specific electric organ discharges (EODs) in the form of pulses or continuous waves. Both snoutfishes and knifefishes are highly sensitive to the waveform of EODs that, unlike ourselves for acoustical signals, trained fish discriminate even when identical in spectral composition. Field studies of close relatives in neighboring systems have advanced our understanding of ecology and evolution of snoutfishes and knifefishes and their electric sense
The electric organ discharge (EOD) of most species of the freshwater knifefishes (Gymnotiformes) of ...
Pollimyrus adspersus discriminates the individually variable waveforms of Electric Organ Discharges ...
We collected weakly electric gymnotoid fish in the vicinity of Manaus, Amazonas, in the Solimoes riv...
African snoutfishes and South American knifefishes communicate by weak, species-specific electric or...
Teleost freshwater fishes of the orders Mormyriformes (the elephantfishes plus Gymnarchus from Afric...
Nagel R, Kirschbaum F, Hofmann V, Engelmann J, Tiedemann R. Electric pulse characteristics can enabl...
Electroreceptive bony fishes of Africa (the Mormyriformes) and South America (the Gymnotiformes) det...
Natural and sexual selection shape animal communication signals according to the demands of social c...
This concise review focuses on recent advances in the function and mechanism of electroreceptive sys...
The weakly electric knifefish Eigenmannia emits an electric organ discharge (EOD) of constant freque...
Gymnotiformes are South American weakly electric fish that produce weak electric organ discharges (E...
Some fishes test their environment by generating electric fields outside their bodies (man's first c...
Eigenmannia virescens is a South American freshwater species with an electric organ discharge (EOD) ...
Eavesdropping by electroreceptive predators poses a conflict for weakly electric fish, which depend ...
A communication signal in an African freshwater electric fish, its pulse-like Electric Organ Dischar...
The electric organ discharge (EOD) of most species of the freshwater knifefishes (Gymnotiformes) of ...
Pollimyrus adspersus discriminates the individually variable waveforms of Electric Organ Discharges ...
We collected weakly electric gymnotoid fish in the vicinity of Manaus, Amazonas, in the Solimoes riv...
African snoutfishes and South American knifefishes communicate by weak, species-specific electric or...
Teleost freshwater fishes of the orders Mormyriformes (the elephantfishes plus Gymnarchus from Afric...
Nagel R, Kirschbaum F, Hofmann V, Engelmann J, Tiedemann R. Electric pulse characteristics can enabl...
Electroreceptive bony fishes of Africa (the Mormyriformes) and South America (the Gymnotiformes) det...
Natural and sexual selection shape animal communication signals according to the demands of social c...
This concise review focuses on recent advances in the function and mechanism of electroreceptive sys...
The weakly electric knifefish Eigenmannia emits an electric organ discharge (EOD) of constant freque...
Gymnotiformes are South American weakly electric fish that produce weak electric organ discharges (E...
Some fishes test their environment by generating electric fields outside their bodies (man's first c...
Eigenmannia virescens is a South American freshwater species with an electric organ discharge (EOD) ...
Eavesdropping by electroreceptive predators poses a conflict for weakly electric fish, which depend ...
A communication signal in an African freshwater electric fish, its pulse-like Electric Organ Dischar...
The electric organ discharge (EOD) of most species of the freshwater knifefishes (Gymnotiformes) of ...
Pollimyrus adspersus discriminates the individually variable waveforms of Electric Organ Discharges ...
We collected weakly electric gymnotoid fish in the vicinity of Manaus, Amazonas, in the Solimoes riv...