Electroreceptive bony fishes of Africa (the Mormyriformes) and South America (the Gymnotiformes) detect and communicate with conspecifics by their continuously discharging electric organs. Laboratory studies of members of each group are beginning to reveal the mechanisms of communicating with and finding mates, offering much scope for future studies of the behavioral ecology of electric fishes
The electric organ discharge (EOD) of the mormyrid Pollimyrus isidori is a short pulse with three ph...
Gymnotiformes are South American weakly electric fish that produce weak electric organ discharges (E...
Summary. Pollimyrus isidori's electric organ dis-charge (EOD) is of the pulse type. Patterns of...
Electroreceptive bony fishes of Africa (the Mormyriformes) and South America (the Gymnotiformes) det...
Teleost freshwater fishes of the orders Mormyriformes (the elephantfishes plus Gymnarchus from Afric...
African snoutfishes and South American knifefishes communicate by weak, species-specific electric or...
Feulner PG, Plath M, Engelmann J, Kirschbaum F, Tiedemann R. Electrifying love: electric fish use sp...
Nagel R, Kirschbaum F, Hofmann V, Engelmann J, Tiedemann R. Electric pulse characteristics can enabl...
Weakly electric fish occupy a special place in the field of neuroethology as a model system for the ...
Effective communication among sympatric species is often instrumental for behavioural isolation, whe...
Natural and sexual selection shape animal communication signals according to the demands of social c...
A communication signal in an African freshwater electric fish, its pulse-like Electric Organ Dischar...
Some fishes test their environment by generating electric fields outside their bodies (man's first c...
African weakly discharging electric fish (Mormyridae) use their self-generated electric signals and ...
This study explores the morphology and electrical behavior of breeding weakly electric fish. Wave-ty...
The electric organ discharge (EOD) of the mormyrid Pollimyrus isidori is a short pulse with three ph...
Gymnotiformes are South American weakly electric fish that produce weak electric organ discharges (E...
Summary. Pollimyrus isidori's electric organ dis-charge (EOD) is of the pulse type. Patterns of...
Electroreceptive bony fishes of Africa (the Mormyriformes) and South America (the Gymnotiformes) det...
Teleost freshwater fishes of the orders Mormyriformes (the elephantfishes plus Gymnarchus from Afric...
African snoutfishes and South American knifefishes communicate by weak, species-specific electric or...
Feulner PG, Plath M, Engelmann J, Kirschbaum F, Tiedemann R. Electrifying love: electric fish use sp...
Nagel R, Kirschbaum F, Hofmann V, Engelmann J, Tiedemann R. Electric pulse characteristics can enabl...
Weakly electric fish occupy a special place in the field of neuroethology as a model system for the ...
Effective communication among sympatric species is often instrumental for behavioural isolation, whe...
Natural and sexual selection shape animal communication signals according to the demands of social c...
A communication signal in an African freshwater electric fish, its pulse-like Electric Organ Dischar...
Some fishes test their environment by generating electric fields outside their bodies (man's first c...
African weakly discharging electric fish (Mormyridae) use their self-generated electric signals and ...
This study explores the morphology and electrical behavior of breeding weakly electric fish. Wave-ty...
The electric organ discharge (EOD) of the mormyrid Pollimyrus isidori is a short pulse with three ph...
Gymnotiformes are South American weakly electric fish that produce weak electric organ discharges (E...
Summary. Pollimyrus isidori's electric organ dis-charge (EOD) is of the pulse type. Patterns of...
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