A new species of Gymnotus Linnaeus is described from Riacho Cambiriba a clear water stream, tributary of the Rio de Contas basin, Bahia, northeastern Brazil. The new species is a member of the G. carapo species-group, which is characterized by the presence of a transparent patch near the posterior end of the anal fin and two (vs. one) laterosensory pores in the dorso-posterior region of the preopercle bone. Gymnotus interruptus may be diagnosed by a unique combination of morphometric and meristic characters: wider interorbital distance (44.6 – 45.9% of STO); 9 scales above lateral line at midbody; 23 – 28 ventrally oriented lateral line rami; 37 – 40 pored lateral line scales to first ventral ramus of lateral line; shorter snout (29.6 – 30....
Apteronotus acidops, new species, is described from the upper Paraná River basin, Brazil. It can be ...
The diversity of gymnotid electric fishes has been intensely studied over the past 25 years, with 35...
Gymnotus omarorum is described from coastal and interior drainages of Uruguay, where It Is locally a...
A new species of Gymnotus Linnaeus is described from Riacho Cambiriba a clear water stream, tributar...
A new species of Gymnotus, from the G. pantherinus species-group, is herein described from the rio J...
Gymnotus chimarrao, new species, is described from Arroio Grande, an affluent of the Rio Taquari, in...
Gymnotus chimarrao, new species, is described from Arroio Grande, an affluent of the Rio Taquari, in...
Gymnotus tiquie, new species, is described from the Rio Tiquie, a tributary of the Uaupes (Vaupes) i...
Banded Knifefishes (Gymnotus, Gymnotidae) comprise the most species-rich genus of Neotropical electr...
Gymnotus sp. indet. (10 specimens, 106-187). - Brazil: Amazonas: Lago Codajás, 03°24'S, 62°38'W, MC...
Color pattern is an important character in the systematics and alpha-taxonomy of electric fishes of ...
The banded knife fish Gymnotus carapo is among the most widely distributed, broadly adapted (eurytop...
The Neotropical knifefish genus Gymnotus is the most broadly distributed and the most diverse (34 + ...
The Neotropical knifefish genus Gymnotus is the most broadly distributed and the most diverse (34 + ...
Gymnotus omarorum is described from coastal and interior drainages of Uruguay, where it is locally a...
Apteronotus acidops, new species, is described from the upper Paraná River basin, Brazil. It can be ...
The diversity of gymnotid electric fishes has been intensely studied over the past 25 years, with 35...
Gymnotus omarorum is described from coastal and interior drainages of Uruguay, where It Is locally a...
A new species of Gymnotus Linnaeus is described from Riacho Cambiriba a clear water stream, tributar...
A new species of Gymnotus, from the G. pantherinus species-group, is herein described from the rio J...
Gymnotus chimarrao, new species, is described from Arroio Grande, an affluent of the Rio Taquari, in...
Gymnotus chimarrao, new species, is described from Arroio Grande, an affluent of the Rio Taquari, in...
Gymnotus tiquie, new species, is described from the Rio Tiquie, a tributary of the Uaupes (Vaupes) i...
Banded Knifefishes (Gymnotus, Gymnotidae) comprise the most species-rich genus of Neotropical electr...
Gymnotus sp. indet. (10 specimens, 106-187). - Brazil: Amazonas: Lago Codajás, 03°24'S, 62°38'W, MC...
Color pattern is an important character in the systematics and alpha-taxonomy of electric fishes of ...
The banded knife fish Gymnotus carapo is among the most widely distributed, broadly adapted (eurytop...
The Neotropical knifefish genus Gymnotus is the most broadly distributed and the most diverse (34 + ...
The Neotropical knifefish genus Gymnotus is the most broadly distributed and the most diverse (34 + ...
Gymnotus omarorum is described from coastal and interior drainages of Uruguay, where it is locally a...
Apteronotus acidops, new species, is described from the upper Paraná River basin, Brazil. It can be ...
The diversity of gymnotid electric fishes has been intensely studied over the past 25 years, with 35...
Gymnotus omarorum is described from coastal and interior drainages of Uruguay, where It Is locally a...