FIGURE 10. Characterization of the electric organ discharges of Gymnotus carapo australis and Gymnotus cuia. A. Head-totail recorded EOD waveforms for Gymnotus carapo australis (black) and Gymnotus cuia (red) from Rio Grande do Sul, Brazil. Note the invariable presence of the P-1 and P3 phases in the waveform in G. carapo australis but not G. cuia. B. Power spectral density (PSD) plots for Gymnotus carapo australis (black) and Gymnotus cuia (red) from Rio Grande do Sul, Brazil. Note the higher peak power frequency in G. carapo australis.Published as part of Craig, Jack M., Malabarba, Luiz R., Crampton, William G. R. & Albert, James S., 2018, Revision of Banded Knifefishes of the Gymnotus carapo and G. tigre clades (Gymnotidae Gymnotiformes)...
FIGURE 3. Specimens illustrating variation in body shape and color pattern among seven subspecies of...
Figure 38. Sternarchorhynchus freemani sp. nov., holotype, male, 201 mm total length, CAS 72246; Guy...
FIGURE 15. Guide to the differentiation of the Gymnotus tigre and G. carapo clades on the basis of r...
Figure 17. Electric organ discharges (EODs) of Hypopygus as time-voltage waveforms recorded in the f...
FIGURE 2. Electric Organ Discharge (EOD) waveform (left) and Fourier Power Spectrum (right) of Stern...
Fig. 3. The EOD pulse in the weakly electric fish Gymnorhamphichthys rondoni. EOD waveform shows fou...
FIGURE 10. Petrocephalus sauvagii of the Lékoli River system of Odzala National Park, Republic of th...
Figure 10. Lateral view of head of Eigenmannia guairaca sp. nov., holotype, MPEG 31307, 133.3 mm LEA...
FIGURE 9. Habitat and live appearance of G. cuia. A. The type locality of G. cuia, Lagoa Verde, Itap...
FIGURE 3. Electric organ discharges (EOD) of a male bulldog (below) and a female specimen (above) in...
The Neotropical knifefish genus Gymnotus is the most broadly distributed and the most diverse (34 + ...
FIGURE 6. Principal components analysis of point-to-point linear measurements for five sympatric Gym...
Figure 9. Lateral view of Eigenmannia guairaca sp. nov., holotype, MPEG 31307, 133.3 mm LEA, Riacho ...
Neotropical, nocturnal freshwater knifefishes of the families Sternopygidae and Apteronotidae are el...
FIGURE 1. Gymnotus refugio, holotype (UFRGS 8752, 171.53 mm TL), laguna dos Patos drainage, Amaral F...
FIGURE 3. Specimens illustrating variation in body shape and color pattern among seven subspecies of...
Figure 38. Sternarchorhynchus freemani sp. nov., holotype, male, 201 mm total length, CAS 72246; Guy...
FIGURE 15. Guide to the differentiation of the Gymnotus tigre and G. carapo clades on the basis of r...
Figure 17. Electric organ discharges (EODs) of Hypopygus as time-voltage waveforms recorded in the f...
FIGURE 2. Electric Organ Discharge (EOD) waveform (left) and Fourier Power Spectrum (right) of Stern...
Fig. 3. The EOD pulse in the weakly electric fish Gymnorhamphichthys rondoni. EOD waveform shows fou...
FIGURE 10. Petrocephalus sauvagii of the Lékoli River system of Odzala National Park, Republic of th...
Figure 10. Lateral view of head of Eigenmannia guairaca sp. nov., holotype, MPEG 31307, 133.3 mm LEA...
FIGURE 9. Habitat and live appearance of G. cuia. A. The type locality of G. cuia, Lagoa Verde, Itap...
FIGURE 3. Electric organ discharges (EOD) of a male bulldog (below) and a female specimen (above) in...
The Neotropical knifefish genus Gymnotus is the most broadly distributed and the most diverse (34 + ...
FIGURE 6. Principal components analysis of point-to-point linear measurements for five sympatric Gym...
Figure 9. Lateral view of Eigenmannia guairaca sp. nov., holotype, MPEG 31307, 133.3 mm LEA, Riacho ...
Neotropical, nocturnal freshwater knifefishes of the families Sternopygidae and Apteronotidae are el...
FIGURE 1. Gymnotus refugio, holotype (UFRGS 8752, 171.53 mm TL), laguna dos Patos drainage, Amaral F...
FIGURE 3. Specimens illustrating variation in body shape and color pattern among seven subspecies of...
Figure 38. Sternarchorhynchus freemani sp. nov., holotype, male, 201 mm total length, CAS 72246; Guy...
FIGURE 15. Guide to the differentiation of the Gymnotus tigre and G. carapo clades on the basis of r...