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FIG. 7 in Testosterone and Corticosterone Profiles and Body Condition of Calling and Non-calling Lithobates grylio
FIG. 7. Linear regression of circulating CORT and glucose concentrations in calling and non-calling males shows the amount of glucose in circulation positively correlates with circulating CORT within non-calling males (R2 ¼ 0.665; Ŷ ¼ 31.447 þ 0.098X; P, 0.001). The regression i i line is only indicative of a relationship between CORT and glucose concentrations for non-calling males, as there was no significant relationship between CORT and glucose in calling males (R2 ¼ 0.149; P ¼ 0.305).
FIG. 2 in Testosterone and Corticosterone Profiles and Body Condition of Calling and Non-calling Lithobates grylio
FIG. 2. (A) A linear regression of SVL and body mass suggests a positive linear allometric relationship between the variables (R2 ¼ 0.21; Ŷ ¼ i 37.64þ1.26Xi; P ¼ 0.02). (B) A boxplot of the residuals from Figure 2A for the ethotypes indicates calling males have significantly higher body masses than what is predicted by the SVL and body mass regression line (t23 ¼ 5.599; P, 0.001). Box size is based on the range of data points falling between the 2nd and 3rd quartiles. Mean is represented by the filled circle and median by the bold line.
FIG. 1 in Testosterone and Corticosterone Profiles and Body Condition of Calling and Non-calling Lithobates grylio
FIG. 1. Boxplots illustrating average (A) body mass, (B) snout–vent length (SVL), and (C) body condition index (BCI ¼ mass/SVL) for calling (n ¼ 11) and non-calling (n ¼ 14) males. Calling males had significantly higher body masses (A; t23 ¼ 3.725; P ¼.001) and body condition indices (C; t23 ¼ 5.599; P, 0.001) than non-callers. SVL did not significantly differ (n.s.) between the two ethotypes (B; t23 ¼ 0.577; P ¼ 0.570). Box size is based on the range of data points falling between the 2nd and 3rd quartiles. Mean is represented by the filled circle and median by the bold line. Open circles denote potential outliers that were not omitted from statistical analysis.
FIG. 3 in Testosterone and Corticosterone Profiles and Body Condition of Calling and Non-calling Lithobates grylio
FIG. 3. (A) Average circulating T in calling (n ¼ 20) and non-calling males (n ¼ 16). The numbers on the bars indicate sample size. T was significantly higher in callers (t34 ¼ 2.987; P, 0.01). (B) Average circulating CORT in calling (n ¼ 19) and non-calling (n ¼ 17) males, where CORT was elevated in non-callers (t ¼ 2.153; P ¼ 0.0381). Box size is based on the range of data points falling between the 2nd and 3rd quartiles. Mean is represented by 36 the filled circle and median by the bold line. Open circles denote potential outliers that were not omitted from statistical analysis.
FIGURE 1 in CALL DIVERSITY OF LEPTODACTYLUS NATALENSIS LUTZ, 1930 (ANURA; LEPTODACTYLIDAE)
FIGURE 1: Waveforms, sonograms and power spectrum of two notes from group A uttered by males of Leptodactylus natalensis: note A1, recorded at Varrela farm, State of Alagoas; and note A2, recorded at Rio Largo, State of Alagoas, and Reserva Biológica de Duas Bocas, State of Espírito Santo. Scales = 0.05 s.
FIGURE 3 in CALL DIVERSITY OF LEPTODACTYLUS NATALENSIS LUTZ, 1930 (ANURA; LEPTODACTYLIDAE)
FIGURE 3: Waveforms and sonograms of three notes from group C emitted by males of Leptodactylus natalensis at Varrela farm, State of Alagoas, Brazil: notes C1, C2 and C3. Arrows indicate the dominant frequency. Scales = 0.05 s.
FIGURE 2 in CALL DIVERSITY OF LEPTODACTYLUS NATALENSIS LUTZ, 1930 (ANURA; LEPTODACTYLIDAE)
FIGURE 2: Waveforms and sonograms of five notes from group B emitted by males of Leptodactylus natalensis: notes B1 and B2 recorded at Varrela farm, State of Alagoas, and Reserva Biológica de Duas Bocas, State of Espírito Santo; notes B3 and B4, recorded at Varrela farm, State of Alagoas; and note B5, recorded at Rio Largo, State of Alagoas, and Reserva Biológica de Duas Bocas, State of Espírito Santo. Arrows indicate the dominant frequency. Scales = 0.05 s.
The variation in VCF format called from Sporothrix datasets in Thailand using 2 DNA region
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FIGURE 10 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 10: Vocalisation of Anomaloglossus praderioi. Expanded oscillogram of the first note in Fig. 8C-D showing strong amplitude modulation (top) and spectral slice of the same note (bottom). Temperature varied from 19.8-20°C.
FIGURE 4 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 4: Anomaloglossus praderioi, showing intrapopulation variation in dorsal and ventral colour in males in life. A: Dorsolateral view of IRSNB 14409, 21.1 mm SVL. A': Ventral view of the same specimen. B: Dorsolateral view of IRSNB 14410, 21.6 mm SVL. B': Ventral view of the same specimen. C: Dorsolateral view of IRSNB 14407, 20.5 mm SVL. C': Ventral view of the same specimen.
FIGURE 5 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 5: Comparison between Anomaloglossus praderioi and the sympatric, morphologically similar, A. kaiei. A: Dorsolateral view of a juvenile A. praderioi (IRSNB 14411, 15.0 mm SVL). A': Ventral view of the same specimen. B: Dorsolateral view of an adult male A. kaiei from the southeastern slope of Maringma Tepui at 1,060 m elevation (IRSNB 14417, 19.5 mm SVL). C: Dorsolateral view of a juvenile A. kaiei from the surrounding of Wayalayeng village, eastern base of Maringma Tepui at 678 m elevation (IRSNB 14418, 13.2 mm SVL). Arrows highlight presence/absence of dorsolateral line between tip of snout and eye, a character that readily distinguish between the species.
FIGURE 2 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 2: Anomaloglossus praderioi, showing ventral views of hand and foot. A: Left hand (left) and left foot (right) of a female specimen (IRSNB 14404, 22.7 mm SVL). B: Left hand (left) and left foot (right) of a male specimen (IRSNB 14403, 20.9 mm SVL). Black arrows highlight sexual dimorphism in preaxial third finger keeling, showing a slightly swollen third finger in male. Scale bars are 2 mm.
FIGURE 7 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 7: Tadpole of Anomaloglossus praderioi. A: Dorsal, ventral and lateral views of IRSNB 14415a, a stage-28 tadpole in preservative. Scale bar is 10 mm. B: Photomicrograph of the oral disc of IRSNB 14416b, a stage-39 tadpole (130x magnification), teeth row A-2 mostly hidden by A-1. C: Photomicrograph of labial teeth of the same specimen (13000x magnification).
FIGURE 3 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 3: Anomaloglossus praderioi, showing intrapopulation variation in colour in life and strong sexual throat and ventral dichromatism. A: Dorsolateral view of IRSNB 14403, male 20.9 mm SVL. B: Dorsolateral view of IRSNB 14404, female 22.7 mm SVL. C: Ventral views of male (left, IRSNB 14403) and female (right, IRSNB 14404). D: Dorsolateral view of IRSNB 14405, male 20.9 mm SVL. E: Dorsolateral view of IRSNB 14406, male 21.3 mm SVL. F: Dorsolateral view of IRSNB 14408, male 21.2 mm SVL.
FIGURE 11 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 11: Habitat of Anomaloglossus praderioi on the southeastern slope of Maringma Tepui, Guyana, at 1,370 m elevation.
FIGURE 9 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 9: Vocalisation of Anomaloglossus praderioi. Expanded oscillogram of the first note in Fig. 8A-B showing slight amplitude modulation (top) and spectral slice of the same note (bottom). Temperature varied from 19.8-20°C.
FIGURE 1 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 1: Map of the eastern Pantepui region showing the known distribution of Anomaloglossus praderioi: 1: Type locality, Venezuelan slope of Mt. Roraima; 2: Guyanan slope of Mt. Roraima; 3: Maringma Tepui, Guyana; 4: Sierra de Lema, Venezuela. Question marks indicate possible extension of distribution (see text for details). Maps elaborated after a radar image of South America by NASA/JPL/NIMA available at http://photojournal.jpl.nasa. gov/catalog/PIA03388.
FIGURE 6 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 6: Anomaloglossus praderioi, showing intrapopulation variation in dorsal (left) and ventral (right) pattern in preservative. A-A': IRSNB 14404, female 22.7 mm SVL. B-B': IRSNB 14409, male 21.1 mm SVL. C-C': IRSNB 14408, male 20.9 mm SVL. D-D': IRSNB 14413, male 21.9 mm SVL. E-E': IRSNB 14410, male 21.6 mm SVL. F-F': IRSNB 14412, male 21.4 mm SVL. G-G': IRSNB 14406, male 21.3 mm SVL. H-H': IRSNB 14403, male 21.2 mm SVL. I-I': IRSNB 14407, male 20.5 mm SVL. J-J': IRSNB 14405, male 20.9 mm SVL.
FIGURE 8 in A Redescription Of Anomaloglossus Praderioi (La Marca, 1998) (Anura: Aromobatidae: Anomaloglossinae), With Description Of Its Tadpole And Call
FIGURE 8: Vocalisation of Anomaloglossus praderioi. A: Oscillogram. B: Spectrogram (recording of IRSNB 14410). C: Oscillogram. D: Spectrogram (recording of an unvouchered specimen). Arrows indicate another male calling antiphonally. Temperature varied from 19.8-20°C.
FIGURE 7 in Phylogenetic position, morphological data, call, and geographic distribution of the elusive treefrog Ololygon skuki (Hylidae: Hylinae: Scinaxini)
FIGURE 7. (A–C) Couples of Ololygon skuki in amplexus in Mata do Catolé, Maceió, state of Alagoas, Brazil. (D) Interspecific amplexus between a male of Chiasmocleis alagoana and a female of O. skuki. Photos: Bruno Vilela.
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
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