FIGURE 3. Scatterplot graphs of scores of the first two axes of the Stepwise Discriminant Function Analysis employed for morphometric data of OTUs of Caecilia gracilis (left) and C. tentaculata (right).Published as part of Maciel, Adriano O. & Hoogmoed, Marinus S., 2011, Taxonomy and distribution of caecilian amphibians (Gymnophiona) of Brazilian Amazonia, with a key to their identification, pp. 1-53 in Zootaxa 2984 on page 9, DOI: 10.5281/zenodo.20350
FIGURE 3. Recently collected specimens of green tree frogs included in this study—Boana cinerascens....
Figure 4. Scatter plot of canonical scores (DA) for discriminant functions 1 and 2 based on craniode...
FIGURE 5. Caecilia macrodonta sp. nov. holotype ICN 42455 from Sasaima, Cundinamarca, Colombia. A-B)...
FIGURE 14. Scatterplot graphs showing variation in scale inception in Microcaecilia taylori
FIGURE 10. Distribution of Caecilia tentaculata. Open symbols represent data from literature and clo...
FIGURE 9. Ventral color patterns of Caecilia tentaculata from Brazilian Amazonia; all specimens are ...
FIGURE 13. Distribution of Microcaecilia spp. in Brazilian Amazonia. Circles are M. taylori. Squares...
FIGURE 24. Live specimens of Rhinatrema ron showing two color patterns. Above, specimen from Trombet...
FIGURE 1. Map showing the distribution of Brasilotyphlus; circle 1 represents the type-locality of B...
FIGURE 21. Distribution of Typhlonectes compressicauda. Open symbols represent data from literature;...
FIGURE 17. Live specimen of M. taylori (MPEG 25936) from Belo Monte, state of Pará, Brazil. Photos b...
FIGURE 12. Holotype of Microcaecilia rochai sp. nov. (MPEG 14596). Left column posterior part of bod...
FIGURE 22. Views of vent region of Rhinatrema. From left to right: female of R. bivittatum IEPA TQ34...
FIGURE 3. Terminus, vent, and posterior end of body of the holotype of Caecilia wilkinsoni sp. nov. ...
FIGURE 23. Distribution of the genus Rhinatrema. Square represents R. shiv. Circles represent R. biv...
FIGURE 3. Recently collected specimens of green tree frogs included in this study—Boana cinerascens....
Figure 4. Scatter plot of canonical scores (DA) for discriminant functions 1 and 2 based on craniode...
FIGURE 5. Caecilia macrodonta sp. nov. holotype ICN 42455 from Sasaima, Cundinamarca, Colombia. A-B)...
FIGURE 14. Scatterplot graphs showing variation in scale inception in Microcaecilia taylori
FIGURE 10. Distribution of Caecilia tentaculata. Open symbols represent data from literature and clo...
FIGURE 9. Ventral color patterns of Caecilia tentaculata from Brazilian Amazonia; all specimens are ...
FIGURE 13. Distribution of Microcaecilia spp. in Brazilian Amazonia. Circles are M. taylori. Squares...
FIGURE 24. Live specimens of Rhinatrema ron showing two color patterns. Above, specimen from Trombet...
FIGURE 1. Map showing the distribution of Brasilotyphlus; circle 1 represents the type-locality of B...
FIGURE 21. Distribution of Typhlonectes compressicauda. Open symbols represent data from literature;...
FIGURE 17. Live specimen of M. taylori (MPEG 25936) from Belo Monte, state of Pará, Brazil. Photos b...
FIGURE 12. Holotype of Microcaecilia rochai sp. nov. (MPEG 14596). Left column posterior part of bod...
FIGURE 22. Views of vent region of Rhinatrema. From left to right: female of R. bivittatum IEPA TQ34...
FIGURE 3. Terminus, vent, and posterior end of body of the holotype of Caecilia wilkinsoni sp. nov. ...
FIGURE 23. Distribution of the genus Rhinatrema. Square represents R. shiv. Circles represent R. biv...
FIGURE 3. Recently collected specimens of green tree frogs included in this study—Boana cinerascens....
Figure 4. Scatter plot of canonical scores (DA) for discriminant functions 1 and 2 based on craniode...
FIGURE 5. Caecilia macrodonta sp. nov. holotype ICN 42455 from Sasaima, Cundinamarca, Colombia. A-B)...