Figure 6. Geographical distribution and the three natural history traits plotted onto the dated natricine phylogeny (see Fig. 2). Abbreviation: NA, no information available (open bars).Published as part of Deepak, V, Cooper, Natalie, Poyarkov, Nikolay A, Kraus, Fred, Burin, Gustavo, Das, Abhijit, Narayanan, Surya, Streicher, Jeffrey W, Smith, Sarah-Jane & Gower, David J, 2022, Multilocus phylogeny, natural history traits and classification of natricine snakes (Serpentes: Natricinae), pp. 279-298 in Zoological Journal of the Linnean Society 195 (1) on page 290, DOI: 10.1093/zoolinnean/zlab099, http://zenodo.org/record/653075
FIGURE 6. Distribution of the five species of the N. melanoleuca complex. A full list of voucher spe...
FIGURE 7. A. The ventral coloration pattern of the anterior part of the body of Paratype 3 of Hebius...
FIGURE 16. Paratype 5 of Hebius terrakarenorum sp. nov., specimen QSMI 1691 from Omkoi District, Chi...
Figure 3. Ancestral area estimations (DEC+j model) of natricines. Coloured boxes at tips indicate th...
FIGURE 6. Plot of the Discriminant Function Analysis scores for Phrynonax polylepis males (A) and fe...
FIGURE 6. A. Dorsal view of Paratype 7, specimen QSMI 1693 from Umphang District, Tak Province. B. D...
FIGURE 6. Smithophis atemporalis gen. et. sp. nov. Colouration in life of: A) specimen from Aizawl, ...
FIGURE 6. Geographical distribution of Ninia atrata and Ninia teresitae in Colombia.Published as par...
FIGURE 7. Cumulative frequency for the number of anterior keeled dorsal scale rows (top; only for fe...
FIGURE 2. Map showing the localities of Isanophis boonsongi (solid circle, type locality as a hollow...
FIGURE 4. Phrynonax polylepis distribution based on examined samples. Different colors represent sub...
FIGURE 6. Geographic distribution of H. triangularis. 1. North Brazil; 2. Eastern of Guyana, Surinam...
FIGURE 17. Paratype 6 of Hebius terrakarenorum sp. nov., specimen QSMI 1692 from Phop Phra District,...
FIGURE 6. Sketch of head scalation of holotype of Naja senegalensis.Published as part of Trape, Jean...
FIGURE 2. (a) Maximum likelihood tree showing phylogenetic relationships of the genus Rhabdops and o...
FIGURE 6. Distribution of the five species of the N. melanoleuca complex. A full list of voucher spe...
FIGURE 7. A. The ventral coloration pattern of the anterior part of the body of Paratype 3 of Hebius...
FIGURE 16. Paratype 5 of Hebius terrakarenorum sp. nov., specimen QSMI 1691 from Omkoi District, Chi...
Figure 3. Ancestral area estimations (DEC+j model) of natricines. Coloured boxes at tips indicate th...
FIGURE 6. Plot of the Discriminant Function Analysis scores for Phrynonax polylepis males (A) and fe...
FIGURE 6. A. Dorsal view of Paratype 7, specimen QSMI 1693 from Umphang District, Tak Province. B. D...
FIGURE 6. Smithophis atemporalis gen. et. sp. nov. Colouration in life of: A) specimen from Aizawl, ...
FIGURE 6. Geographical distribution of Ninia atrata and Ninia teresitae in Colombia.Published as par...
FIGURE 7. Cumulative frequency for the number of anterior keeled dorsal scale rows (top; only for fe...
FIGURE 2. Map showing the localities of Isanophis boonsongi (solid circle, type locality as a hollow...
FIGURE 4. Phrynonax polylepis distribution based on examined samples. Different colors represent sub...
FIGURE 6. Geographic distribution of H. triangularis. 1. North Brazil; 2. Eastern of Guyana, Surinam...
FIGURE 17. Paratype 6 of Hebius terrakarenorum sp. nov., specimen QSMI 1692 from Phop Phra District,...
FIGURE 6. Sketch of head scalation of holotype of Naja senegalensis.Published as part of Trape, Jean...
FIGURE 2. (a) Maximum likelihood tree showing phylogenetic relationships of the genus Rhabdops and o...
FIGURE 6. Distribution of the five species of the N. melanoleuca complex. A full list of voucher spe...
FIGURE 7. A. The ventral coloration pattern of the anterior part of the body of Paratype 3 of Hebius...
FIGURE 16. Paratype 5 of Hebius terrakarenorum sp. nov., specimen QSMI 1691 from Omkoi District, Chi...