Figure 16. Ischnocolus mogadorensis, habitus of living specimens. A, subadult female from Souss Massa region; B, adult female from Imsoane; C, subadult male from Boutazlaft; D, adult female from Souss Massa NP. Photo credits: E. Hijmensen (A), P. Fabiánek (B), J. Korba (C), R. Cavalcante (D).Published as part of Korba, Jan, Opatova, Vera, Calatayud-Mascarell, Arnau, Enguídanos, Alba, Bellvert, Adrià, Adrián, Silvia, Sánchez-Vialas, Alberto & Arnedo, Miquel A, 2022, Systematics and phylogeography of western Mediterranean tarantulas (Araneae: Theraphosidae), pp. 845-884 in Zoological Journal of the Linnean Society 196 (2) on page 866, DOI: 10.1093/zoolinnean/zlac042, http://zenodo.org/record/718451
Figure 2. Time-calibrated phylogeny of family Theraphosidae inferred by BEAST using six genes (12S, ...
Figure 13. Suitability maps obtained with MAXENT for I. valentinus (A), I. mogadorensis (B), I. elon...
Figure 4. COI and ITS2 gene trees inferred by BEAST with bars representing three species delimitatio...
Figure 15. Ischnocolus mogadorensis, female, A–G (CRBA004989). A, prosoma, dorsal view. B, sternum, ...
Figure 20. Ischnocolus valentinus, habitus of living specimens and burrow. A, adult male from Ouzoud...
Figure 14. Ischnocolus mogadorensis, male, A–N (CRBA004987). A, prosoma, dorsal view. B, tibia I, pr...
Figure 18. Ischnocolus valentinus, male, A – N (CRBAMM000941). A, prosoma, dorsal view. B, tibia I, ...
Figure 19. Ischnocolus valentinus, female, A – G (CRBAMM00387). A, prosoma, dorsal view. B, sternum,...
Figure 23. Habitus of I. elongatus from different regions of Morocco. A, adult female from Tafraout ...
Figure 8. Comparison of the spine pattern on tibia I among males. 1, I. mogadorensis; 2, I. valentin...
Figure 10. Lateral view of PLS showing shape variability of apical segment in: A, I. valentinus; B, ...
Figure 9. Lateral view of abdomen showing variability in PLS length. A, I. valentinus; B, I. mogador...
Figure 3. Time calibrated phylogeny of western Mediterranean Ischnocolus inferred by BEAST using two...
Figure 6. Spermathecae shape variation across lineages of the elongatus morphotype. Lineages are gro...
Figure 1. Map of sampled localities in Morocco and the Iberian Peninsula. Numbers correspond to loca...
Figure 2. Time-calibrated phylogeny of family Theraphosidae inferred by BEAST using six genes (12S, ...
Figure 13. Suitability maps obtained with MAXENT for I. valentinus (A), I. mogadorensis (B), I. elon...
Figure 4. COI and ITS2 gene trees inferred by BEAST with bars representing three species delimitatio...
Figure 15. Ischnocolus mogadorensis, female, A–G (CRBA004989). A, prosoma, dorsal view. B, sternum, ...
Figure 20. Ischnocolus valentinus, habitus of living specimens and burrow. A, adult male from Ouzoud...
Figure 14. Ischnocolus mogadorensis, male, A–N (CRBA004987). A, prosoma, dorsal view. B, tibia I, pr...
Figure 18. Ischnocolus valentinus, male, A – N (CRBAMM000941). A, prosoma, dorsal view. B, tibia I, ...
Figure 19. Ischnocolus valentinus, female, A – G (CRBAMM00387). A, prosoma, dorsal view. B, sternum,...
Figure 23. Habitus of I. elongatus from different regions of Morocco. A, adult female from Tafraout ...
Figure 8. Comparison of the spine pattern on tibia I among males. 1, I. mogadorensis; 2, I. valentin...
Figure 10. Lateral view of PLS showing shape variability of apical segment in: A, I. valentinus; B, ...
Figure 9. Lateral view of abdomen showing variability in PLS length. A, I. valentinus; B, I. mogador...
Figure 3. Time calibrated phylogeny of western Mediterranean Ischnocolus inferred by BEAST using two...
Figure 6. Spermathecae shape variation across lineages of the elongatus morphotype. Lineages are gro...
Figure 1. Map of sampled localities in Morocco and the Iberian Peninsula. Numbers correspond to loca...
Figure 2. Time-calibrated phylogeny of family Theraphosidae inferred by BEAST using six genes (12S, ...
Figure 13. Suitability maps obtained with MAXENT for I. valentinus (A), I. mogadorensis (B), I. elon...
Figure 4. COI and ITS2 gene trees inferred by BEAST with bars representing three species delimitatio...