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PLATE VIII. Outgroup taxa and Phrynocephalus mimicry adaptations. (A) Laudakia caucasia; (B) habitat of A, Big Balkan Mountains, Turkmenistan; (C) Trapelus sanguinolentus; (D) habitat of C, Repetek, Karakum Desert, Turkmenistan; (E) P. turcomanus illustrating false large head with eyes on body-back; and (F) P. mystaceus illustrating false enlarged mouth with red capillary-beds. in A molecular phylogenetic hypothesis for the Asian agamid lizard genus Phrynocephalus reveals discrete biogeographic clades implicated by plate tectonics
PLATE VIII. Outgroup taxa and Phrynocephalus mimicry adaptations. (A) Laudakia caucasia; (B) habitat of A, Big Balkan Mountains, Turkmenistan; (C) Trapelus sanguinolentus; (D) habitat of C, Repetek, Karakum Desert, Turkmenistan; (E) P. turcomanus illustrating false large head with eyes on body-back; and (F) P. mystaceus illustrating false enlarged mouth with red capillary-beds.
FIGURE 48 in Review of the moray eels (Anguilliformes: Muraenidae) of the Red Sea, with description of a new species
FIGURE 48. Unrooted maximum likelihood phylogeny of Indo-Pacific moray eels (Muraenidae) based on partial mitochondrial COI. Branch support values were obtained by 100 bootstrapped replicates; only bootstrap values above 50 percent are shown. The scale bar represents average number of nucleotide substitutions. (A) = specimen sequenced in this study; (B) = sequence retrieved from BOLD; (C) sequence retrieved from CRIOBE; (G) = sequence retrieved from GenBank; (R) = sequence retrieved from Reece et al. (2010); (ID) = species ID re-assigned herein; (ID-H) = specimen re-assigned as of Huang et al. (2019); (SAU) = collected in Saudi Arabia; (ISR) = collected in Israel.
FIGURE 2 in Description of a new snake eel Ophichthus olivaceus (Teleostei: Anguilliformes Ophichthidae) from the Red Sea
FIGURE 2. Ophichthus olivaceus sp. nov., SMF 35878 [KAU17-4], holotype. A: underside of the head; B: head and anterior trunk close-up; C: cephalic sensory pores system; IO-infraorbital pores, LL-lateral line pores, M-lower jaw pores, PO-preopercular pores, SO-supraorbital pores, ST-supratemporal pores. Photos by S.V. Bogorodsky (A & B), drawing by J.E. McCosker (C).
FIGURE 4 in Description of a new snake eel Ophichthus olivaceus (Teleostei: Anguilliformes Ophichthidae) from the Red Sea
FIGURE 4. Maximum Likelihood phylogenetic tree based on partial sequences (652 bp) of the mitochondrial COI gene includ- ing available sequences of Ophichthinae and COI barcoding sequences from the two type specimens of Ophichthus olivaceus sp. nov. and several sequences of the subfamily Myrophinae as the outgroup. Branches with 100 percent support from bootstrapped analyses (1.000 replicates) are depicted as broad lines, other bootstrap values higher than 50 percent are shown. Scale bar represents the average number of nucleotide nucleotide substitutions per site.
FIGURE 1 in Integrative taxonomy of the Amazonian red-sided opossum Monodelphis glirina (J.A. Wagner, 1842) (Didelphimorphia: Didelphidae)
FIGURE 1. Map showing the collection localities with sequenced specimens of Monodelphis glirina complex and used in this study. Lavender patch depicts the species current distribution based on Gardner (2008) and Pavan et al. (2012), black solid stars are the new sequenced records, and red solid star the type localities of M. glirina (loc. 20) and M. maraxina (loc. 21). The numbers are according the gazetteer of localities (Appendix A).
FIGURE 7 in Integrative taxonomy of the Amazonian red-sided opossum Monodelphis glirina (J.A. Wagner, 1842) (Didelphimorphia: Didelphidae)
FIGURE 7. Geographic distribution of phylogroups of Monodelphis glirina samples based on Maximum Likelihood and Bayesian analyses of Cytochrome b (cytb). Symbols and localities are as in the Fig.1.
FIGURE 6 in Integrative taxonomy of the Amazonian red-sided opossum Monodelphis glirina (J.A. Wagner, 1842) (Didelphimorphia: Didelphidae)
FIGURE 6. Phylogenetic TCS parsimony Network reconstruction based on Cytochrome b gene sequences of Monodelphis glirina. Missing haplotypes are indicated by dashes and black circles. The size of the coloured circles is proportional to the number of individuals in each haplotype. The lineages are as in Fig. 5.
Is the red and bule colour in the picture are noise?If not then in this photo threre are picture of Black hole
<p>I randomly capturing the sky picture on north side of the sky to take the picture of saptarishimandal. I get this surprising picture like CMB. If ,this is not noise then there sre the picture of black hole ,the objects in the picture whose centre are deep black and sorrounded by bright light.</p> <p> </p>
FIGURE 21 in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 21. Craspedochiton sp. A. Erythrea, Massawa North, Abd-el-Cader, 2 valves (intermediate and tail) figured by Selli (1973: pl. 11, figs 6-7) as Craspedochiton (Notoplax) involutus (Carpenter in Pilsbry, 1893). B–E. Egypt, Hurghada, Late Pleistocene (last interglacial MIS5e). B–C. MZB 50561, head valve (St. 14bis), width 1.4 mm, dorsal views. D–E. MZB 50562, intermediate valve (St. 16), width 3 mm, dorsal views.
FIGURE 20. Acanthochitona interglacialis n in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 20. Acanthochitona interglacialis n. sp. A–C. Saudi Arabia, Gulf of Aqaba, Ash Shaykh Humayd (St. 8), Late Pleistocene (last interglacial MIS5e), Holotype MZB 50560, intermediate valve, width 1.6 mm, dorsal view, detail of tegmentum surface of pleural area and frontal view. Scale bar: 100 µm (B).
FIGURE 14. Lucilina aegyptiaca n in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 14. Lucilina aegyptiaca n. sp. A–H. Egypt, Hurghada (St. 13), Late Pleistocene (last interglacial MIS5e). A–D. Holotype, MZB 50546, intermediate valve, width 4 mm, dorsal view (A), detail of tegmentum surface of pleural area (B), ventral (C) and frontal (D) views. E–H. Paratype, MZB 50547, tail valve, width 3 mm, dorsal, ventral, lateral and posterior views. I–L. Present-day, Zabargad Island, st. 13/30, MZB 50548, intermediate valve, width 3.8 mm, dorsal view (I), detail of tegmentum surface of pleural area (J), of lateral areas (K) and frontal view (L). Scale bar: 100 µm (B, K).
FIGURE 13. Lucilina aqabaensis n in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 13. Lucilina aqabaensis n. sp. A–F. Saudi Arabia, Gulf of Aqaba, Ash Shaykh Humayd (St. 9), Late Pleistocene (last interglacial MIS5e), Holotype, MZB 50545, tail valve, width 6.5 mm, dorsal view (in two different positions of the valve), detail of tegmentum surface of antemucronal area, ventral, lateral and posterior views. Scale bar: 100 µm (C).
FIGURE 12. Lucilina confusa n in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 12. Lucilina confusa n. sp., Egypt, Hurghada, present-day (13/30). A-C. Head valve, MZB 50544a, width 3.7 mm, dorsal view, detail of tegmentum surface and lateral view. D-F. Intermediate valve, MZB 50544b, width 4.5 mm, dorsal view, detail of tegmentum surface and lateral view. G-H. Tail valve, MZB 50544c, width 3.6 mm, dorsal view and detail of tegmentum surface. I. Tail valve, MZB 50544d, width 3.3 mm, lateral view. Scale bars: 100 µm (B, E, H).
FIGURE 19. Acanthochitona mastalleri Strack, 1989. A–B, E–I in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 19. Acanthochitona mastalleri Strack, 1989. A–B, E–I. Saudi Arabia, Gulf of Aqaba, Ash Shaykh Humayd, Late Pleistocene (last interglacial MIS5e). A–B. MZB 50557a, head valve (St. 9), width 3.3 mm, dorsal and lateral views. E–F. MZB 50557b, tail valve (St. 9), width 3.1 mm, dorsal and lateral views. G–I. MZB 50558, tail valve (St. 8), width 3.2 mm, dorsal, ventral and lateral views. C–D. Egypt, Hurghada (St. 14), Late Pleistocene (last interglacial MIS5e), MZB 50559, intermediate valve, width 3.9 mm, dorsal and ventral views.
FIGURE 10. Lucilina perligera Thiele, 1909. A–D in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 10. Lucilina perligera Thiele, 1909. A–D. Egypt, Hurghada, Late Pleistocene (last interglacial MIS5e). A–C. MZB 50536, head valve (St. 13), width 4 mm, dorsal view, detail of tegmentum surface and lateral view. D. MZB 50537, head valve (St. 14bis), width 3 mm, dorsal view. E–I. Israel, Gulf of Aqaba, present-day (P448A). E–F. MZB 50538a, head valve, width 5 mm, dorsal view and detail of tegmentum surface. G–H. MZB 50538b, intermediate valve, width 6 mm, dorsal view and detail of tegmentum surface. I. MZB 50538c, tail valve, width 3,5 mm, dorsal view. Scale bars: 100 µm (B, F, H).
FIGURE 9 in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 9. Lucilina sueziensis (Reeve, 1847). A–I, K. Egypt, Hurghada, Late Pleistocene (last interglacial MIS5e). A–C. MZB 50533a, head valve (St. 13), width 3.4 mm, dorsal, ventral and lateral views. D–F. MZB 50533b, intermediate valve (St. 13), width 5.7 mm, dorsal, ventral and frontal views. G–I. MZB 50533c, tail valve (St. 13), width 6.5 mm, dorsal, ventral and lateral views. K. MZB 50533d, tail valve (St. 14bis), width 5.4 mm, lateral view. J, L. Saudi Arabia, Gulf of Aqaba, Ash Shaykh Humayd, Late Pleistocene (last interglacial MIS5e). J. MZB 50534, intermediate valve (St. 8), width 4.6 mm, dorsal view. L. MZB 50535, tail valve (St. 9), width 7.5 mm, lateral view.
FIGURE 5. Callochiton vanninii Ferreira, 1983. A–L in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 5. Callochiton vanninii Ferreira, 1983. A–L. Egypt, Hurghada (St. 13), Late Pleistocene (last interglacial MIS5e). A– C. MZB 50528a, head valve, width 2.3 mm, dorsal, ventral and lateral views. D–F. MZB 50528b, intermediate valve, width 2.3 mm, dorsal, ventral and frontal views. G. MZB 50528c, intermediate valve, width 3.4 mm, frontal view. H–I. MZB 50528d, tail valve, width 3.5 mm, dorsal and ventral views. J–L. MZB 50528e, tail valve, width 2.3 mm, dorsal, ventral and lateral views.
FIGURE 17 in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 17. Acanthopleura vaillantii de Rochebrune, 1882. A–C. Saudi Arabia, Gulf of Aqaba, Ash Shaykh Humayd (St. 3), Late Pleistocene (last interglacial MIS5e). A. MZB 50554a, head valve, width 18.5 mm, dorsal view. B–C. MZB 50554b, intermediate valve, width 26.7 mm, dorsal and ventral views.
FIGURE 23. Cryptoplax sykesi Thiele, 1909 A in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 23. Cryptoplax sykesi Thiele, 1909 A. Erythrea, Massawa North, Abd-el-Cader, 2 tail valves figured by Selli (1973: pl. 11, figs 8-9). B. ZMHU, ZMB Moll 102.074., Lectotype, fourth valve, Red Sea, "Gimsah-Bay", dorsal view. C–D. Erythrea, Massawa South (AGIP Exp.), MZB 000930. C. Intermediate valve, width 1.6 mm, dorsal view. D. Original label. E–G, J–O. Egypt, Hurghada (St. 13), Late Pleistocene (last interglacial MIS5e). E–G. 50565a, intermediate valve, width 3 mm, dorsal view, detail of tegmentum surface and lateral view. J–K. 50565b, intermediate valve, width 3 mm, dorsal and lateral views. L–O. 50565c, tail valve, width 2.4 mm, dorsal view, detail of tegmentum surface of latero-pleural area, ventral and lateral views. H–I. Saudi Arabia, Gulf of Aqaba, Ash Shaykh Humayd (St. 8), Late Pleistocene (last interglacial MIS5e), MZB 50566, intermediate valve, width 2.5 mm, dorsal and ventral views. Scale bar: 100 µm (F, M).
FIGURE 11. Lucilina confusa n in Late Pleistocene Red Sea Mollusca: 1. Polyplacophora
FIGURE 11. Lucilina confusa n. sp. A–L, O. Saudi Arabia, Gulf of Aqaba, Ash Shaykh Humayd (St. 9), Late Pleistocene (last interglacial MIS5e). A–E. Holotype, MZB 50539, tail valve, width 5 mm, dorsal view, detail of tegmentum surface of antemucronal area, ventral, lateral and posterior views. F–I. Paratype 1, MZB 50540, head valve, width 3.7 mm, dorsal view, detail of tegmentum surface, ventral and posterior views. J–L. Paratype 2, MZB 50541, intermediate valve, width 5.6 mm, dorsal view, detail of tegmentum surface of pleural area and frontal view. O. Paratype 3, MZB 50542, tail valve, width 7.2 mm, dorsal view. M–N. Egypt, Hurghada (St. 13), Late Pleistocene (last interglacial MIS5e). M. MZB 50543a, head valve, width 3.3 mm, dorsal view. N. MZB 50543b, intermediate valve, width 5 mm, dorsal view. Scale bars: 100 µm (B, G, K).
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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OpenNeuro
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