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Fig. 4 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 4. Diel activity of Nanos viettei in the field based on trapping (grey) and in terraria (black). Frequency gives individuals/trap/hour for field based trapping and the proportion of active individuals each hour in the terraria.

Fig. 1 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 1. (a) Recorded localities for Nanos, and (b) geographical ranges of the species in the Nanos viettei group: N. viettei (black circle; numbers refer to localities that are mentioned in the text), N. dubitatus (white triangle), N. clypeatus (white square), N. nitens (black triangle), N. pseudonitens (black square), and N. ankaranae (white circle).

Fig. 2 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 2. Seasonal changes in abundance (a), frequency of immature and mature individuals (b), the occurrence of females with eggs (enlarged first oocyte (c), and the minimum, average and maximum egg sizes (d).

Fig. 3 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 3. Frequency distribution of the largest oocyte in mature females during the breeding season. The February data include data only for the first two weeks of the month. The panels give pooled data for several years (years indicated in the panels). Pooled sample size is also indicated.

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FIGURE 3 in Molecular approach to identify sibling species of the Ceriodaphnia cornuta complex (Cladocera: Daphniidae) from Australia with notes on the continental endemism of this group

FIGURE 3. Maximum likelihood analysis of COI gene for Ceriodaphnia cf. cornuta complex. Numbers above branches are Maximum likelihood (100 replicates) and numbers in bold are from Bayesian Analysis.

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FIGURE 1 in Molecular approach to identify sibling species of the Ceriodaphnia cornuta complex (Cladocera: Daphniidae) from Australia with notes on the continental endemism of this group

FIGURE 1. Phylogenetic trees inferred from concatenated mtDNA gene sequences for Ceriodaphnia cf. cornuta complex within Australia. Numbers above branches are Maximum likelihood (100 replicates) and numbers in bold are from Bayesian Analysis. Legends: = Species A; = Species B; = Species C.

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FIGURE 2 in Description of the previously unknown advertisement call and tadpole of the Colombian endemic glassfrog Centrolene savagei (Anura: Centrolenidae)

FIGURE 2. Lateral (A), dorsal (B) and ventral views (C) of the tadpole of Centrolene savagei at Gosner's stage 39 (MHUA-L 0197–1, total length = 33.1 mm); Oral disc at stage 39 (width = 1.4 mm; left) (D) and at stage 26 (width = 3.0 mm) (E). Illustration: M. Rivera-Correa.

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FIGURE 1. A in Description of the previously unknown advertisement call and tadpole of the Colombian endemic glassfrog Centrolene savagei (Anura: Centrolenidae)

FIGURE 1. A: Calling male of Centrolene savagei with its putative egg clutch (eggs younger than 7 days); B: eggs older than 18 days age (not the same clutch than picture A); note the ontogenetic change in coloration of embryos inside egg capsules. Both pictures taken in Reserva Forestal Bosque de Yotoco, Cordillera Occidental, Colombia (Photo: F. Vargas-Salinas). C: Oscillogram; D: spectrogram; and E: power spectrum of one note advertisement call of C. savagei. Male body size = 22.59 mm, temperature of male calling = 16.6ºC, Locality: Filandia, Central Andes of Colombia.

Figure 28 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 28. Distribution of three genera and stratigraphic region of Yunnan (adapted from Yunnan Bureau of Geology and Mineral Resources, 1990): I1, Tengchong –Baoshan subregion of Yunnan–Tibet region; II1, Zhongdian subregion of Tethys region; II2, Lanping–Simao subregion of Tethys region; III1, Central Yunnan subregion of Yangtze region; IV1, Southeast Yunnan subregion of South China region. Number in legend shows the species at this locality. 2* indicate two fossil species.

Figure 25 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 25. Comparison of the species of Anularya gen. nov. from four lakes with respect to parameters H and W/H.

Figure 22 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 22. Shells of Tchangmargarya multilabiata sp. nov. from Lake Changhu: A, holotype, male individual, FG594250; B, paratype, male individual, CH 1, 59.2 mm; C, paratype, female individual, CH 2, 52.8 mm; D, paratype, CH 7, 52.4 mm; E, paratype, CH 35, 50.77 mm; F, paratype, five keels variety with totally purple calcareous layers, CHX 1, 53.3 mm; G, inner lip; H, juvenile shell with band, 15.4 mm (provided by Hao Yang).

Figure 19 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 19. Shells of Tchangmargarya yangtsunghaiensis: A, Lake Yangzonghai, YZHHY 14, 50.2 mm; B, Lake Yangzonghai, YZHHY 10, 54.6 mm; C, Lake Yangzonghai, four keels variety, YZHHY 29, 48.4 mm; D, subfossil from hill of Wanfu Temple, YZHWFS 5, 49.1 mm; E, holotype of Margarya yangtsunghaiensis, FG00001.

Figure 17. A–C in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 17. A–C, recent shells of Margarya monodi: A, Lake Dianchi, DCXHJ 1, 61.2 mm; B, Lake Dianchi, DCHK 1, 57.4 mm; C, Lake Dianchi, IZCAS FG89681, 50.0 mm; D, subfossil specimens, Haikou, Lake Dianchi (left to right: 60.6 mm, 67.3 mm, 61.5 mm, 65.1 mm); E, submature shell, DCHK 40, 38.2 mm; F, juvenile shell, 14.3 mm, taken from DCHK 1; G, holotype of Margarya elongata, FG00074; H, holotype of Margarya elongata var. yini, FG00096; I, holotype of Margarya tchangsii (Xia, 1982); J, original figure of Margarya monodi (Dautzenberg & Fischer, 1905).

Figure 15 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 15. Shells of Margarya oxytropoides: A, Lake Dianchi, DCXHJ 2, 65.9 mm; B, Lake Dianchi, DCXHJ 44, 53.1 mm; C, Lake Dianchi, DCXHJ 3, 54.1 mm; D, Lake Dianchi, DCHK 41, 62.1 mm; E, Lake Lugu (provided by Liu Ye); F, Lake Dianchi, FG68944, 41.0 mm; G, original figure of Paludina oxytropoides (Heude, 1889); H, juvenile shell, 14.2 mm.

Figure 14 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 14. Scanning electron micrograph showing radula of Margarya francheti from Lake Dianchi: A, central tooth; B, lateral tooth; C, inner marginal tooth; D, outer marginal tooth.

Figure 13 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 13. Shells of Margarya francheti: A, Lake Jianhu, JHFS 1, 86.9 mm; B, Lake Erhai, EHCC 11, 45.1 mm; C, Lake Dianchi, DCWLB 1, 58.3 mm; C, D, Lake Erhai, FG89708, 60.1 mm; E, holotype figure of Margarya francheti; F, holotype figure of Margarya tropidophora (E, F, from Mabille, 1886).

Figure 12 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 12. Mature juvenile shell of Margarya species: A, Margarya melanioides, JH 13, Lake Jianhu; B, Margarya francheti, EHCC 12, Lake Erhai; C, Margarya monodi, IZCAS FG89681, Lake Dianchi; D, Margarya oxytropoides, DCXHJ 44, Lake Dianchi.

Figure 11 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 11. Scanning electron micrographs of the radula of Margarya melanioides, Lake Jianhu: A, central tooth; B, lateral tooth; C, inner marginal tooth; D, outer marginal tooth.

Figure 24 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 24. Shells of Anularya mansuyi: A, Lake Yilong, FG140819, 61.6 mm; B, Lake Yilong, FG140820, 54.1 mm; C, subfossil from Luosipu Village, XYHLSP 1, 90.2 mm; D, Lake Qilu, QLH 2, 79.1 mm; E, Lake Qilu, QLH 52, 49.5 mm; F, fossil variety obsolete from rocks on a hill around Shiyanshao Village, XYSYS 12, 74.9 mm; G, fossil from rocks on a hill around Shiyanshao Village, XYSYS 1, 60.0 mm; H, specimens from Lake Yilong, YLH 1, 64.4 mm; I, submature shell from Lake Qilu, QLH 37, 42.3 mm; J, varieties from Lake Xingyun (left to right: 59.7 mm, 50.7 mm, 49.8 mm, and 50.8 mm).

Figure 5 in Systematic revision of the freshwater snail Margarya Nevill, 1877 (Mollusca: Viviparidae) endemic to the ancient lakes of Yunnan, China, with description of new taxa

Figure 5. Best maximum-likelihood (ML) phylogram based on analyses of Internal Transcribed Spacer 2 (ITS2) sequences. Numbers above branches indicate nodal support of the topology shown, by means of ML bootstrapping/MP bootstrapping/Bayesian posterior probabilities.