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Figs 81–85 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Figs 81–85. Helix (Helix) pomacella MOUSSON, 1854. Fig. 81 lectotype pomacella ZMZ 506387a, Les deux cotés de Bosphore, D = 23.6; Fig. 82 lectotype eumolpia SMF 9843, Philippopel, D = 23.0; Fig. 83 straubei: lectotype SMF 9734, Konstantinopel, D = 21.6; Fig. 84 lectotype anthesi SMF 9759, Rumeli Karsak am Bosporus, D = 21.85; Fig.85 NMBE 505544, Bulgaria, Burgas, close to the airport; Situs: 36.8 mm, D = 24.6. — All photos Neubert, original size.

Fig. 66 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Fig. 66. Helix (Helix) vladika KOBELT, 1898. Genital organs, NMBE 23348, Mokro close Savnik, Situs 32.42 mm. — All photos Neubert.

Figs 30–38 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Figs 30–38. Helix (Helix) lucorum LINNAEUS, 1758. Fig. 30 radiosa, holotype SMF 9866, "Taurien", D = 42.1; Fig. 31 onixiomicra, syntype MHNG 18131, Montagnes de Montenegro, D = 39.6; Fig. 32 presbensis, lectotype SMF 9630, Albanien am Presba-See, D = 44.7; Fig. 33 nigerrima, holotype SMF 9695, Abhang des Rhodope-Gebirges gegen Philippopel, D = 42; Fig. 34 nigrozonata, syntype MHNG 18058, environs de Pavie, de Mantoue, D = 39.9; Fig. 35 atrocincta, syntype MHNG 18124, environs de Pavie, D = 36.8; Fig. 36 rypara, syntype MHNG 18133, Trevi (Ombrie), D = 43.9; Fig. 37 virago, syntype MHNG 18137, Florence, D = 40.4; Fig. 38 haussknechti, holotype SMF 9676, Thatieff (bei Borshom), D = 53.8. — All photos Neubert, original size.

Figs 10–19 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Figs 10–19. Helix (Helix) pomatia LINNAEUS, 1758. Fig. 10 claudiensis, holotype SMF 9543, Klausenburg, D = 39.5; Fig. 11 dobrudschae, holotype SMF 9541, Rumania, Dobrudscha, Comana Vlasca, D = 46.2; Fig. 12 costellata, holotype SMF 9631, Markt in Bukarest, D = 39.7; Fig. 13 elsae, lectotype SMF 9529, nahe Bukarest, D = 34.9; Fig. 14 transsylvanica, holotype SMF 9634, Markt in Bukarest, D = 40.1; Fig. 15 christinae, lectotype SMF 9542, Runku über Bukarest, D = 44.5; Fig. 16 kapellae, holotype SMF 9544, Kapella Gebirge, D = 44.2; Fig. 17 serbica, holotype SMF 9540, Maidanek, D = 53.9; Fig. 18 thessalica, lectotype SMF 9568, Makrinitza bei Volos, D = 45.4; Fig. 19 rhodopensis, syntype SMF 9599/2a, Philippoppel, D = 41.0. — All photos Neubert, original size.

Figs 1–9 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Figs 1–9. Helix (Helix) pomatia LINNAEUS, 1758. Fig. 1 compacta, syntype SMF 9573, D = 50.07, Hungary "Gestrüppe der Berglehnen"; Fig. 2 pulskyana, syntype SMF 9525/2a, Hungary "Inseln der Donau", D = 36.6; Fig. 3 hajnaldiana, syntype SMF 9658, Hungary "Budapest, im botanischen Garten", D = 34.1; Fig. 4 solitaria, syntype SMF 74708/2a, D = 31.1; Fig. 5 sabulosa, syntype SMF 9524, D = 40.5, Fig. 6 expansilabris, holotype SMF 9538, D = 45.5; Fig. 7 luteola, holotype SMF 9527, D = 34.6; Fig. 8 pannonica, lectotype SMF 9535, D = 40.5, Fig. 9 lednicensis, syntype SMF 9534/2a, D = 38.3. — All photos Neubert, original size.

Figs 24–27 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Figs 24–27. Helix (Helix) lutescens ROSSMÄSSLER, 1837. Fig. 24 lutescens: neotype SMF 9850, "Galizien", D = 19.2; Fig. 25 serbica: holotype SMF 9731, "Serbien", D = 23.95; Fig. 26 NMBE 523961, Slowakia, Kechnec south of Kosice, D = 27.68; Fig. 27 SMF 75694, Romania, Siebenbürgen, Hermannstadt, coll. Kobelt ex A. Wagner [M.Ch., T. 363, fig. 9–10], D = 26.4. — All photos Neubert, original size.

Fig. 22 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Fig. 22. Helix (Helix) pomatia LINNAEUS, 1758. Genital organs, NMBE 520671, Greece, Sidirónero, 12.9 Km in dir. Livaderó, situs 63.24. — All photos Neubert.

Fig. 28 in Revision of Helix LINNAEUS, 1758 in its eastern Mediterranean distribution area, and reassignment of Helix godetiana KOBELT, 1878 to Maltzanella HESSE, 1917 (Gastropoda, Pulmonata, Helicidae)

Fig. 28. Helix (Helix) lutescens ROSSMÄSSLER, 1837. Genital organs, NMBE 523961, Slowakia, Kechnec south of Košice, situs length 57.88. — All photos Neubert.

Fig. 7 in Diversity and Distribution of Peritrich Ciliates on the Snail Physa acuta Draparnaud, 1805 (Gastropoda: Physidae) in a Eutrophic Lotic System

Fig. 7. Non-metric multidimensional scaling (NMDS) for peritrichs species abundance on Physa acuta shell. Stress = 0. C_pol = Carchesium polypinum, E_plic = Epistylis plicatilis, E_sp = Epistylis sp., O_art = Opercularia articulata, T_kel = Thuricola kellicottiana, V_cam = Vorticella campanula, V_sp = Vorticella sp.

Fig. 6 in Diversity and Distribution of Peritrich Ciliates on the Snail Physa acuta Draparnaud, 1805 (Gastropoda: Physidae) in a Eutrophic Lotic System

Fig. 6. Abundance, density, diversity and dominance of peritrich epibionts on sites of the Physa acuta shell. Different letters indicate statistical differences p <0.05 and the symbol *indicate p> 0.05.

Fig. 5 in Diversity and Distribution of Peritrich Ciliates on the Snail Physa acuta Draparnaud, 1805 (Gastropoda: Physidae) in a Eutrophic Lotic System

Fig. 5. Abundance and density of peritrich ciliates on the sites of the Physa acuta shell. Distribution of the total number of epibionts throughout the antero-posterior axis of the shell. © 2018 Academia Sinica, Taiwan

Fig. 1 in High Fecundity, Rapid Development and Selfing Ability in Three Species of Viviparous Land Snails Phaedusinae (Gastropoda: Stylommatophora: Clausiliidae) from East Asia

Fig. 5 in High Fecundity, Rapid Development and Selfing Ability in Three Species of Viviparous Land Snails Phaedusinae (Gastropoda: Stylommatophora: Clausiliidae) from East Asia

Fig. 5. Comparison of the selected life-history traits in T. sheridani (SHE), T. tau (TAU), and S. jacobiana (JAC). Number of offspring concerns monthly fecundity of a pair of snails. © 2018 Academia Sinica, Taiwan

Fig. 4 in High Fecundity, Rapid Development and Selfing Ability in Three Species of Viviparous Land Snails Phaedusinae (Gastropoda: Stylommatophora: Clausiliidae) from East Asia

Fig. 4. Reproductive activity of T. sheridani (SHE), T. tau (TAU), and S. jacobiana (JAC) under humid and dry conditions: (A, C, E) number of intrauterine eggs per dissected individual; (B, D, F) percentage of intrauterine embryos at various developmental stages. © 2018 Academia Sinica, Taiwan

Fig. 3 in High Fecundity, Rapid Development and Selfing Ability in Three Species of Viviparous Land Snails Phaedusinae (Gastropoda: Stylommatophora: Clausiliidae) from East Asia

Fig. 3. Stereophaedusa jacobiana. (A) adult (F1 generation); (B) neonates; (C) clausilium; (D) dissected adult with eggs; (E-F) egg and embryos from dissected adults. Scale bar = 1 mm.

Fig. 2 in High Fecundity, Rapid Development and Selfing Ability in Three Species of Viviparous Land Snails Phaedusinae (Gastropoda: Stylommatophora: Clausiliidae) from East Asia

Fig. 4 in Diversity and Distribution of Peritrich Ciliates on the Snail Physa acuta Draparnaud, 1805 (Gastropoda: Physidae) in a Eutrophic Lotic System

Fig. 4. Abundance and density of peritrich species on the surface on the Physa acuta shell. Different letters indicate statistical differences (p <0.05) and * indicates species present exclusively on the dorsal surface.

Fig. 2 in Diversity and Distribution of Peritrich Ciliates on the Snail Physa acuta Draparnaud, 1805 (Gastropoda: Physidae) in a Eutrophic Lotic System

Fig. 1 in Diversity and Distribution of Peritrich Ciliates on the Snail Physa acuta Draparnaud, 1805 (Gastropoda: Physidae) in a Eutrophic Lotic System

Fig. 1. in vivo photomicrographics of peritrich ciliates species on Physa acuta. (A-C) Peritrich ciliates attached to the shell. (D) Epistylis sp. (E) Opercularia articulata. (F) Carchesium polypinum. (G) Vorticella sp. (H) Vorticella campanula. (I) Epistylis plicatilis. (J) Thuricola kellicottiana. Scale bars: A = 0.15 cm; B = 1.5 mm; C = 0.5 mm; D-L = 25 µm.