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Abb. 8 in Aktuelle Vorkommen von Phalacropterix graslinella (BOISDUVAL, 1852) in Polen mit einem Gesamtüberblick zur Verbreitung in diesem Land (Lepidoptera Psychidae)

Abb. 8: Weiblicher Sack von P. graslinella nahe Keschenbruch bei Flötenstein/Koczała, angesponnen an einem Drahtschmielen-Halm (Foto: M. Weidlich, 01.06.2018). Abb. 9: Jugendsack von P. graslinella mit typischem Frassbild aus der Zucht der Population nahe der Försterei Kaltfliess. Foto: M. Weidlich, 31.07.2018.

Abb. 4 in Aktuelle Vorkommen von Phalacropterix graslinella (BOISDUVAL, 1852) in Polen mit einem Gesamtüberblick zur Verbreitung in diesem Land (Lepidoptera Psychidae)

Abb. 4: Weiblicher Sack mit Raupe von P. graslinella in den Brankower Wiesen. Foto: M. Weidlich, 13.06.2013. Abb. 5: Lebensraum von P. graslinella im Kiefernwald mit Blaubeerbeständen an den Brankower Wiesen (Lebus). Foto: M. Weidlich, 13.06.2013. Abb. 6: Lebensraum von P. graslinella im lichten Kiefernhochwald mit Heidekraut- und Blaubeerbeständen bei der Försterei Kaltfliess bei Rummelsburg/Miastko (Pommern). Foto: M. Weidlich, 01.06.2018. Abb. 7: Vernichteter Lebensraum von P. graslinella durch Kahlschlag an den Brankower Wiesen. Foto: M. Weidlich, 10.03.2016.

Abb. 3 in Aktuelle Vorkommen von Phalacropterix graslinella (BOISDUVAL, 1852) in Polen mit einem Gesamtüberblick zur Verbreitung in diesem Land (Lepidoptera Psychidae)

Abb. 3: Männlicher Falter von P. graslinella, 24.05.1938 (Flügelspanne 20 mm), leg. Dr. E. Urbahn (coll. Naturkundemuseum Berlin des Leibniz Institutes) (Abb. 3). Foto: M. Weidlich.

Abb. 2 in Aktuelle Vorkommen von Phalacropterix graslinella (BOISDUVAL, 1852) in Polen mit einem Gesamtüberblick zur Verbreitung in diesem Land (Lepidoptera Psychidae)

Abb. 2: Karthographische Darstellung (UTM-System) der polnischen Vorkommen von Phalacropterix graslinella (BOISDUVAL, 1852) mit zeitlichem Bezug.

Fig. 4 in Taxonomic Re-Evaluation Of Sarika Diadema (Dall, 1897) And S. Asamurai (Panha, 1997), Two Endemic Land Snails From Thailand (Pulmonata: Ariophantidae: Macrochlamydinae)

Fig. 4. Radula morphology. Sarika diadema from Botanic Garden, Trang: A, central tooth with first to third lateral teeth; B, lateral teeth with bicuspid marginal teeth transition; C, outermost marginal teeth. Sarika asamurai from Klong Phanom National Park, Suratthani: D, central tooth with first and second lateral teeth; E, lateral teeth with bicuspid marginal teeth transition; F, outermost marginal teeth. Numbers indicated order of lateral and marginal teeth. Central tooth indicated by 'C'.

Fig. 1 in Taxonomic Re-Evaluation Of Sarika Diadema (Dall, 1897) And S. Asamurai (Panha, 1997), Two Endemic Land Snails From Thailand (Pulmonata: Ariophantidae: Macrochlamydinae)

Fig. 1. The collecting sites of S. diadema (■) and S. asamurai (●) within southern Thailand. Shading represents mountainous areas with an altitude higher than 50 m (light grey) and 500 m (dark grey).

Fig. 2 in Taxonomic Re-Evaluation Of Sarika Diadema (Dall, 1897) And S. Asamurai (Panha, 1997), Two Endemic Land Snails From Thailand (Pulmonata: Ariophantidae: Macrochlamydinae)

Fig. 2. Sarika diadema from Khao Poo-Khao Ya National Park, Pattalung: A, shell morphology; B, body colour in live specimen. Sarika asamurai from Ban Takun, Suratthani: C, shell morphology; D, body colour in live specimen.

Fig. 3 in Taxonomic Re-Evaluation Of Sarika Diadema (Dall, 1897) And S. Asamurai (Panha, 1997), Two Endemic Land Snails From Thailand (Pulmonata: Ariophantidae: Macrochlamydinae)

Fig. 3. Genitalia and jaw of S. diadema and S. asamurai. Sarika diadema from Botanic Garden, Trang: A, whole genital system; B, interior structure of penis; C, single spermatophore with detail of spines between sperm sac and tail filament; D, arrangement of three spermatophores in gametolytic sac; E, jaw. Sarika asamurai from Klong Phanom National Park, Suratthani: F, whole genital system; G, internal structure of penis; H, spermatophore with detail of spines between sperm sac and tail filament and cross section of tail filament; I, jaw. Abbreviations used in the figures are listed under 'anatomical abbreviations' in the materials and methods

Fig. 4 in Discovery of an overlooked Helicarionid land snail (Helicarionidae: Durgellinae) from northeastern Thailand, with description of a new genus and new species, and note on radula morphology and genital system

Fig. 4. Aenigmatoconcha clivicola, new species, radula of paratype (NHMSU-0014). A, whole radula; B, close up view of left side of radula; C, close up view of central part of radula; D, close up view of left latero-marginal teeth; E, close up view of central and first lateral teeth.

Fig. 5 in Discovery of an overlooked Helicarionid land snail (Helicarionidae: Durgellinae) from northeastern Thailand, with description of a new genus and new species, and note on radula morphology and genital system

Fig. 5. Aenigmatoconcha clivicola, new species, genital system of paratype (NHMSU-0014) and schematic drawing. Abbreviations: ag, albumen gland; at, atrium; ep, epiphallus; erc, epiphallic retractor caecum; fo, free oviduct; gs, gametolytic sac; hd, hermaphroditic duct; p, penis; pr, penial retractor; pro, prostate gland; ut, uterus; v, vagina; vd, vas deferens. Photograph and illustration: Kitti Tanmuangpak.

Fig. 2 in Discovery of an overlooked Helicarionid land snail (Helicarionidae: Durgellinae) from northeastern Thailand, with description of a new genus and new species, and note on radula morphology and genital system

Fig. 2.Aenigmatoconcha clivicola, new species, in natural habitat. A, living snail; B, foraging behavior. Photographs: Kitti Tanmuangpak.

Fig. 1 in Discovery of an overlooked Helicarionid land snail (Helicarionidae: Durgellinae) from northeastern Thailand, with description of a new genus and new species, and note on radula morphology and genital system

Fig. 1. Map of Thailand and surrounding area showing the type locality of Aenigmatoconcha clivicola, new genus and new species, from Phu Pha Lom, Mueang District, Loei Province (star); type localities of six other nominal species of Sophina in Moulmein (square); localities of Chalepotaxis infantilis (circle); and localities of Chalepotaxis spadix (triangle) (numbers correspond to species in Table 2).

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Fig. 2 in A new land snail, Arinia (Notharinia) micro (Caenogastropoda: Cyclophoroidea: Diplommatinidae), from a limestone karst in Perak, Peninsular Malaysia

Fig. 2. SEM images of Arinia (Notharinia) micro Marzuki & Foon, new species, holotype (BOR/MOL 6227). A, sub-frontal view of the holotype; B, top whorl of the holotype; C, Radial ribs and spiral ridges on the surface of the holotype shell. Abbreviations: PA = Parietal side of the aperture, IC = Internal constriction, DRR = Dense radial ribs, LRR = Loose radial ribs, SU = Suture, TL = teleoconch, PR = protoconch, RR = Radial rib, SR = Spiral ridges.

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Fig. 1 in A new land snail, Arinia (Notharinia) micro (Caenogastropoda: Cyclophoroidea: Diplommatinidae), from a limestone karst in Perak, Peninsular Malaysia

Fig. 1. Shells of Arinia (Notharinia) micro Marzuki & Foon, new species. A–E, Holotype (BOR/MOL 6227): A, right lateral view; B, frontal view; C, apertural view; D, left lateral view; E. bottom view; F. paratype 1 (BOR/MOL 6228/1); G, paratype 2 (BOR/MOL 6228/2).

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Fig. 3. Land use and land cover data for 2014 in Population trends and conservation status of proboscis monkeys (Nasalis larvatus) in the face of habitat change in the Klias Peninsula, Sabah, Borneo, Malaysia

Fig. 3. Land use and land cover data for 2014/2015 within the 1-km buffer distance from surveyed rivers, overlaid with proboscis monkey sightings from the 2004/2005 and 2014 surveys, Protected Areas, and Production Forest Reserve boundaries.

FIGURE 14 in A second endemic land mammal for the Hawaiian Islands: a new genus and species of fossil bat (Chiroptera: Vespertilionidae)

FIGURE 14. Carla Kishinami collecting bat skeleton from rubble on floor near the lower end of Māhiehie Cave.

FIGURE 12 in A second endemic land mammal for the Hawaiian Islands: a new genus and species of fossil bat (Chiroptera: Vespertilionidae)

FIGURE 12. Looking downslope (south) across the entrance pit of Māhiehie Cave. The amphitheater entrance to the main cave is visible below the rim on the right side.

FIGURE 9 in A second endemic land mammal for the Hawaiian Islands: a new genus and species of fossil bat (Chiroptera: Vespertilionidae)

FIGURE 9. Relative ages of Hawaiian bat fossils from sites where their remains have been dated shown in relation to the time of colonization of the islands by humans; see appendix 2 for specimen records and appendix 4 for detailed locality descriptions for all collection sites. Solid bars indicate dated age ranges; hachured bars indicate estimated age ranges. Footnoted records are as follows: 1Maximum possible age of site, actual age of bat remains younger. 2Star represents 14C dated specimen. 3Older site off scale; 130,000 to ~400,000 ybp; most likely between 320,000 and 400,000 ybp; see text for discussion.

FIGURE 8 in A second endemic land mammal for the Hawaiian Islands: a new genus and species of fossil bat (Chiroptera: Vespertilionidae)

FIGURE 8. Proximal view of the humerus of A, the holotype of Synemporion keana (BPBM 159269) compared with that of B, Lasiurus cinereus semotus (BPBM 184506). Anterior is toward the top of the page in each figure.

FIGURE 7. A in A second endemic land mammal for the Hawaiian Islands: a new genus and species of fossil bat (Chiroptera: Vespertilionidae)

FIGURE 7. A, Lateral, B, anterior, C, medial, and D, posterior views of the humeri of the holotype of Synemporion keana (on the left in each pair; BPBM 159269) and Lasiurus cinereus semotus (on the right; BPBM 184506).