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155 results for “Libya”
FIGURE 31. Macroprotodon cucullatus from 5 in Atlas of the Reptiles of Libya
FIGURE 31. Macroprotodon cucullatus from 5 km east of Al Beida, Jabal al Akhdar, Cyrenaica, Libya (32.7826, 21.8276), 1998. Photo courtesy of Natural History Museum of Crete © A. Trichas.
FIGURE 1 in Atlas of the Reptiles of Libya
FIGURE 1. Elevational map of Libya showing the major features of the country. Yellow circles: major Mediterranean cities, blue squares: major oases; triangle: highest point in Libya, Bikku Bitti (2267 m); inverted triangle: lowest point in Libya, Sabkhat Guzayyii (-47 m). Major geographic features (mountain ranges, plateaus, sand seas) in bold, italic, capital letters.
Figures 1–9 in Ocnogyna mooseri, a new peculiar species from Libya (Lepidoptera: Erebidae: Arctiinae)
Figures 1–9. Ocnogyna (1–8) and Tajigyna (9): adults. Depositories of the specimens: 1 and 2 in GMF-B; 3–8 in MWM/ZSM; 9 in WIGJ.
Figures 10–12 in Ocnogyna mooseri, a new peculiar species from Libya (Lepidoptera: Erebidae: Arctiinae)
Figures 10–12. Ocnogyna: female genitalia. Depositories of the specimens dissected: 10 in GMF-B; 11 and 12 in MWM/ZSM.
FIGURE 1 in New palynological evidence for the age of the Beda Formation, Sirte Basin, Libya
FIGURE 1. Structural elements of the Sirt Basin, Libya showing locations of major oil and gas fields. Location X indicates wells X13, X23, and X43 in the Hagfa Trough and location Y indicates well Y47 on the Beda Platform. (modified after Burwood et al. 2003, NARG website).
FIGURE 4. Pollen grains and fungal remains. 4.1 in New palynological evidence for the age of the Beda Formation, Sirte Basin, Libya
FIGURE 4. Pollen grains and fungal remains. 4.1. Arecipites indicus (6854' 8", Slide 2: 95 x 33.5). Size: 14 x 6 µm. 4.2. Proxapertites cursus (6863', Slide 1: 98.4 x 32.4). Size: 14 µm. 4.3. Retitricolpites sp. (6863', Slide 1: 101 x 27). Size: 8 µm. 4.4. Palmaepollenites sp. (6863', Slide 1: 107.4 x 35.8). Size: 23x11 µm. 4.5. Proxapertites operculatus (6863', Slide 2: 105.2 x 39). Size: 15x8 µm. 4.6. Tricolpites microreticulatus (6863', Slide 2: 105.5 x 34.5). Size: 8 µm. 4.7. Tricolporopollenites sp. (6863', Slide 2: 94x31.5). Size: 16x 12 µm. 4.8. Arecipites indicus (6863', Slide 2: 93.8x39.2). Size: 19x 11 µm. 4.9. Palmidites sp. (6863', Slide 2: 95.7x31.2). Size: 16x 8 µm. 4.10. Palmidites sp. (6863', Slide 2: 92x37.6). Size: 18x12 µm. 4.11. Retibrevitricolpites sp. (6863', Slide 2: 92.4x25). Size: 10 µm. 4.12. Brevitricolpites sp. (6863', Slide 2: 104.4x33.5). Size: 10 µm. 4.13. Neocouperipollis sp. (6863', Slide 2: 91.5x29.6). Size: 16 µm. 4.14. Trisyncoloporopollenites sp. (6863', Slide 2: 90x23.2). Size: 12 µm. 4.15. Fungal spore (6863, slide 1: 99.6 x 33). Size: 30 µm. 4.16. Fungal remain (6863, slide 2: 105.6 x 30.3). Size: 23x8 µm.
FIGURE 3 in New palynological evidence for the age of the Beda Formation, Sirte Basin, Libya
FIGURE 3. Dinoflagellate cysts, acritarchs and foraminiferal remains. 3.1. Homotryblium floripes (6871' 4", slide 1: 96.5x30.5). Cyst diameter 32 µm; process length 11-14 µm. 3.2. Adnatosphaeridium multispinosum (6872' 2", slide 1: 101.9x36). Cyst diameter 22 µm; process length 8-10 µm. 3.3. Homotryblium floripes (6871' 4", slide 2: 103.5x35.7). Cyst diameter 40 µm; process length 11-13 µm. 3.4. Homotryblium floripes (6872' 2", slide 1: 96.8x38). Cyst diameter 42 µm; process length 13-15 µm. 3.5. Tityrosphaeridium cantharellus (6872' 2", slide 1: 97.8x28.7). Cyst diameter 36 µm; process length 11x14 µm. 3.6. Apteodinium australiense (6872' 2", slide 2: 108x39.6). Cyst diameter 22x16 µm. 3.7. Leiosphaeridia sp. (6872' 2", slide 1: 98.2x24.6). Cyst diameter 21x14 µm. 3.8. cf. Pterospermella sp. (6872' 2", slide 1: 98x24). Cyst diameter 25x21.5 µm. 3.9. Batiacasphaera cf. sphaerica Stover, 1977 (6872' 2", slide 2: 104.5x31.5). Cyst diameter 22x16 µm. 3.10. Foraminiferal lning (6863, slide 1: 94.2 x 28). Size: 40 µm. 3.11. Micrhystridium sp. (6863, slide 2: 103.4 x 30). Cyst diameter 15 µm; and process length 3-4 µm. 3.12. Micrhystridium sp. (6863, Slide 2: 103.2 x 32.3). diam. 7 µm; proc. 2-3 µm.
FIGURE 2. Dinoflagellate cysts. 2.1 in New palynological evidence for the age of the Beda Formation, Sirte Basin, Libya
FIGURE 2. Dinoflagellate cysts. 2.1. cf. Cyclonephelium sp. (6854' 8", slide 1: 97.2 x 23). Size: 41x31 µm. 2.2. Canningia sp. (6854' 8", slide 2: 95 x 37.7). Size: 28x17 µm. 2.3. Spiniferites ramosus group (6854' 8", slide 2: 95 x 37.7). Cyst diameter 19 µm; and process length 3-4.5 µm. 2.4. Batiacasphaera compta (6871' 4", Slide 1: 91.5x33.4). Cyst diameter 32x27 µm. 2.5. Homotryblium floripes (6871, slide 1: 95.9x32.1) Cyst diameter 38µm; and process length 12-15 µm. 2.6. Spiniferites ramosus group (6863, slide 2: 97.8 x 33). Cyst diameter 27 µm; and process length 5 µm. 2.7. Polysphaeridium subtile (6863, slide 2: 104.8 x 38). Cyst diameter 13 µm; process length 2-3 µm. 2.8. Operculodinium centrocarpum (6863, slide 1: 100 x 38.8). Cyst diameter 28x24µm; and process length 4-5 µm. 2.9. Fibrocysta cf. bipolaris (6871' 4", slide 1: 96.5x30.5). Cyst diameter 42x34 µm; process length 12-18 µm. 2.10. Homotryblium floripes (6871' 4", slide 1: 94.7x28.2). Cyst diameter 42x31 µm; process length 12-15 µm.
Figure 5 in A new species of the genus Aiolopus Fieber (Oedipodinae: Acrididae) from Libya
Figure 5. Aiolopus simulatrix (Walker). A) Female supra-anal plate and cerci. B) Female subgenital plate. C) Spermatheca. D) Ovipositor. E) Epiphallus. F) Aedeagus. G) Male supra-anal plate and cerci. H) Male subgenital plate
Figure 4 in A new species of the genus Aiolopus Fieber (Oedipodinae: Acrididae) from Libya
Figure 4. Aiolopus strepens (Latreille). A) Female supra-anal plate and cerci. B) Female subgenital plate. C) Spermatheca. D) Ovipositor. E) Epiphallus. F) Aedeagus. G) Male supra-anal plate and cerci. H) Male subgenital plate
Figure 3 in A new species of the genus Aiolopus Fieber (Oedipodinae: Acrididae) from Libya
Figure 3. Aiolopus thalassinus (Fabricius). A) Female supra-anal plate and cerci. B) Female subgenital plate. C) Spermatheca. D) Ovipositor. E) Epiphallus. F) Aedeagus. G) Male supra-anal plate and cerci. H) Male subgenital plate
Figure 2 in A new species of the genus Aiolopus Fieber (Oedipodinae: Acrididae) from Libya
Figure 2. Aiolopus obariensis sp. n. A) Female supra-anal plate and cerci. B) Female subgenital plate. C) Spermatheca. D) Ovipositor. E) Epiphallus. F) Aedeagus. G) Male supra-anal plate and cerci. H) Male subgenital plate.
Fig. 24 in Revision of the Andrena (Micrandrena) tiaretta group: redescription of A. tiaretta WARNCKE, 1974 and description of two new species (A. cyrenaica nov.sp. and A. orientalis nov.sp.) demarcating the central and eastern part of the range (Libya, Israel, Syria)
Fig. 24: Shape PCA, scatterplot of first against second shape PCA of Andrena tiaretta s.l. males from all localities, using all variables without FL2. Fig. 25: Scatterplot of isosize against first shape PCA of Andrena tiaretta s.l. males using the data set of Fig. 24. Fig. 26: PCA ratio spectrum for shape PC1 of Andrena tiaretta s.l. males. Fig. 27: Allometry ratio spectrum of Andrena tiaretta s.l. males. Fig. 28: Scatterplot of the both best ratios (FL1/POD; LPW/WL) of Andrena tiaretta s.str. and A. orientalis nov.sp. males.
Fig. 18 in Revision of the Andrena (Micrandrena) tiaretta group: redescription of A. tiaretta WARNCKE, 1974 and description of two new species (A. cyrenaica nov.sp. and A. orientalis nov.sp.) demarcating the central and eastern part of the range (Libya, Israel, Syria)
Fig. 18: Andrena tiaretta s.str. (male) from Algeria, OLML 112; Fig. 19: A. orientalis nov.sp. (male) from Israel, OLML 125; Fig. 20: A. cyrenaica nov.sp. (male) from Lybia, OLML 128; (a) head frontal view; (b) dorsal view mesoscutum, scutellum, postscutellum, propodeum. Photos L. Haitzinger.
Fig. 15 in Revision of the Andrena (Micrandrena) tiaretta group: redescription of A. tiaretta WARNCKE, 1974 and description of two new species (A. cyrenaica nov.sp. and A. orientalis nov.sp.) demarcating the central and eastern part of the range (Libya, Israel, Syria)
Fig. 15: Andrena tiaretta s.str. (male) from Algeria, OLML 112. Fig. 16: A. orientalis nov.sp. (male) from Israel, OLML 125. (a) dorsal view; (b) labels. Fig. 17: A. cyrenaica nov.sp. (male) from Lybia, OLML 128. (a) dorsal view; (b) labels. All specimens deposited in the 'Biology Centre of the Upper Austrian Provincial Museum Linz' (Austria). Photos L. Haitzinger.
Fig. 7 in Revision of the Andrena (Micrandrena) tiaretta group: redescription of A. tiaretta WARNCKE, 1974 and description of two new species (A. cyrenaica nov.sp. and A. orientalis nov.sp.) demarcating the central and eastern part of the range (Libya, Israel, Syria)
Fig. 7: Andrena tiaretta s.str. (female) from Morocco, OLML 110; Fig. 8: A. orientalis nov.sp. (female) from Israel, OLML 116; Fig. 9: A. cyrenaica nov.sp. (female) from Lybia, OLML 120; (a) tibia, metatarsus, tarsi 2, 3, tibial scopa; (b) dorsal view mesoscutum. Photos L. Haitzinger.
Fig. 4 in Revision of the Andrena (Micrandrena) tiaretta group: redescription of A. tiaretta WARNCKE, 1974 and description of two new species (A. cyrenaica nov.sp. and A. orientalis nov.sp.) demarcating the central and eastern part of the range (Libya, Israel, Syria)
Fig. 4: Andrena tiaretta s.str. (female) from Morocco, OLML 110; Fig. 5: A. orientalis nov.sp. (female) from Israel, OLML 116; Fig. 6: A. cyrenaica nov.sp. (female) from Lybia, OLML 120; (a) head frontal view; (b) dorsal view mesoscutum, scutellum, postscutellum, propodeum. Photos L. Haitzinger.
Fig. 1 in Revision of the Andrena (Micrandrena) tiaretta group: redescription of A. tiaretta WARNCKE, 1974 and description of two new species (A. cyrenaica nov.sp. and A. orientalis nov.sp.) demarcating the central and eastern part of the range (Libya, Israel, Syria)
Fig. 1: Andrena tiaretta s.str. (female) from Morocco, OLML 110. Fig. 2: A. orientalis nov.sp. (female) from Israel, OLML 116. (a) dorsal view; (b) labels. Fig. 3: A. cyrenaica nov.sp. (female) from Lybia, OLML 120. (a) dorsal view; (b) labels. All specimens deposited in the 'Biology Centre of the Upper Austrian Provincial Museum Linz' (Austria). Photos L. Haitzinger.
FIG. 5. — Crocodylidae indet. 1 in Crocodile remains from the Burdigalian (lower Miocene) of Gebel Zelten (Libya)
FIG. 5. — Crocodylidae indet. 1 (MNHN.LBE.311), occipital region. Abbreviations: bo, basioccipital; boc, basioccipital condyle; cqp, cranio-quadrate passage; exoc, exoccipital; f.m, foramen magnum; p, parietal; pop, paraoccipital process; ptf, postemporal fenestra; soc, supraoccipital; sq, squamosal; sqp, squamosal projection. Scale bar: 2 cm.
FIG. 4. — Crocodylidae indet. 1 in Crocodile remains from the Burdigalian (lower Miocene) of Gebel Zelten (Libya)
FIG. 4. — Crocodylidae indet. 1 (MNHN.LBE.311), skull table and braincase in ventral view. Abbreviations: bo, basioccipital; boc, basioccipital condyle; bs, basisphenoid; f, frontal; ls, laterosphenoid; m.e.f, median eustachian foramen; po, postorbital; pob, postorbital bar; q, quadrate; stf, supratemporal fenestra. Scale bar: 2 cm.
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
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