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FIGURES 19–22 in Development sites and early stages of eleven species of Clusiidae (Diptera) occurring in Europe

FIGURES 19–22. Locomotory vestiture, drawn from puparia, 19–20, ridges from the apico-dorsal margin of the metathorax, 19, Clusiodes albimanus; 20, Clusia flava; 21–22, spicules from the mid-ventral region of the ventral surface, second abdominal segment, 21, Clusiodes albimanus; 22, Clusia flava.

FIGURES 8–18 in Development sites and early stages of eleven species of Clusiidae (Diptera) occurring in Europe

FIGURES 8–18. Anterior spiracles, lateral view, scale line = 0.5mm, drawn from puparia; 8, Clusia flava; 9, Clusia tigrina; 10, Clusiodes albimanus; 11, Clusiodes caledonicus; 12, Clusiodes gentilis; 13, Clusiodes microcerus; 14, Clusiodes verticalis; 15, Clusiodes apicalis; 16, Clusiodes freyi; 17, Clusiodes geomyzinus; 18, Clusiodes ruficollis.

FIGURES 6–7 in Development sites and early stages of eleven species of Clusiidae (Diptera) occurring in Europe

FIGURES 6–7. Third stage larvae; 6, Clusia flava, ventral view of pseudocephalon and thorax, length from the posterior margin of the metathorax to the mandibles = 1.2mm; 7, Lonchaea fugax (Diptera, Lonchaeidae), ventral view, pseudocephalon and prothorax, length = 0.5mm; a = antenna; b = maxillary palp; c = mandible apex; ci = cirri; d = anterior spiracles; f = oral cavity; g = labial lobe over opening of artium; ps = pseudocephalon; s = sensillium; P = prothorax; Me = mesothorax; Mt = metathorax.

FIGURES 45–55 in Development sites and early stages of eleven species of Clusiidae (Diptera) occurring in Europe

FIGURES 45–55. Hooks associated with the posterior spiracular plate, dorsal view, scale line = 0.5mm; 45, Clusia tigrina; 46, Clusia flava; 47, Clusiodes albimanus; 48, Clusiodes caledonicus; 49, Clusiodes gentilis; 50, Clusiodes microcerus; 51, Clusiodes verticalis; 52, Clusiodes apicalis; 53, Clusiodes freyi; 54, Clusiodes geomyzinus; 55, Clusiodes ruficollis.

FIGURES 56–57 in Development sites and early stages of eleven species of Clusiidae (Diptera) occurring in Europe

FIGURES 56–57. Clusiid larvae, anal plates, posterior margin uppermost, apical view, central slit is the anal opening, scale line = 0.3mm; 56, Clusia flava; 57, Clusiodes albimanus.

FIGURES 34–44 in Development sites and early stages of eleven species of Clusiidae (Diptera) occurring in Europe

FIGURES 34–44. Hook associated with the posterior spiracular plate, lateral outside view, scale line = 0.5mm; 34, Clusia tigrina; 35, Clusia flava; 36, Clusiodes albimanus; 37, Clusiodes caledonicus; 38, Clusiodes gentilis; 39, Clusiodes microcerus; 40, Clusiodes verticalis; 41, Clusiodes apicalis; 42, Clusiodes freyi; 43, Clusiodes geomyzinus; 44, Clusiodes ruficollis.

FIGURE 9. Maximum entropy model developed for D in A new species of Desmopachria Babington (Coleoptera: Dytiscidae) from Cuba with a prediction of its geographic distribution and notes on other Cuban species of the genus

FIGURE 9. Maximum entropy model developed for D. andreae sp. n. in Cuba. Values range from high (red areas) to low environmental suitability (blue areas).

FIGURES 19–28 in Indonesian species of Dilatognathus Kluge 2012 (Ephemeroptera, Leptophlebiidae, Choroterpes s. l.) and species-specific sexual dimorphism in development of maxilla

FIGURES 19–28. Choroterpes (Dilatognathus) spp. 19–24, Ch. (D.) bogori: 19 and 20, apex of maxilla in pen-penpenultimate larval instar (ventral view; tusk, ventro-apical flange and vestiges of pectinate ventral setae are shown, other setae not shown): 19, male; 20, female; 21 and 21, genitals of male imago, ventral view (holotype); 23, tergalius III (second existent); 24, middle part of anterior margin of labrum, ventral view. 25–26, genitals and enlarged penis of Choroterpides exiguus (Eaton 1884 [Thraulus]) (from Eaton 1884: Pl. 13, Fig. 20*2). 27, Choroterpes (Dilatognathus) major, tergalius III (second existent). 28, Choroterpes (Dilatognathus) minor, the same.

FIGURES 40–43 in Indonesian species of Dilatognathus Kluge 2012 (Ephemeroptera, Leptophlebiidae, Choroterpes s. l.) and species-specific sexual dimorphism in development of maxilla

FIGURES 40–43. Choroterpes (Dilatognathus) bogori sp. n., eggs. 40, 41, total view; 42, 43, two poles of egg in Fig. 41.

FIGURES 16–18 in Indonesian species of Dilatognathus Kluge 2012 (Ephemeroptera, Leptophlebiidae, Choroterpes s. l.) and species-specific sexual dimorphism in development of maxilla

FIGURES 16–18. Choroterpes (Dilatognathus) bogori, maxilla of penultimolarva at various stages of transformation preceding molt to ultimolarva (slides in Canadian balsam): 16, female, early stage; 17, female, middle stage; 18, male, late stage.

FIGURES 14–15 in Indonesian species of Dilatognathus Kluge 2012 (Ephemeroptera, Leptophlebiidae, Choroterpes s. l.) and species-specific sexual dimorphism in development of maxilla

FIGURES 14–15. Choroterpes (Dilatognathus) cataractae, maxilla of penultimolarva before molt to ultimolarva (slides in Canadian balsam): 14, male; 15, female. Abbreviations: af, ventro-apical flange; ds, dentiseta.

FIGURES 34–39 in Indonesian species of Dilatognathus Kluge 2012 (Ephemeroptera, Leptophlebiidae, Choroterpes s. l.) and species-specific sexual dimorphism in development of maxilla

FIGURES 34–39. Choroterpes (Dilatognathus) spp. 34–37, median part of postrior margin of abdominal tergum of ultimolarva: 34–35, Ch. (D.) bogori; 36–37, Ch. (D.) cataractae; 34 and 36, tergum II; 35 and 37, tergum VII. 38–39, Ch. (D.) bogori: 38, exuviae of right half of subimaginal mesonotum; 39, egg.

FIGURES 29–33 in Indonesian species of Dilatognathus Kluge 2012 (Ephemeroptera, Leptophlebiidae, Choroterpes s. l.) and species-specific sexual dimorphism in development of maxilla

FIGURES 29–33. Choroterpes (Dilatognathus) spp. 29, Ch. (D.) bogori, abdomen of male imago, spread on slide (holotype); 30, Ch. (D.) cataractae, the same (holotype); 31, Ch. (D.) bogori, hind leg of male imago (holotype); 32, Ch. (D.) cataractae, the same (holotype); 33, Ch. (D.) major, hind leg of mature larva with developing subimaginal leg.

FIGURES 24–29. Stefaniella skuhravae. 24. Head. 25. The fifth antennal flagellomere. 26. Wing. 27. The distal tarsomere. 28 in New records and new species of gall midges (Diptera: Cecidomyiidae) developing on Chenopodiaceae in Egypt

FIGURES 24–29. Stefaniella skuhravae. 24. Head. 25. The fifth antennal flagellomere. 26. Wing. 27. The distal tarsomere. 28. Genitalia (the mediobasal lobes are shown as would be seen if cerci were removed, setulae are not shown). 29. Female terminal abdominal segments with ovipositor.

FIGURES 19–23. Primofavilla aegyptiaca. 19. Head. 20. Distal antennal flagellomeres. 21. Wing. 22. Distal tarsomere. 23 in New records and new species of gall midges (Diptera: Cecidomyiidae) developing on Chenopodiaceae in Egypt

FIGURES 19–23. Primofavilla aegyptiaca. 19. Head. 20. Distal antennal flagellomeres. 21. Wing. 22. Distal tarsomere. 23. The terminal abdominal segments of female with ovipositor.

FIGURES 11–18. Baldratia karamae. 11. Head. 12. Male distal flagellomeres. 13. Female distal flagellomeres. 14. Wing. 15. The distal tarsomere. 16 in New records and new species of gall midges (Diptera: Cecidomyiidae) developing on Chenopodiaceae in Egypt

FIGURES 11–18. Baldratia karamae. 11. Head. 12. Male distal flagellomeres. 13. Female distal flagellomeres. 14. Wing. 15. The distal tarsomere. 16. Genitalia (the mediobasal lobes are shown as would be seen if cerci were removed, setulae are not shown). 17. Female terminal abdominal segments. 18. Ovipositor.

FIGURES 1–4 in New records and new species of gall midges (Diptera: Cecidomyiidae) developing on Chenopodiaceae in Egypt

FIGURES 1–4. Groups of plants of the family Chenopodiaceae at Alexandria City, El-Amria, Abo-Talat, and Sedi Kreer districts, in northern Egypt studied in 2013. 1. Atriplex halimus. 2. Arthrocnemum macrostachyum. 3. Arthrocnemum macrostachyum (enlarged). 4. Suaeda pruniosa.

FIGURES 5–10 in New records and new species of gall midges (Diptera: Cecidomyiidae) developing on Chenopodiaceae in Egypt

FIGURES 5–10. Gall midges on host plants. 5. Gall of Asphondylia punica on stems of Atriplex halimus. 6. The pupal exuviae of Houardiella gracilis protruding from the stem of Arthrocnemum macrostachyum. 7. The pupal exuviae (arrow) of Baldratia karamae protruding from a leaf of Suaeda pruinosa. 8. Galls of Primofavilla aegyptiaca on the leaves of A. halimus. 9–10. Gall of Stefaniella skuhravae on the male floral inflorescences of A. halimus, and the protruding pupal exuviae (arrow).

FIGURE 11. Nihonotrypaea petalura. A–E, pereiopod 3 in The number of zoeal stages in larval development of Nihonotrypaea petalura (Stimpson, 1860) (Decapoda: Axiidea: Callianassidae) from Russian waters of the Sea of Japan

FIGURE 11. Nihonotrypaea petalura. A–E, pereiopod 3 of zoea III–VII; F–J, pereiopod 4 of zoea III–VII; K–O, pereiopod 5 of zoea III–VII.

FIGURE 12. Nihonotrypaea petalura. A–G in The number of zoeal stages in larval development of Nihonotrypaea petalura (Stimpson, 1860) (Decapoda: Axiidea: Callianassidae) from Russian waters of the Sea of Japan

FIGURE 12. Nihonotrypaea petalura. A–G, telson with uropods of zoea I–VII; A–C, dorsal view; C΄–G, ventral view.