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77 results for “marine flatworm”
FIGURE 8. Bivesiculoplana lamothei. A-B in New genus, new species and new records of marine acotylean flatworms (Platyhelminthes: Polycladida: Acotylea) from Oaxaca, southern Mexican Pacific
FIGURE 8. Bivesiculoplana lamothei. A-B (UMAR-PLAT 008); A. diagrammatic representation complete specimen; B. diagrammatic representation male and female reproductive system, ventral view; C. specimen associate a Fissurella gemmata; D. specimen associate a Lottia sp. Structures: fg= female gonopore, lv= Lang´s vesicle, mg= male gonopore, st= stylet, spv= spermiducal vesicle. Scaling bar of the figure A-B = 1 mm.
FIGURE 5 in New genus, new species and new records of marine acotylean flatworms (Platyhelminthes: Polycladida: Acotylea) from Oaxaca, southern Mexican Pacific
FIGURE 5. Bisacculosuteri marcelae sp. nov. A-B (holotype UMAR-PLAT 007). A. diagrammatic representation complete specimen; B. diagrammatic representation of male and female reproductive system, ventral view; C-E. egg lying on bryozoan colony. Structures: br= bryozoans, cg= cement gland, e= eggs, fg= female gonopore, mg= male gonopore, nt= nuchal tentacle, p= pharynx, pa= Padina sp., pvd= pore of the vaginal duct, st= stylet, sv= seminal vesicle, ud= uterine duct, us= uterine sac, uv= uterine vesicle, vd= vaginal duct. Scaling bar of the figure A-B = 1 mm.
FIGURE 10 in New genus, new species and new records of marine acotylean flatworms (Platyhelminthes: Polycladida: Acotylea) from Oaxaca, southern Mexican Pacific
FIGURE 10. Paraplanocera oligoglenoides sp. nov. A (paratype UMAR-PLAT 013); B (paratype UMAR-PLAT 038); C (holotype UMAR-PLAT 012). A, F. specimen in vivo; B. specimen preserved in alcohol; C. specimen stained in Mayer's carmalum and cleared in methyl salicylate; D-E. anterior region of the body; G. pharynx; H. male and female system reproduction, ventral view. Structures: b=brain, bc= bursa copulatrix, ce= cerebral eyes, cs=cirrus sac, d=dots, dorsal color pattern, fg= female gonopore, gcm= globuli cell masses, lv= Lang´s vesicle, m= mouth, mg= male gonopore, nt= nuchal tentacle, p= pharynx, pv= prostatic vesicle, spv= spermiducal vesicle, te= tentacular eyes. Scaling bar of the figure A-C= 1 mm.
FIGURE 16. Notoplana longiducta Hyman, 1959. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 16. Notoplana longiducta Hyman, 1959. A. Dorsal view of live specimen. B. Details of the pharynx. C. Details of the reproductive systems. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F. Histological sections of the reproductive system of the specimen from Bottle & Glass. G. Histological sections of the holotype of Notoplana longicrumena Prudhoe, 1982. H. Histological sections of the specimen from Tasmania I. Histological sections of the holotype of Notoplana longiducta Hyman, 1959.
FIGURE 18 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 18. Notocomplana distincta (Prudhoe, 1982) comb. nov. A. Dorsal view of live specimen. B. Dorsal view of a fixed specimen, treated with a clearing agent. C. Details of the reproductive systems. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F. Histological sections of the reproductive system.
FIGURE 17 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 17. Notoplana felis sp. nov. A. Dorsal view of live specimen. B. Details of the pharynx and reproductive systems. C. Arrangement of the eyes. D. Sagittal reconstruction of the reproductive system. E–H. Histological sections of the reproductive system.
FIGURE 19. Tripylocelis typica Haswell, 1907. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 19. Tripylocelis typica Haswell, 1907. A. Dorsal view of live specimen. B–C. Arrangement of the eyes. D. Details of the pharynx and reproductive systems. E. Sagittal reconstruction of the reproductive system. F. Histological sections of the reproductive system.
FIGURE 23 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 23. Cestoplana rubrocincta (Grube, 1840). A. Dorsal view of live specimens. B. Sagittal reconstruction of the reproductive system. C. Histological sections of the reproductive system.
FIGURE 14 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 14. Ceratoplana falconerae sp. nov. A. Dorsal view of live specimen. B. Dorsal view of a fixed specimen, treated with a clearing agent. C. Details of the pharynx and reproductive systems. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F–I. Histological sections of the reproductive system.
FIGURE 22 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 22. Prosthiostomum amri sp. nov. A–B. Dorsal view of live specimen. C. Dorsal view of a fixed specimen. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F–G. Histological sections of the reproductive system.
FIGURE 10. Paraplanocera marginata Meyer, 1922. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 10. Paraplanocera marginata Meyer, 1922. A. Dorsal view of the live specimen (left) and details of the tentacles on the fixed specimen. B. Arrangement of the eyes (left), details of the pharynx (centre) and details of the reproductive systems (right). C. Sagittal reconstruction of the reproductive system. D. Histological sections of the reproductive system.
FIGURE 15 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 15. Notoplana australis (Schmarda, 1859). A–B. Dorsal view of live specimens. C. Ventral view of a fixed specimen, treated with a clearing agent. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F. Histological sections of the reproductive system.
FIGURE 2 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 2. Maximum-likelihood (ML) phylogenetic tree from sequences of five genes (18S, 28S, 16S, COI, Cytb) (concatenated length 3812 bp). Node support (BS) is shown for values greater than 50%. Species from this study are highlighted in blue.
FIGURE 9. Planocera edmondsi Prudhoe, 1982. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 9. Planocera edmondsi Prudhoe, 1982. A. Dorsal view of the fixed specimen (left), details of the tentacles (centre) and details of the pharynx and reproductive systems (right). B. Sagittal reconstruction of the reproductive system. C. Histological sections of the reproductive system.
FIGURE 13. Stylochoplana clara Kato, 1937. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 13. Stylochoplana clara Kato, 1937. A. Dorsal view of live specimen. B. Details of the pharynx and reproductive systems. C. Arrangement of the eyes. D. Sagittal reconstruction of the reproductive system. E. Histological sections of the reproductive system.
FIGURE 21 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 21. Thysanozoon brocchii (Risso, 1818). A. Dorsal view of live specimens. B. Detail of the pseudotentacles. C. Details of the male reproductive systems. D. Detail of the dorsal papillae in a fixed specimen. E. Sagittal reconstruction of the reproductive system. F Histological sections of the reproductive system.
FIGURE 5 in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 5. Neostylochus ancorus sp. nov. A. Dorsal view of the fixed specimen, treated with a clearing agent. B. Details of the copulatory system. C. Dorsal view of live specimen. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F–I. Histological sections of the reproductive system.
FIGURE 20. Diposthus popeae Hyman, 1959. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 20. Diposthus popeae Hyman, 1959. A. Dorsal view of live specimen. B. Dorsal view of a fixed specimen, treated with a clearing agent. C. Details of the reproductive systems. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F. Histological sections of the reproductive system.
FIGURE 4. Callioplana marginata Stimpson, 1857. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 4. Callioplana marginata Stimpson, 1857. A. Changes in dorsal colouration pattern with different lighting (top row); dorsal view of live specimens with differences in colouration pattern (bottom row). B. Sagittal reconstruction of the reproductive system. C. Histological sections of the reproductive system.
FIGURE 12. Echinoplana celerrima Haswell, 1907. A in Biodiversity of intertidal marine flatworms (Polycladida, Platyhelminthes) in southeastern Australia
FIGURE 12. Echinoplana celerrima Haswell, 1907. A. Dorsal view of live specimen. B. Dorsal view of a fixed specimen, treated with a clearing agent. C. Details of the pharynx and reproductive systems. D. Arrangement of the eyes. E. Sagittal reconstruction of the reproductive system. F. Histological sections of the reproductive system.
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OpenNeuro
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