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103 results for “Campos Basin”
Figure 4 in A study of triphorid larvae and post-larvae at the Campos Basin deep-sea floor, southeastern Brazil (Gastropoda: Triphoroidea)
Figure 4. Simplified hypotheses of metamorphosis occurring at mid-water or at the deep-sea floor. = adult; = larvae; = post-larvae; = dead specimen.
Figure 2 in A study of triphorid larvae and post-larvae at the Campos Basin deep-sea floor, southeastern Brazil (Gastropoda: Triphoroidea)
Figure 2. Larvae and post-larvae obtained from Campos Basin slope. a–b, f–i. Cosmotriphora melanura, MNRJ 33604. c–e. Post-larvae of pattern 2–1-2-(1), MNRJ 33606 (c), MNRJ 33650 (d–e). j–m. Monophorus olivaceus, MNRJ 33607. n–q. Iniforis pseudothomae, MNRJ 33649. Scale bars: a–g, l– o = 250 μm; h–k, p–q = 50 μm.
Figure 1 in A study of triphorid larvae and post-larvae at the Campos Basin deep-sea floor, southeastern Brazil (Gastropoda: Triphoroidea)
Figure 1. Oceanprof study site in Campos Basin (a–b), and its varied deep-sea bottom (c–f). c. Soft sediment, predominating in this area. d–e. Sponge banks, at 820 and 1025 m, respectively. f. Coral reef, at 248 m. Scale bars: a = 1000 km; b = 200 km.
Figure 3 in A study of triphorid larvae and post-larvae at the Campos Basin deep-sea floor, southeastern Brazil (Gastropoda: Triphoroidea)
Figure 3. Larvae and post-larvae obtained from Campos Basin slope (cont.). a–b. Sagenotriphora osclausum, IBUFRJ 19982. c–d. Similiphora intermedia, MNRJ 33652. e–h. Larvae of pattern 2–1-2-(1), MNRJ 33311. i–m. Post-larvae of pattern 2–1-2-(1), IBUFRJ 16902 (i), MNRJ 33606 (j–k), MNRJ 33650 (l–m). N-O. Cerithiopsis flava (C. B. Adams), MNRJ 34108. p–q. Post-larvae of Cerithiopsis sp., MNRJ 34107. Scale bars: a, d–e, h–j, m, o–q = 250 μm; b–c, f–g, k–l, n = 50 μm.
FIGURE 8 in How features of the hinge plate aid in discriminating among three Yoldiella (Pelecypoda, Protobranchia) species from the Campos Basin, Brazil
FIGURE 8. Discriminant analysis of three taxa using combined shell shape and hinge plate morphometric data. Df, discriminant function.
FIGURE 7 in How features of the hinge plate aid in discriminating among three Yoldiella (Pelecypoda, Protobranchia) species from the Campos Basin, Brazil
FIGURE 7. Discriminant analysis of three taxa using overall shell shape morphometric data. Df, discriminant function.
FIGURE 2 in How features of the hinge plate aid in discriminating among three Yoldiella (Pelecypoda, Protobranchia) species from the Campos Basin, Brazil
FIGURE 2. Shell shape measurements used: total length (L); height (H); dorsal height (DH); ventral height (VH); antero-dorsal margin length (lam); postero-dorsal margin length (lpm); center to margin lengths (R1, R2, R3, and R4).
FIGURE 6 in How features of the hinge plate aid in discriminating among three Yoldiella (Pelecypoda, Protobranchia) species from the Campos Basin, Brazil
FIGURE 6. Schematic position of teeth in the hinge plate. Teeth anterior and posterior to the umbo are considered as separate series, with tooth 1 in each series positioned closest to the margin1.
FIGURE 1 in How features of the hinge plate aid in discriminating among three Yoldiella (Pelecypoda, Protobranchia) species from the Campos Basin, Brazil
FIGURE 1. Yoldiella species used for morphometric analyses. Yoldiella sp.1: a—external and internal views (MNRJ 15200), b—dorsal view (IBUFRJ18756). Yoldiella sp.2: c—external view (MOFURG 50903) and internal view (MNRJ 15201), d— dorsal view (IBUFRJ 18748). Yoldiella aff. jeffreysi (Hidalgo, 1877): e—external view (IBUFRJ 18646) and internal view (IBUFRJ 18623), f—dorsal view (IBUFRJ 18646). Scale bars = 1mm (Fig 1), 400 µm (Figs 3,5 and 6), 300 µm (Fig 4), 200 µm (Fig 2).
FIGURES 4–5. Dorsal view hinge plate measurements. 4 in How features of the hinge plate aid in discriminating among three Yoldiella (Pelecypoda, Protobranchia) species from the Campos Basin, Brazil
FIGURES 4–5. Dorsal view hinge plate measurements. 4—total length of the hinge plate (lhp); length between the center of the higher teeth of the anterior and posterior hinge plates to the umbo (alu and plu) and to the respective margins (alm and plm). 5—dorsal length of the anterior and posterior hinge plates (dahp and dphp); height of the higher teeth of the anterior and posterior hinge plates (hat and hpt) and width of a valve W.
FIGURE 3 in How features of the hinge plate aid in discriminating among three Yoldiella (Pelecypoda, Protobranchia) species from the Campos Basin, Brazil
FIGURE 3. Hinge measurements used—internal view of the hinge plate: length of the anterior and posterior hinge plates (ahp and php); width of the anterior hinge plate and teeth (wap and wat); width of the posterior hinge plate and teeth (wpp and wpt).
FIGURE 1 in Two new species of Sabatieria Rouville (Nematoda: Comesomatidae) with conical-cylindrical tails, from Campos Basin, Rio de Janeiro, Brazil *
FIGURE 1. Map of Campos Basin.
FIGURE 1 in Nephtyidae (Annelida: Polychaeta) from the Campos Basin, including two new species and a new record
FIGURE 1. Map of the study area: continental shelf and slope. Project HABITATS.
Figure 4 in First record of the taxon Echinopsyllus (Copepoda, Harpacticoida, Ancorabolidae) from the deep sea of Campos Basin, Brazil, with the description of three new species and their contribution to phylogenetic analysis
Figure 4. Echinopsyllus brasiliensis sp. nov., male. A, A1 ventral view; A′, A1 segments 4–8 (modified spines arrowed); B, A2. Scale bar = 50 Mm.
Figure 2 in First record of the taxon Echinopsyllus (Copepoda, Harpacticoida, Ancorabolidae) from the deep sea of Campos Basin, Brazil, with the description of three new species and their contribution to phylogenetic analysis
Figure 2. Echinopsyllus brasiliensis sp. nov., male. A, habitus dorsal view (unmodified sensillum arrowed); B, B′, md; C, mxl; D, mx. Scale bars = 100 Mm.
Figures 19-22 from: Benaim N, Absalao R (2011) Microgloma Sanders & Allen, 1973 (Nuculanidae) and Pristigloma Dall, 1900 (Pristiglomidae) (Pelecypoda) in the Campos Basin of Brazil. ZooKeys 152: 1-20. https://doi.org/10.3897/zookeys.152.1646
Figures 19-22 - Microgloma macaron sp. n. Dorsal view 19 prodissoconch 20 (IBUFRJ 15297). Ventral margin view, extended margin 21 periostracum of the ventral margin 22 (IBUFRJ 19177). Scale bars: 19, 21 = 200 µm; 20, 22 = 100 µm.
Figures 9-13 from: Benaim N, Absalao R (2011) Microgloma Sanders & Allen, 1973 (Nuculanidae) and Pristigloma Dall, 1900 (Pristiglomidae) (Pelecypoda) in the Campos Basin of Brazil. ZooKeys 152: 1-20. https://doi.org/10.3897/zookeys.152.1646
Figures 9-13 - Figures 9–13. Microgloma mirmidina (Dautzenberg & Fischer, 1897). External view, left valve 9 internal view, right valve 10 Detail of the hinge plate 11 External view, right valve 12 internal view, left valve 13 All from the lot IBUFRJ 15889. Scale bars A= 200 μm; B, E = 300 μm; C = 100 μm; D = 250μm.
Figures 1-2 from: Benaim N, Absalao R (2011) Microgloma Sanders & Allen, 1973 (Nuculanidae) and Pristigloma Dall, 1900 (Pristiglomidae) (Pelecypoda) in the Campos Basin of Brazil. ZooKeys 152: 1-20. https://doi.org/10.3897/zookeys.152.1646
Figures 1-2 - Scheme of the measurements and abbreviations used in the descriptions of the species A Microgloma B Pristigloma H height L length, wht – width of hinge teeth, whp – width of hinge plate.
Figure 3-8 from: Benaim N, Absalao R (2011) Microgloma Sanders & Allen, 1973 (Nuculanidae) and Pristigloma Dall, 1900 (Pristiglomidae) (Pelecypoda) in the Campos Basin of Brazil. ZooKeys 152: 1-20. https://doi.org/10.3897/zookeys.152.1646
Figure 3-8 - Pristigloma alba Sanders & Allen, 1973 IBUFRJ 16161. Left valve: internal view 3 external view 4 detail of the hinge plate 5 Right valve: detail of the hinge plate 6 internal view 7 external view 8 Scale bars 3–4, 7–8 = 500 μm, 5–6= 250 μm
Figures 29-31 from: Benaim N, Absalao R (2011) Microgloma Sanders & Allen, 1973 (Nuculanidae) and Pristigloma Dall, 1900 (Pristiglomidae) (Pelecypoda) in the Campos Basin of Brazil. ZooKeys 152: 1-20. https://doi.org/10.3897/zookeys.152.1646
Figures 29-31 - Microgloma nhanduti sp. n. Dorsal view IBUFRJ 19131 29 prodissoconch surface 30 ventral margin IBUFRJ 19176 31 Scale bars: 29, 30 = 200 µm, 31 = 80 µm.
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