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782 results for “abyss”
Figure 8 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 8. Biodiversity patterns of ostracod taxa in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ ANTXXII-4) on board the RV Polarstern.
Figure 5 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 5. Abundance and density of living ostracods in relation to water depth in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern. Living specimens collected with soft parts.
Figure 2 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 2. Selected ostracod species from the Atlantic Sector of the Southern Ocean, collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern. A, Australicythere sp. (Eastern Weddell Sea, ANDEEP II, station 132, 2084 m); B, Macroscapha opaca Maddocks, 1990 (Eastern Weddell Sea, EASIZ II, station 133, 2043m); C, Cytherella rwhatleyi Brandão, 2008a (holotype, Eastern Weddell Sea, station 89, EASIZ II, 1639 m); D, Ayressoleberis bathymarina (Ayress, 1993) (Western Scotia Sea, ANDEEP II, station 141-10, 2369 m); E, Bythopussella brandtae Brandão, 2008b (paratype, Western Weddell Sea, ANDEEP II, station 133-3, 1123 m); F, Legitimocythere sp. (Western Weddell Sea, EASIZ II, station 272, 2076 m); G, Neonesidea keyseri Brandão, 2008 (Eastern Scotia Sea, ANDEEP II, station 140-8, 2965 m) (this species belongs to a new genus, which was not named due to the few specimens available); H, Poseidonamicus tainae Brandão in Brandão & Päplow, 2011 (Western Scotia Sea, ANDEEP I, station 41-3, 2380 m); I, Bythocypris malyutinae Brandão, 2008b (holotype, Weddell Sea, ANDEEP III, station 102-13, 4818 m); J, Krithidae sp. (Western Weddell Sea, EASIZ II, station 272, 2076 m); K, Henryhowella sp. (Western Scotia Sea, ANDEEP I, station 42-2, 3681 m); L, Pseudobosquetina nobilis Jellinek et al., 2006 (Western Weddell Sea, ANDEEP II, station 134-4, 4059 m); M, Retibythere (Bathybythere) sp. nov. (Western Scotia Sea, ANDEEP I, station 131-3, 3055 m).
Figure 1 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 1. Localities in the Atlantic Sector of the Southern Ocean sampled during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern, from which ostracods were analysed herein. For repeated station numbers: E (after a station number), samples from EASIZ II cruise; II (after a station number), samples from ANDEEP II cruise; III (after a station number), samples from ANDEEP III cruise. For details on stations see Table 1.
Figure 6 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 6. Range size (A) and abundance (B) of ostracod species in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern.
Figure 4 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 4. Relative abundance of selected ostracod genera in relation to water depth in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern.
Figure 3 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 3. Relative abundance of selected ostracod families in relation to water depth in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern. Mh., Macroscapha Maddocks, 1990; Mk., Macromckenziea Maddocks, 1990; Mh., Macroscapha Maddocks, 1990; Ms., Macrosarisa Maddocks, 1990.
FIGURE 7. Culeolus likae. A in Abyssal ascidians (Chordata, Tunicata) from the Weddell Sea, Antarctica, including a new Styela species and stomach content identifications
FIGURE 7. Culeolus likae. A: individual; B: vesicles of the tunic; C: internal anatomy (without branchial sac).
FIGURE 4 in Abyssal ascidians (Chordata, Tunicata) from the Weddell Sea, Antarctica, including a new Styela species and stomach content identifications
FIGURE 4. Styela andeepensis sp. nov.. A: individual attached to the tunic of Culeolus suhmi; B: scheme showing internal anatomy (without branchial sac).
FIGURE 1 in Abyssal ascidians (Chordata, Tunicata) from the Weddell Sea, Antarctica, including a new Styela species and stomach content identifications
FIGURE 1. Study area with the locations where the samples were collected (stations 7, 9, 13, 14, 16).
FIGURE 6. Culeolus anonymus. A in Abyssal ascidians (Chordata, Tunicata) from the Weddell Sea, Antarctica, including a new Styela species and stomach content identifications
FIGURE 6. Culeolus anonymus. A: individual; B: vesicles of the tunic; C: internal anatomy (without branchial sac).
FIGURE 8. Oligotrema lyra. A in Abyssal ascidians (Chordata, Tunicata) from the Weddell Sea, Antarctica, including a new Styela species and stomach content identifications
FIGURE 8. Oligotrema lyra. A: individual; B: papillae and oral lobes, pharynx perforations and muscle bands.
FIGURE 3. Corynascidia suhmi. A in Abyssal ascidians (Chordata, Tunicata) from the Weddell Sea, Antarctica, including a new Styela species and stomach content identifications
FIGURE 3. Corynascidia suhmi. A: individual; B: pre-pharyngeal band around dorsal tubercle; C: branchial sac.
FIGURE 5. Culeolus suhmi. A in Abyssal ascidians (Chordata, Tunicata) from the Weddell Sea, Antarctica, including a new Styela species and stomach content identifications
FIGURE 5. Culeolus suhmi. A: individual showing attached ascidian epibiont; B: postero-ventral papillae and vesicles of the tunic; C: internal anatomy (without branchial sac).
FIGURE 1 in The first abyssal record of Axiidea (Crustacea: Decapoda) with a description of a new species of the genus Ambiaxius Sakai & de Saint Laurent, 1989 from the Banda Sea
FIGURE 1. Ambiaxius abyssalis sp. nov., holotype, hermaphrodite specimen (ZMMU Ma-6220): A—general lateral view; B—front of carapace, lateral; C—front of carapace, dorsal; D—first and second abdominal somites, lateral view; E, F—first pereopods (chelipeds), outer view.
Figure 5 in The new genus Aglaona: the first abyssal aglajid (Heterobranchia: Cephalaspidea: Aglajidae) with a description of two new species from the north-western Pacific Ocean
Figure 5. Aglaona valdesi gen. & sp. nov. dorsal view of the paratype (A); ventral view of a paratype (B); ventral view of paratype shell, SEM: the 'wing-like' callus is marked with an arrow (C); shell spiral sculpture (D); shell apex, SEM (E); buccal bulb, frontal view, SEM (F); anterior part of digestive system, lateral view (G); jaw elements, enlarged SEM (H); radula, SEM (I); cephalic copulatory system, photo (J); penial papilla, SEM (K); sketch, penial sheath dissected (L). Abbreviations: c, parietal callus; es, oesophagus; f, foot; pl, chitinous plate at the end of the penial papilla; pp, penial papilla; pr, penial prostate; psh, penial sheath; rad, radular sac; sgl, salivary gland; sh, headshield. Scale bars: 1 mm (A, B, C, G), 500 µm (E, J), 200 µm (D, F), 50 µm (I, K), 10 µm (H).
Figure 3 in The new genus Aglaona: the first abyssal aglajid (Heterobranchia: Cephalaspidea: Aglajidae) with a description of two new species from the north-western Pacific Ocean
Figure 3. Molecular phylogenetic hypotheses of the family Aglajidae, concatenated dataset of four markers (COI, 16S, H3, 28S), Bayesian inference. Outgroup taxa are collapsed by their families, aglajid taxa except Aglaona gen. nov. by putative species-level clades. Posterior probabilities from Bayesian inference higher than 0.9 are shown above each branch, bootstrap values of maximum likelihood higher than 60% below each branch. Morphological characters states (A, shell; B, gizzard plates; C, radula) are shown in three bars on the right.
Figure 2 in The new genus Aglaona: the first abyssal aglajid (Heterobranchia: Cephalaspidea: Aglajidae) with a description of two new species from the north-western Pacific Ocean
Figure 2. Molecular phylogenetic hypotheses of the superfamily Phillinoidea showing relationships between Aglajidae genera, based on a concatenated dataset of four markers (COI, 16S, H3, 28S). Outgroup taxa are collapsed by their families, aglajid taxa except Aglaona gen. nov. by their genera. A, Bayesian inference, posterior probabilities higher than 0.9 are shown in the respective node. B, maximum likelihood; bootstrap values higher than 60% are shown in the respective nodes.
Figure 4 in The new genus Aglaona: the first abyssal aglajid (Heterobranchia: Cephalaspidea: Aglajidae) with a description of two new species from the north-western Pacific Ocean
Figure 4. Aglaona rudmani gen. & sp. nov. dorsal view of the holotype (A); ventral view of a paratype (B); paratype shell, ventral view, SEM the 'wing-like' callus is marked with an arrow (C); shell apex, SEM (E); shell spiral sculpture, SEM (D); radula, SEM (F); lateral teeth (G); copulatory system (SEM) (H); sketch, dissected penial sheath (I); chitinous stylet of penis SEM (J). Abbreviations: ej, ejaculatory duct opening; f, foot; pr, penial prostate; sh, headshield; psh, penial sheath; st, penial stylet. Scale bars: 2 mm (C), 1 mm (A, B), 500 µm (H), 400 µm (E), 200 µm (D), 100 µm (F, J), 50 µm (G).
Figure 1 in The new genus Aglaona: the first abyssal aglajid (Heterobranchia: Cephalaspidea: Aglajidae) with a description of two new species from the north-western Pacific Ocean
Figure 1. Map illustrating the collection sites of deepsea aglajids in the Sea of Okhotsk and Bussol Strait of the Kuril Islands.
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OpenNeuro
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