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739 results for “Barnacle”
Figure 10 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 10 - Bryozobia rossi sp. n. ASIZCR-000338. Cirri I (left, view from the posterior side) (A–D), II (left, view from the anterior side) (E–H). A cirrus I B tuft of setae on at base of protopod C, D distal segments of posterior and anterior rami E cirrus II F setae on posterior margin of protopod G, H distal segments of anterior and posterior rami. Scale bars in μm.
Figure 1 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 1 - Diagrammatic representations of 5 genera of Bryozobiinae, with indication of plate formula for basal portion of shell in adults (see explanations in text). Modified from Van Syoc and Newman 2010.
Figure 3 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 3 - Bryozobia rossi sp. n., shell (opercular plates removed), general morphology. A general view, lateral side B top view. Abbreviations: C, carina; CL1, carinolateral1; CL2, carinolateral2; CP, calcipeds; FP, parietal footing; HP, hemiportals; IPP, interparietal portal; PF, portal fillets; PP, parietal portal; R, rostrum. Scale bar in µm.
Figure 6 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 6 - Bryozobia rossi sp. n. CEL-SJP5-1. A basal view of shell showing basis (central part destroyed) with atria and basal calcipeds B part of margin of basis with two atria and their portals (indicated by arrows) C suture (indicated by arrow) between CL1 and R, interior view D exterior view of part of shell with interparietal and parietal portals (indicated by arrows) in basal parts of CL1 and R E enlarged part of basis with porous atria F enlarged fillets of hemiportals (indicated by arrow) showing porous and sliced structure between basis and parietes, external view G basal view of interparietal portal opening H enlarged broken atrial fillet (tube) showing sliced structure (inner side of shell) I sutures between CL1, CL2 and C (indicated by arrows) and fillet of interparietal portal eliminated CL2, interior view J enlarged sutures (indicated by arrows) between CL1, CL2 and C K exterior view of interparietal portal eliminates CL2. Abbreviations: C, carina; CL1, carinilateral1; CL2, carinolateral2; R, rostrum. Scales: 1 mm (A); 0.1 mm (B–K).
Figure 5 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 5 - Bryozobia rossi sp. n. CEL-SOI33-1.Disassembled shell showing separated plates and part of basis after bleach treatment. A, B external and internal view of rostrum C, E external view of carinolaterals1 D, F internal view of carinolaterals1 G, I external view of carinolaterals2 H, J internal view of carinolaterals2 K, L external and internal view of carina M, N external and internal view of part of basis. Scale bar: 1 mm.
Figure 9 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 9 - Bryozobia rossi sp. n. ASIZCR-000338. Maxillule (A–D) and maxilla (E–H). A maxillule B upper part of cutting edge C straight cutting edge D lower part of cutting edge E maxilla F outer edge of distal lobe G inner edge of distal lobe H terminal part of distal lobe. Scale bars in μm.
Figure 8 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 8 - Bryozobia rossi sp. n. ASIZCR-000338. Labrum (A, B), mandibular palp (C–E) and Mandible (F–G). A labrum B teeth on crests C mandibular palp D outer margin E serrulate setae on distal part F mandible G upper part with bifid second teeth H inferior angle. Scale bars in μm.
Data from: Density-dependent population dynamics of a high Arctic capital breeder, the barnacle goose
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Data from: Experimental tests of sex allocation theory with two species of simultaneously hermaphroditic acorn barnacles
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Data from: Quantitative analysis of the complete larval settlement process confirms Crisp’s model of surface selectivity by barnacles
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Data from: Microbiome acquisition during larval settlement of the barnacle Semibalanus balanoides
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Movement data of barnacle Chelonibia testudinaria
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Chromosome-level genome of Capitulum mitella reveals an ancient whole-genome duplication event and intertidal adaptation of barnacles
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Non-invasive 3D visualization of the sponge-inhabiting barnacle Acasta sulcata (Crustacea: Cirripedia: Balanomorpha) from the Moluccas, Indonesia
<p>We present a digital reconstruction (video) of non invasive microCT scans of barnacle specimens (<em>Acasta sulcata</em>; catalogue number MZB Cru Cir 185, Indonesia) embedded in their sponge host (<em>Spongia</em> sp.) from the Indonesian island Saparua, Moluccas (for details see Pitriana et al. 2020; doi: <a href="http://dx.doi.org/10.14203/treubia.v47i2.3968">10.14203/treubia.v47i2.3968</a>). </p> <p>The sponge specimen, which was supposed to host barnacles, was subjected to micro-tomographic analysis at the Museum für Naturkunde Berlin, using a Phoenix nanotom X-rays tube at 90 kV and 150 µA, generating 1440 projections. The specimen was fixed with foam in a sealed plastic tube in an ethanol-saturated atmosphere. Cone beam reconstruction was performed using the phoenix/x-ray datos/x version 2.3.3 software (GE Sensing and Inspection Technologies GmbH). Effective voxel size, i.e. resolution in three-dimensional space, is 13.33 µm. Data were visualized in VG Studio Max, version 3.1. In the video, barnacles are shown as an isosurface in red color, the surrounding sponge tissue as volume rendering in grey color (original length of sponge host 10 cm; length of barnacles approx. 2.5 mm).</p> <p>This study is part of Pipit Pitriana's PhD project (<a href="https://refubium.fu-berlin.de/handle/fub188/29031">https://refubium.fu-berlin.de/handle/fub188/29031</a>) funded by the Ministry of Research, Technology and Higher Education, the Republic of Indonesia within the Program for Research and Innovation in Science and Technology (RISET-Pro), World Bank Loan No. 8245-ID. We thank Kristin Mahlow and Johannes Müller for their support at the MfN Berlin and Frank Riedel (FU Berlin) for his general support.</p>
Figure 1 from: Chan BKK, Liu JCW (2017) Galkinius Perreault, 2014 or Darwiniella (Anderson, 1992)? A new coral-associated barnacle sharing characteristics of these two genera in Pacific waters (Crustacea, Cirripedia, Thoracica, Pyrgomatidae). ZooKeys 719: 1-22. https://doi.org/10.3897/zookeys.719.12471
Figure 1 - Collection sites of the Galkinius maculosus sp. n. in the Pacific waters.
Figure 1 from: Chan B, Chen Y, Lin H (2012) Description of a new species of coral-inhabiting barnacle, Darwiniella angularis sp. n. (Cirripedia, Pyrgomatidae) from Taiwan. ZooKeys 214: 43-74. https://doi.org/10.3897/zookeys.214.3291
Figure 1 - Collection sites of coral-inhabiting barnacle Darwiniella in Taiwan.
Figure 2 from: Yu M-C, Kolbasov GA, Chan BKK (2016) A new species of sponge inhabiting barnacle Bryozobia (Archaeobalanidae, Bryozobiinae) in the West Pacific. ZooKeys 571: 1-20. https://doi.org/10.3897/zookeys.571.6894
Figure 2 - Collection sites of sponge-inhabiting bryozobiine barnacles in Taiwan and Japan.
Data from: Evolutionary history and biogeographical patterns of barnacles endemic to deep-sea hydrothermal vents
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Data from: Mechanisms underlying predator-driven biotic resistance against introduced barnacles on the Pacific coast of Hokkaido, Japan
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FIGURE 1 in The parasitic barnacle Peltogaster reticulata Shiino, 1943 (Rhizocephala, Peltogastridae) fromRussian watersof the Sea of Japan:morphological description molecular identification and complete larval development
FIGURE 1. Pagurus minutus infested by Peltogaster reticulata, from Russian waters of the Sea of Japan (A), body outlines of the externa (B), immature externa (C); mature externae (D, E). Scale bar 1 mm.
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OpenNeuro
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