Figure 58. Micro-computed tomography scans of pharyngeal-sac skeletons in left lateral view, whole (A, C) and sagittal (B, D) view. A, B, the ariommatid Ariomma bondi (MZUSP 86717). C, D, the stromateid Peprilus triacanthus (MZUSP 123240). Scale bar: 2 mm.Published as part of Pastana, Murilo N L, Johnson, G David & Datovo, Aléssio, 2022, Comprehensive phenotypic phylogenetic analysis supports the monophyly of stromateiform fishes (Teleostei: Percomorphacea), pp. 841-963 in Zoological Journal of the Linnean Society 195 (3) on page 918, DOI: 10.1093/zoolinnean/zlab058, http://zenodo.org/record/675861
Figure 69. Reference tree obtained under implied-weights parsimony (k = 13.56554), with sensitivity ...
Figure 65. Examples of the association between juvenile fishes and pelagic, gelatinous invertebrates...
Figure 66. Reference tree (A) with the highest global topological similarity and nodal stability (im...
Figure 60. Stromateiform pharyngeal-sac rakers in dorsal (A, C, E) and lateral (B, D, F) view. A, B,...
Figure 62. Diagrammatic cross-sections of the pharyngeal sac of the ariommatid Ariomma indicum (A), ...
Figure 61. The muscular attachment of the pharyngeal-sac raker in Stromateiformes. Raker bases are v...
Figure 50. The temporal region of the centrolophid Icichthys lockingtoni (OS 16732) in left lateral ...
Figure 11. Caudal skeleton of a cleared and stained specimen of the amarsipid Amarsipus carlsbergi (...
Figure 14. Head of the centropomid Centropomus parallelus (MZUSP 108244) in left lateral view. Scale...
Figure 37. Gill arches of Peprilus sp. (SML 34163). A, dorsal gill arches from left side in dorsal v...
Figure 70. Unambiguous phenotypic synapomorphies for Stromateiformes superimposed on the reference t...
Figure 71. Left lateral view of preserved specimen of the tetragonurid Tetragonurus cuvieri (MZUSP 1...
Figure 29. Superficial cranial musculoskeletal system of the nomeid Cubiceps pauciradiatus (MZUSP 80...
Figure 63. Intradermal canal plexus of the centrolophid Tubbia tasmanica (CSIRO H 6979-03, 325.2 mm ...
Figure 67. Reference tree obtained under implied-weights parsimony (k = 13.56554), with sensitivity ...
Figure 69. Reference tree obtained under implied-weights parsimony (k = 13.56554), with sensitivity ...
Figure 65. Examples of the association between juvenile fishes and pelagic, gelatinous invertebrates...
Figure 66. Reference tree (A) with the highest global topological similarity and nodal stability (im...
Figure 60. Stromateiform pharyngeal-sac rakers in dorsal (A, C, E) and lateral (B, D, F) view. A, B,...
Figure 62. Diagrammatic cross-sections of the pharyngeal sac of the ariommatid Ariomma indicum (A), ...
Figure 61. The muscular attachment of the pharyngeal-sac raker in Stromateiformes. Raker bases are v...
Figure 50. The temporal region of the centrolophid Icichthys lockingtoni (OS 16732) in left lateral ...
Figure 11. Caudal skeleton of a cleared and stained specimen of the amarsipid Amarsipus carlsbergi (...
Figure 14. Head of the centropomid Centropomus parallelus (MZUSP 108244) in left lateral view. Scale...
Figure 37. Gill arches of Peprilus sp. (SML 34163). A, dorsal gill arches from left side in dorsal v...
Figure 70. Unambiguous phenotypic synapomorphies for Stromateiformes superimposed on the reference t...
Figure 71. Left lateral view of preserved specimen of the tetragonurid Tetragonurus cuvieri (MZUSP 1...
Figure 29. Superficial cranial musculoskeletal system of the nomeid Cubiceps pauciradiatus (MZUSP 80...
Figure 63. Intradermal canal plexus of the centrolophid Tubbia tasmanica (CSIRO H 6979-03, 325.2 mm ...
Figure 67. Reference tree obtained under implied-weights parsimony (k = 13.56554), with sensitivity ...
Figure 69. Reference tree obtained under implied-weights parsimony (k = 13.56554), with sensitivity ...
Figure 65. Examples of the association between juvenile fishes and pelagic, gelatinous invertebrates...
Figure 66. Reference tree (A) with the highest global topological similarity and nodal stability (im...