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Yamasaki, H.; Dal Zotto, M. (2019). Investigation of echinoderid kinorhynchs described 90 years ago: redescription of Echinoderes capitatus (Zelinka, 1928) and Echinoderes ferrugineus Zelinka, 1928. Zoologischer Anzeiger. 282: 189-205.
379085
10.1016/j.jcz.2019.05.013 [view]
Yamasaki, H.; Dal Zotto, M.
2019
Investigation of echinoderid kinorhynchs described 90 years ago: redescription of Echinoderes capitatus (Zelinka, 1928) and Echinoderes ferrugineus Zelinka, 1928
Zoologischer Anzeiger
282: 189-205
Publication
Available for editors  PDF available [request]
The two kinorhynch species Echinoderes capitatus (Zelinka, 1928) and Echinoderes ferrugineus Zelinka, 1928 are redescribed herein, based on specimens collected at different Mediterranean locations. Echinoderes capitatus is characterized by the presence of middorsal acicular spine on segment 4 and lateroventral acicular spines on segments 6e9; at least three pairs of tubes on segment 2 (subdorsal, midlateral, and ventrolateral); subdorsal tubes on segment 8; laterodorsal tubes on segment 10; lateral accessory tubes on segments 5 and 8; subdorsal sensory spots on segments 1 and 3e11; and ventromedial sensory spots on segments 2 and 5e7, often additionally on segment 8; occurrence of subdorsal tubes on segments 6 and 7, laterodorsal tubes on segment 2, midlateral tubes on segments 7 and 8, and ventromedial tubes on segment 8 showing intraspecific variation; and the absence of the type-2 gland cell outlets. The pattern of the additional tubes is relatively well-preserved within a population but differs among populations. Echinoderes ferrugineus is characterized by the presence of middorsal acicular spines on segment 4e8; lateroventral acicular spines on segments 6e9; lateral accessory tubes on segment 5; type-2 gland cell outlets in subdorsal, laterodorsal, sublateral, and ventrolateral position on segment 2, subdorsal and midlateral position on segment 4, midlateral position on segment 5, and midlateral position on segment 8; long lateral terminal spines (ca. 140e180 mm, 45e63% of trunk length). Comments are provided on the intraspecific variation in tube pattern in E. capitatus, and its potential importance in a speciation and evolutionary context.
Mediterranean Sea in general
Biodiversity, Taxonomic and ecological diversity
Meiobenthos
Morphology
Scanning Electron Microscopy, S.E.M. Pictures
Systematics, Taxonomy
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2020-04-22 07:06:17Z
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2022-04-01 09:10:18Z
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2024-11-12 08:06:16Z
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Nontype MNB ZMB 11913, ZMB 11914, geounit Italian part of the Adriatic Sea, identified as Echinoderes capitatus (Zelinka, 1912)
Nontype MNB ZMB 11915 - 11916ยด7, geounit Italian part of the Adriatic Sea, identified as Echinoderes capitatus (Zelinka, 1912)
Nontype MNB ZMB 11918 -11920, geounit Italian part of the Adriatic Sea, identified as Echinoderes capitatus (Zelinka, 1912)
Nontype MNB ZMB 11921 - 11924, geounit Italian part of the Adriatic Sea, identified as Echinoderes capitatus (Zelinka, 1912)
Nontype MNB ZMB 11925 -11928, 11864 - 11971, geounit Tyrrhenian Sea, identified as Echinoderes capitatus (Zelinka, 1912)
Nontype MNB ZMB 11929 - 11933, geounit Italian part of the Adriatic Sea, identified as Echinoderes ferrugineus Zelinka, 1928
Nontype MNB ZMB 11934, ZMB 11935, ZMB 11976, geounit Italian part of the Adriatic Sea, identified as Echinoderes ferrugineus Zelinka, 1928
Nontype MNB ZMB 11936, geounit Italian part of the Adriatic Sea, identified as Echinoderes ferrugineus Zelinka, 1928
Nontype MNB ZMB 11937, geounit Italian part of the Adriatic Sea, identified as Echinoderes ferrugineus Zelinka, 1928
Nontype MNB ZMB 11938 - 11942; ZMB 11972 - 11975, geounit Sicily, identified as Echinoderes ferrugineus Zelinka, 1928