taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
0397C909FFE5301EFC30D988FF5B2DBF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5738243/files/figure.png	https://doi.org/10.5281/zenodo.5738243	Fig. 5. Tulbanella cuspidata sp. nov., line drawings of holotype (ICHUM 4980). A, Dorsal view, showing digestive and reproductive tracts, glands, adhesive tubes, and tactile body ciliation; B, ventral view, showing adhesive tubes and locomotory ciliation. Abbreviations: TbA, anterior adhesive tube; TbD, dorsal adhesive tube; TbDL, dorso-lateral adhesive tuber; TbVL, ventro-lateral adhesive tube.	Fig. 5. Tulbanella cuspidata sp. nov., line drawings of holotype (ICHUM 4980). A, Dorsal view, showing digestive and reproductive tracts, glands, adhesive tubes, and tactile body ciliation; B, ventral view, showing adhesive tubes and locomotory ciliation. Abbreviations: TbA, anterior adhesive tube; TbD, dorsal adhesive tube; TbDL, dorso-lateral adhesive tuber; TbVL, ventro-lateral adhesive tube.	2018-11-25	Yamauchi, Shohei;Kajihara, Hiroshi		Zenodo	biologists	Yamauchi, Shohei;Kajihara, Hiroshi			
0397C909FFE5301EFC30D988FF5B2DBF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5738245/files/figure.png	https://doi.org/10.5281/zenodo.5738245	Fig. 6. Turbanella cuspidata sp. nov. A, SEM image of head and neck region; arrowhead indicates projective organ, left anteroventral view, paratype ICHUM 4991. B–D, Differential interference contrast photomicrographs of holotype (ICHUM 4980); B, head and neck region, ventral view; C, mid-body region showing oocytes; D, caudal part, ventral view, showing medial caudal cone and arrangement of posterior adhesive tubes (TbP). Abbreviation: TbA, anterior adhesive tube.	Fig. 6. Turbanella cuspidata sp. nov. A, SEM image of head and neck region; arrowhead indicates projective organ, left anteroventral view, paratype ICHUM 4991. B–D, Differential interference contrast photomicrographs of holotype (ICHUM 4980); B, head and neck region, ventral view; C, mid-body region showing oocytes; D, caudal part, ventral view, showing medial caudal cone and arrangement of posterior adhesive tubes (TbP). Abbreviation: TbA, anterior adhesive tube.	2018-11-25	Yamauchi, Shohei;Kajihara, Hiroshi		Zenodo	biologists	Yamauchi, Shohei;Kajihara, Hiroshi			
0397C909FFE5301EFC30D988FF5B2DBF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5738237/files/figure.png	https://doi.org/10.5281/zenodo.5738237	Fig. 2. Cephalodasys mahoae sp. nov., line drawings of holotype (ICHUM 4977). A, Dorsal view showing the digestive and reproductive tracts, glands, adhesive tube, and tactile body ciliation; B, ventral view showing the adhesive tubes and locomotory ciliation. Abbreviations: TbA, anterior adhesive tube; TbP, posterior adhesive tube; TbVL, ventro-lateral adhesive tube.	Fig. 2. Cephalodasys mahoae sp. nov., line drawings of holotype (ICHUM 4977). A, Dorsal view showing the digestive and reproductive tracts, glands, adhesive tube, and tactile body ciliation; B, ventral view showing the adhesive tubes and locomotory ciliation. Abbreviations: TbA, anterior adhesive tube; TbP, posterior adhesive tube; TbVL, ventro-lateral adhesive tube.	2018-11-25	Yamauchi, Shohei;Kajihara, Hiroshi		Zenodo	biologists	Yamauchi, Shohei;Kajihara, Hiroshi			
0397C909FFE5301EFC30D988FF5B2DBF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5738239/files/figure.png	https://doi.org/10.5281/zenodo.5738239	Fig. 3. Differential interference contrast photomicrographs of Cephalodasys mahoae sp. nov. A, Subadult specimen from Ishikari beach, paratype ICHUM 497; B, subadult specimen from Mukawa (lost after being photographed), showing refractive granules at anterior and posterior ends of anterior intestine (indicated by arrowheads); C, anterior adhesive tube (TbA), subadult specimen from Ishikari beach, lost after observation; D, posterior region of body, showing three oocytes (arrowheads) developing from posterior to anterior; holotype (ICHUM 4977). Abbreviations: PhJIn, junction between pharynx and intestine; TbVL, ventro-lateral adhesive tube; TbP, posteior adhesive tube.	Fig. 3. Differential interference contrast photomicrographs of Cephalodasys mahoae sp. nov. A, Subadult specimen from Ishikari beach, paratype ICHUM 497; B, subadult specimen from Mukawa (lost after being photographed), showing refractive granules at anterior and posterior ends of anterior intestine (indicated by arrowheads); C, anterior adhesive tube (TbA), subadult specimen from Ishikari beach, lost after observation; D, posterior region of body, showing three oocytes (arrowheads) developing from posterior to anterior; holotype (ICHUM 4977). Abbreviations: PhJIn, junction between pharynx and intestine; TbVL, ventro-lateral adhesive tube; TbP, posteior adhesive tube.	2018-11-25	Yamauchi, Shohei;Kajihara, Hiroshi		Zenodo	biologists	Yamauchi, Shohei;Kajihara, Hiroshi			
0397C909FFE3301CFEC6DCC3FCC2298F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5738247/files/figure.png	https://doi.org/10.5281/zenodo.5738247	Fig. 7. Tulbanella lobata sp. nov., line drawings of holotype (ICHUM 4982). A, Dorsal view, showing digestive and reproductive tracts, glands, adhesive tubes, and tactile body ciliation. B, ventral view, showing adhesive tubes and locomotory ciliation. Abbreviations: PhJIn, junction between pharynx and intestine; TbA, anterior adhesive tube; TbD, dorsal adhesive tube; TbL, lateral adhesive tube; TbP, posteior adhesive tube.	Fig. 7. Tulbanella lobata sp. nov., line drawings of holotype (ICHUM 4982). A, Dorsal view, showing digestive and reproductive tracts, glands, adhesive tubes, and tactile body ciliation. B, ventral view, showing adhesive tubes and locomotory ciliation. Abbreviations: PhJIn, junction between pharynx and intestine; TbA, anterior adhesive tube; TbD, dorsal adhesive tube; TbL, lateral adhesive tube; TbP, posteior adhesive tube.	2018-11-25	Yamauchi, Shohei;Kajihara, Hiroshi		Zenodo	biologists	Yamauchi, Shohei;Kajihara, Hiroshi			
0397C909FFE3301CFEC6DCC3FCC2298F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5738249/files/figure.png	https://doi.org/10.5281/zenodo.5738249	Fig. 8. Differential interference contrast photomicrographs of Turbanella lobata sp. nov., holotype (ICHUM 4982). A, Head and neck region; arrowhead indicates lateral lobe on the neck; B, mid-body region, showing oocytes and testes; C, caudal part, showing the arrangement of the posterior adhesive tubes (TbP).	Fig. 8. Differential interference contrast photomicrographs of Turbanella lobata sp. nov., holotype (ICHUM 4982). A, Head and neck region; arrowhead indicates lateral lobe on the neck; B, mid-body region, showing oocytes and testes; C, caudal part, showing the arrangement of the posterior adhesive tubes (TbP).	2018-11-25	Yamauchi, Shohei;Kajihara, Hiroshi		Zenodo	biologists	Yamauchi, Shohei;Kajihara, Hiroshi			
0397C909FFE3301CFEC6DCC3FCC2298F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5738241/files/figure.png	https://doi.org/10.5281/zenodo.5738241	Fig. 4. Maximum-likelihood tree (lnL=−37094.311007) showing phylogenetic relationships among Cephalodasys mahoae sp. nov. and 28 other macrodasyidans, inferred from concatenated 18S, 28S, and COI sequences. Xenotrichula intermedia and X. velox (Chaetonotida: Xenotrichulidae) represent the outgroup. The scale indicates branch length in number of substitutions per site. Numbers at nodes are bootstrap value and Bayesian posterior probability. Planodasyidae, Redudasyidae, Thaumastodermatidae, and Turbanellidae were recovered monophyletic, while Cephalodasyidae (shaded) was non-monophyletic.	Fig. 4. Maximum-likelihood tree (lnL=−37094.311007) showing phylogenetic relationships among Cephalodasys mahoae sp. nov. and 28 other macrodasyidans, inferred from concatenated 18S, 28S, and COI sequences. Xenotrichula intermedia and X. velox (Chaetonotida: Xenotrichulidae) represent the outgroup. The scale indicates branch length in number of substitutions per site. Numbers at nodes are bootstrap value and Bayesian posterior probability. Planodasyidae, Redudasyidae, Thaumastodermatidae, and Turbanellidae were recovered monophyletic, while Cephalodasyidae (shaded) was non-monophyletic.	2018-11-25	Yamauchi, Shohei;Kajihara, Hiroshi		Zenodo	biologists	Yamauchi, Shohei;Kajihara, Hiroshi			
