taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
6B335535DD200D28FF4BBD97C7280FBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617787/files/figure.png	https://doi.org/10.5281/zenodo.2617787	FIGURE 3. Fibularia coffea, paratype (NSMT E-10372, Amami-Oshima Island, Kagoshima Prefecture). A–C, SEM images of the test; A, aboral view; B, oral view; C, left lateral view; D–F, plate patterns of the test; D, aboral view; E, oral view; F, left lateral view. Pores of each pore pair are linked by fine dotted lines. Interambulacra are shaded. Abbreviations as in Fig. 2.	FIGURE 3. Fibularia coffea, paratype (NSMT E-10372, Amami-Oshima Island, Kagoshima Prefecture). A–C, SEM images of the test; A, aboral view; B, oral view; C, left lateral view; D–F, plate patterns of the test; D, aboral view; E, oral view; F, left lateral view. Pores of each pore pair are linked by fine dotted lines. Interambulacra are shaded. Abbreviations as in Fig. 2.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD200D28FF4BBD97C7280FBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617789/files/figure.png	https://doi.org/10.5281/zenodo.2617789	FIGURE 4. Increase of pore number in petal III through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica). X-mark in F. japonica indicates the paratype of F. japonica re-identified as F. coffea (UMUTZ-Ecn-SG10-17T No. 7).	FIGURE 4. Increase of pore number in petal III through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica). X-mark in F. japonica indicates the paratype of F. japonica re-identified as F. coffea (UMUTZ-Ecn-SG10-17T No. 7).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD200D28FF4BBD97C7280FBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617791/files/figure.png	https://doi.org/10.5281/zenodo.2617791	FIGURE 5. Fibularia coffea, SEM images of paratype (NSMT E-10372, Amami-Oshima Island, Kagoshima Prefecture). A, apical system; B, ambulacrum; C, tubercles; D, tubercles viewed obliquely. Abbreviations: gt = glassy tubercle, mt = miliary tubercle, pt = primary tubercle. Other abbreviations as in Fig. 2.	FIGURE 5. Fibularia coffea, SEM images of paratype (NSMT E-10372, Amami-Oshima Island, Kagoshima Prefecture). A, apical system; B, ambulacrum; C, tubercles; D, tubercles viewed obliquely. Abbreviations: gt = glassy tubercle, mt = miliary tubercle, pt = primary tubercle. Other abbreviations as in Fig. 2.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD200D28FF4BBD97C7280FBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617793/files/figure.png	https://doi.org/10.5281/zenodo.2617793	FIGURE 6. Increase of gonopore diameter (GD) through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica).	FIGURE 6. Increase of gonopore diameter (GD) through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD200D28FF4BBD97C7280FBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617795/files/figure.png	https://doi.org/10.5281/zenodo.2617795	FIGURE 7. Fibularia coffea, SEM images of holotype (NSMT E-10371, Amami-Oshima Island, Kagoshima Prefecture). A, primary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); B, primary spine around peristome (i, whole viewed from peristomial side; ii, whole viewed towards peristome); C, miliary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); D, ophicephalous pedicellariae (i, whole; ii, head; iii, tip of stem; iv, enlarged view of peripheral teeth; v, enlarged view of junction between valves; vi, enlarged view of looped structure near hinge of valves; vii, enlarged view of projection at the junction. White arrow head indicates the opening of the looped structure, black arrow heads indicate the projection); E, tridentate pedicellariae (i, head; ii–vi, internal view of valve).	FIGURE 7. Fibularia coffea, SEM images of holotype (NSMT E-10371, Amami-Oshima Island, Kagoshima Prefecture). A, primary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); B, primary spine around peristome (i, whole viewed from peristomial side; ii, whole viewed towards peristome); C, miliary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); D, ophicephalous pedicellariae (i, whole; ii, head; iii, tip of stem; iv, enlarged view of peripheral teeth; v, enlarged view of junction between valves; vi, enlarged view of looped structure near hinge of valves; vii, enlarged view of projection at the junction. White arrow head indicates the opening of the looped structure, black arrow heads indicate the projection); E, tridentate pedicellariae (i, head; ii–vi, internal view of valve).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD200D28FF4BBD97C7280FBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617797/files/figure.png	https://doi.org/10.5281/zenodo.2617797	FIGURE 8. Live specimens and underwater photographs of collection sites of Fibularia coffea. A, holotype (NSMT E-10371); B, one of the paratypes (NSMT E-10376); C, collection site of holotype at 1 m depth, Ayamaru Cape, Amami-Oshima Island, Kagoshima Prefecture, Japan; D, collection site of one of the paratypes (NSMT E-10372) at 2 m depth, Tsuchi-Hama, Amami- Oshima Island, Kagoshima Prefecture, Japan. Dotted circles indicate the exact collection points.	FIGURE 8. Live specimens and underwater photographs of collection sites of Fibularia coffea. A, holotype (NSMT E-10371); B, one of the paratypes (NSMT E-10376); C, collection site of holotype at 1 m depth, Ayamaru Cape, Amami-Oshima Island, Kagoshima Prefecture, Japan; D, collection site of one of the paratypes (NSMT E-10372) at 2 m depth, Tsuchi-Hama, Amami- Oshima Island, Kagoshima Prefecture, Japan. Dotted circles indicate the exact collection points.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD280D33FF4BBECAC2830858.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617789/files/figure.png	https://doi.org/10.5281/zenodo.2617789	FIGURE 4. Increase of pore number in petal III through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica). X-mark in F. japonica indicates the paratype of F. japonica re-identified as F. coffea (UMUTZ-Ecn-SG10-17T No. 7).	FIGURE 4. Increase of pore number in petal III through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica). X-mark in F. japonica indicates the paratype of F. japonica re-identified as F. coffea (UMUTZ-Ecn-SG10-17T No. 7).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD280D33FF4BBECAC2830858.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617793/files/figure.png	https://doi.org/10.5281/zenodo.2617793	FIGURE 6. Increase of gonopore diameter (GD) through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica).	FIGURE 6. Increase of gonopore diameter (GD) through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD280D33FF4BBECAC2830858.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617799/files/figure.png	https://doi.org/10.5281/zenodo.2617799	FIGURE 9. Fibularia japonica Shigei, 1982. A–C, holotype (UMUTZ-Ecn-SG10-16T, Sagami Bay). A, aboral view; B, oral view; C, left lateral view; D–I, a non-type specimen (NSMT E-10390, Sagami Bay); D–F, SEM images of the test; D, aboral view; E, oral view; F, left lateral view; G–I, plate patterns of the test; G, aboral view; H, oral view; I, left lateral view. Pores of each pore pair linked by fine dotted lines. Interambulacra shaded. Orientations: ab = aboral side; ant = anterior; or = oral side; post = posterior.	FIGURE 9. Fibularia japonica Shigei, 1982. A–C, holotype (UMUTZ-Ecn-SG10-16T, Sagami Bay). A, aboral view; B, oral view; C, left lateral view; D–I, a non-type specimen (NSMT E-10390, Sagami Bay); D–F, SEM images of the test; D, aboral view; E, oral view; F, left lateral view; G–I, plate patterns of the test; G, aboral view; H, oral view; I, left lateral view. Pores of each pore pair linked by fine dotted lines. Interambulacra shaded. Orientations: ab = aboral side; ant = anterior; or = oral side; post = posterior.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD280D33FF4BBECAC2830858.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617801/files/figure.png	https://doi.org/10.5281/zenodo.2617801	FIGURE 10. SEM images of Fibularia japonica Shigei, 1982 (NSMT E-10390, Sagami Bay). A, apical system; B, apical system; C, ambulacrum; D, tubercles. Abbreviations: gt = glassy tubercle, mt = miliary tubercle, pt = primary tubercle. Other abbreviations as in Fig. 2.	FIGURE 10. SEM images of Fibularia japonica Shigei, 1982 (NSMT E-10390, Sagami Bay). A, apical system; B, apical system; C, ambulacrum; D, tubercles. Abbreviations: gt = glassy tubercle, mt = miliary tubercle, pt = primary tubercle. Other abbreviations as in Fig. 2.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD280D33FF4BBECAC2830858.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617803/files/figure.png	https://doi.org/10.5281/zenodo.2617803	FIGURE 11. SEM images of Fibularia japonica Shigei, 1982 (NSMT E-10390, Sagami Bay). A, primary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); B, primary spine around peristome (i, whole viewed from peristomial side ii, whole viewed from towards peristome); C, miliary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); D, ophicephalous pedicellariae (i, head; ii, stem); E, tridentate pedicellariae (i, head; ii–iv, internal view of valve).	FIGURE 11. SEM images of Fibularia japonica Shigei, 1982 (NSMT E-10390, Sagami Bay). A, primary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); B, primary spine around peristome (i, whole viewed from peristomial side ii, whole viewed from towards peristome); C, miliary spine from marginal of test (i, whole; ii, distal end; iii, proximal end); D, ophicephalous pedicellariae (i, head; ii, stem); E, tridentate pedicellariae (i, head; ii–iv, internal view of valve).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD280D33FF4BBECAC2830858.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617805/files/figure.png	https://doi.org/10.5281/zenodo.2617805	FIGURE 12. SEM images of Fibularia japonica Shigei, 1982 (NSMT E-10390, Sagami Bay). A, region posterior to periproct; B, primary spine from region posterior to periproct; C, tip of primary spine type shown in A and B. White arrows indicate spatula-shaped primary spines.	FIGURE 12. SEM images of Fibularia japonica Shigei, 1982 (NSMT E-10390, Sagami Bay). A, region posterior to periproct; B, primary spine from region posterior to periproct; C, tip of primary spine type shown in A and B. White arrows indicate spatula-shaped primary spines.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD280D33FF4BBECAC2830858.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617807/files/figure.png	https://doi.org/10.5281/zenodo.2617807	FIGURE 13. Live specimen of Fibularia japonica (NSMT E-10390, Sagami Bay). A, aboral view; B, enlarged view of aboral surface of anterior ambulacrum. White arrow indicates black pigments.	FIGURE 13. Live specimen of Fibularia japonica (NSMT E-10390, Sagami Bay). A, aboral view; B, enlarged view of aboral surface of anterior ambulacrum. White arrow indicates black pigments.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD330D31FF4BB9A8C5400A65.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617789/files/figure.png	https://doi.org/10.5281/zenodo.2617789	FIGURE 4. Increase of pore number in petal III through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica). X-mark in F. japonica indicates the paratype of F. japonica re-identified as F. coffea (UMUTZ-Ecn-SG10-17T No. 7).	FIGURE 4. Increase of pore number in petal III through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica). X-mark in F. japonica indicates the paratype of F. japonica re-identified as F. coffea (UMUTZ-Ecn-SG10-17T No. 7).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD330D31FF4BB9A8C5400A65.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617793/files/figure.png	https://doi.org/10.5281/zenodo.2617793	FIGURE 6. Increase of gonopore diameter (GD) through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica).	FIGURE 6. Increase of gonopore diameter (GD) through growth in F. coffea, F. japonica, and F. ovulum. White circles indicate the specimens collected newly from Japanese waters in this study. Grey circles indicate type specimens (F. japonica) and specimens collected from Maldives (F. ovulum). Grey stars indicate holotype (F. coffea and F. japonica).	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
6B335535DD330D31FF4BB9A8C5400A65.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/2617809/files/figure.png	https://doi.org/10.5281/zenodo.2617809	FIGURE 14. Fibularia ovulum Lamarck, 1816 (NSMT E-10392, Vavvaru Island, Maldives). A–C, SEM images of the test; A, aboral view; B, oral view; C, left lateral view; D–F, plate patterns of the test; D, aboral; E, oral; F, left lateral. Pores of each pore pair linked by fine dotted lines. Interambulacra shaded. Abbreviations as in Fig. 2.	FIGURE 14. Fibularia ovulum Lamarck, 1816 (NSMT E-10392, Vavvaru Island, Maldives). A–C, SEM images of the test; A, aboral view; B, oral view; C, left lateral view; D–F, plate patterns of the test; D, aboral; E, oral; F, left lateral. Pores of each pore pair linked by fine dotted lines. Interambulacra shaded. Abbreviations as in Fig. 2.	2019-01-07	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko		Zenodo	biologists	Tanaka, Hayate;Wakabayashi, Kaori;Fujita, Toshihiko			
