taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212994/files/figure.png	https://doi.org/10.5281/zenodo.212994	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213000/files/figure.png	https://doi.org/10.5281/zenodo.213000	FIGURES 26 – 30. Stephanotheca watersi n. sp. 26, view of the colony with developing ooecia (paratype: MNHN 11148); 27, primary orifice (holotype: MM 2845); 28, primary orifice (paratype: MNHN 11141); 29, same, two ovicellate zooids; 30, view of the colony (holotype: MM 2845).	FIGURES 26 – 30. Stephanotheca watersi n. sp. 26, view of the colony with developing ooecia (paratype: MNHN 11148); 27, primary orifice (holotype: MM 2845); 28, primary orifice (paratype: MNHN 11141); 29, same, two ovicellate zooids; 30, view of the colony (holotype: MM 2845).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213004/files/figure.png	https://doi.org/10.5281/zenodo.213004	FIGURES 45 – 49. Stephanotheca monoecensis (Calvet, 1927) n. comb. 45, view of a colony (MNHN 2378); 46, developing ovicell and subtriangular avicularia (MNHN 11192); 47, ovicellate and non-ovicellate zooids with two different avicularia (photo by J. - G. Harmelin); 48, primary orifice (MNHN 11151); 49, primary orifice (MNHN 2378).	FIGURES 45 – 49. Stephanotheca monoecensis (Calvet, 1927) n. comb. 45, view of a colony (MNHN 2378); 46, developing ovicell and subtriangular avicularia (MNHN 11192); 47, ovicellate and non-ovicellate zooids with two different avicularia (photo by J. - G. Harmelin); 48, primary orifice (MNHN 11151); 49, primary orifice (MNHN 2378).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212999/files/figure.png	https://doi.org/10.5281/zenodo.212999	FIGURES 24 – 25. Stephanotheca ambita (Waters, 1889) n. comb. 24, ovicellate and non-ovicellate zooids (lectotype: MM 2938); 25, primary orifice (paralectotype: MM 2936).	FIGURES 24 – 25. Stephanotheca ambita (Waters, 1889) n. comb. 24, ovicellate and non-ovicellate zooids (lectotype: MM 2938); 25, primary orifice (paralectotype: MM 2936).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213002/files/figure.png	https://doi.org/10.5281/zenodo.213002	FIGURES 36 – 39. Stephanotheca ochracea (Hincks, 1862) n. comb. (holotype: NMHUK 1899.5.1.977). 36, zooids with gigantic avicularia; 37, primary orifice and small suboral avicularium; 38, primary orifice; 39, ovicellate zooids.	FIGURES 36 – 39. Stephanotheca ochracea (Hincks, 1862) n. comb. (holotype: NMHUK 1899.5.1.977). 36, zooids with gigantic avicularia; 37, primary orifice and small suboral avicularium; 38, primary orifice; 39, ovicellate zooids.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213007/files/figure.png	https://doi.org/10.5281/zenodo.213007	FIGURES 62 – 67. Stephanotheca arrogata (Waters, 1879) n. comb. 62, view of the colony with ovicellate zooids (lectotype: MM 2852); 63, same, primary orifice; 64, same, autozooids with avicularia; 65, same, ovicellate and non-ovicellate zooids; note the cormidial secondary calcification covering the ovicells, contributed by several zooids; 66, same, ovicellate zooid; 67, view of the colony with ovicellate zooids (paralectotype: MM 2969).	FIGURES 62 – 67. Stephanotheca arrogata (Waters, 1879) n. comb. 62, view of the colony with ovicellate zooids (lectotype: MM 2852); 63, same, primary orifice; 64, same, autozooids with avicularia; 65, same, ovicellate and non-ovicellate zooids; note the cormidial secondary calcification covering the ovicells, contributed by several zooids; 66, same, ovicellate zooid; 67, view of the colony with ovicellate zooids (paralectotype: MM 2969).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212995/files/figure.png	https://doi.org/10.5281/zenodo.212995	FIGURES 9 – 10. Ovicell in Stephanotheca (S. barrosoi n. sp.). More information in the text. nc: nodular crown; oa: ovicell opening; pa: pseudoporous area; po: primary orifice.	FIGURES 9 – 10. Ovicell in Stephanotheca (S. barrosoi n. sp.). More information in the text. nc: nodular crown; oa: ovicell opening; pa: pseudoporous area; po: primary orifice.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213005/files/figure.png	https://doi.org/10.5281/zenodo.213005	FIGURES 50 – 56. Stephanotheca triangulata n. sp. 50, view of the colony (holotype: NHMUK 1899.7.1.2342); 51, same, autozooids; 52, same, primary orifice; 53, primary orifice and avicularium (paratype: NHMUK 1939.7.4.12); 54, autozooids (paratype: NHMUK 1899.7.1.2346); 55, same, view of the colony with ovicellate zooids; 56, broken ovicells (holotype: NHMUK 1899.7.1.2342).	FIGURES 50 – 56. Stephanotheca triangulata n. sp. 50, view of the colony (holotype: NHMUK 1899.7.1.2342); 51, same, autozooids; 52, same, primary orifice; 53, primary orifice and avicularium (paratype: NHMUK 1939.7.4.12); 54, autozooids (paratype: NHMUK 1899.7.1.2346); 55, same, view of the colony with ovicellate zooids; 56, broken ovicells (holotype: NHMUK 1899.7.1.2342).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213001/files/figure.png	https://doi.org/10.5281/zenodo.213001	FIGURES 31 – 35. Stephanotheca victoriensis n. sp. 31, view of the colony with developing ooecia (paratype: MM 4172); 32, same, autozooids and developing ooecium; note the raised sutures growing over the ovicell; 33, same, primary orifice of ovicellate zooid; 34, same, primary orifice; 35, view of the colony with ovicell (holotype: MM 2937).	FIGURES 31 – 35. Stephanotheca victoriensis n. sp. 31, view of the colony with developing ooecia (paratype: MM 4172); 32, same, autozooids and developing ooecium; note the raised sutures growing over the ovicell; 33, same, primary orifice of ovicellate zooid; 34, same, primary orifice; 35, view of the colony with ovicell (holotype: MM 2937).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212996/files/figure.png	https://doi.org/10.5281/zenodo.212996	FIGURES 11 – 12. Schizomavella auriculata (Hassall, 1842) (Ría de Ferrol). 1, maternal zooid with ovicell and operculum closing primary orifice. 2, inner view of a broken ovicell, showing secondary calcification covering ectooecium and partial entooecium. Primary orifice of the maternal zooid is seen below the proximal margin of the ovicell.	FIGURES 11 – 12. Schizomavella auriculata (Hassall, 1842) (Ría de Ferrol). 1, maternal zooid with ovicell and operculum closing primary orifice. 2, inner view of a broken ovicell, showing secondary calcification covering ectooecium and partial entooecium. Primary orifice of the maternal zooid is seen below the proximal margin of the ovicell.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212997/files/figure.png	https://doi.org/10.5281/zenodo.212997	FIGURES 13 – 19. Stephanotheca barrosoi n. sp. (holotype: MNCN 3829). 13, general view, with ovicells and a vicarious avicularium; 14, primary orifice. 15, autozooid with a suboral avicularium; 16, maternal zooid and ovicell; 17, vicarious avicularium; 18, vicarious avicularium with operculum. 19, vicarious avicularium with suboral avicularium.	FIGURES 13 – 19. Stephanotheca barrosoi n. sp. (holotype: MNCN 3829). 13, general view, with ovicells and a vicarious avicularium; 14, primary orifice. 15, autozooid with a suboral avicularium; 16, maternal zooid and ovicell; 17, vicarious avicularium; 18, vicarious avicularium with operculum. 19, vicarious avicularium with suboral avicularium.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213003/files/figure.png	https://doi.org/10.5281/zenodo.213003	FIGURES 40 – 44. Stephanotheca monoecensis (Calvet, 1927) n. comb. (lectotype: MOM 42 - 1421). 40, view of the colony; 41, primary orifice; 42, primary orifice and central avicularium; 43, ovicellate zooid. 44, view of the colony with autozooids and ovicellate zooid.	FIGURES 40 – 44. Stephanotheca monoecensis (Calvet, 1927) n. comb. (lectotype: MOM 42 - 1421). 40, view of the colony; 41, primary orifice; 42, primary orifice and central avicularium; 43, ovicellate zooid. 44, view of the colony with autozooids and ovicellate zooid.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB060FFA50BA32005FD17F9E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212998/files/figure.png	https://doi.org/10.5281/zenodo.212998	FIGURES 20 – 23. Stephanotheca barrosoi n. sp. 20, autozooid and vicarious avicularium (MNHN 11152); 21, primary orifice and suboral avicularium (NHMUK 1899.7.1.2343); 22, primary orifice and suboral avicularium (NHMUK 1899.7.1.2345); 23, same, autozooids and vicarious avicularia with opercula.	FIGURES 20 – 23. Stephanotheca barrosoi n. sp. 20, autozooid and vicarious avicularium (MNHN 11152); 21, primary orifice and suboral avicularium (NHMUK 1899.7.1.2343); 22, primary orifice and suboral avicularium (NHMUK 1899.7.1.2345); 23, same, autozooids and vicarious avicularia with opercula.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB067FFAB0BA3238EFF6CFE30.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212994/files/figure.png	https://doi.org/10.5281/zenodo.212994	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB067FFAB0BA3238EFF6CFE30.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212995/files/figure.png	https://doi.org/10.5281/zenodo.212995	FIGURES 9 – 10. Ovicell in Stephanotheca (S. barrosoi n. sp.). More information in the text. nc: nodular crown; oa: ovicell opening; pa: pseudoporous area; po: primary orifice.	FIGURES 9 – 10. Ovicell in Stephanotheca (S. barrosoi n. sp.). More information in the text. nc: nodular crown; oa: ovicell opening; pa: pseudoporous area; po: primary orifice.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB067FFAB0BA3238EFF6CFE30.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212997/files/figure.png	https://doi.org/10.5281/zenodo.212997	FIGURES 13 – 19. Stephanotheca barrosoi n. sp. (holotype: MNCN 3829). 13, general view, with ovicells and a vicarious avicularium; 14, primary orifice. 15, autozooid with a suboral avicularium; 16, maternal zooid and ovicell; 17, vicarious avicularium; 18, vicarious avicularium with operculum. 19, vicarious avicularium with suboral avicularium.	FIGURES 13 – 19. Stephanotheca barrosoi n. sp. (holotype: MNCN 3829). 13, general view, with ovicells and a vicarious avicularium; 14, primary orifice. 15, autozooid with a suboral avicularium; 16, maternal zooid and ovicell; 17, vicarious avicularium; 18, vicarious avicularium with operculum. 19, vicarious avicularium with suboral avicularium.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB067FFAB0BA3238EFF6CFE30.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212998/files/figure.png	https://doi.org/10.5281/zenodo.212998	FIGURES 20 – 23. Stephanotheca barrosoi n. sp. 20, autozooid and vicarious avicularium (MNHN 11152); 21, primary orifice and suboral avicularium (NHMUK 1899.7.1.2343); 22, primary orifice and suboral avicularium (NHMUK 1899.7.1.2345); 23, same, autozooids and vicarious avicularia with opercula.	FIGURES 20 – 23. Stephanotheca barrosoi n. sp. 20, autozooid and vicarious avicularium (MNHN 11152); 21, primary orifice and suboral avicularium (NHMUK 1899.7.1.2343); 22, primary orifice and suboral avicularium (NHMUK 1899.7.1.2345); 23, same, autozooids and vicarious avicularia with opercula.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB06BFFAA0BA32481FB87FF6B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212999/files/figure.png	https://doi.org/10.5281/zenodo.212999	FIGURES 24 – 25. Stephanotheca ambita (Waters, 1889) n. comb. 24, ovicellate and non-ovicellate zooids (lectotype: MM 2938); 25, primary orifice (paralectotype: MM 2936).	FIGURES 24 – 25. Stephanotheca ambita (Waters, 1889) n. comb. 24, ovicellate and non-ovicellate zooids (lectotype: MM 2938); 25, primary orifice (paralectotype: MM 2936).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB06AFFAF0BA32142FAD3FEF8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212994/files/figure.png	https://doi.org/10.5281/zenodo.212994	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB06AFFAF0BA32142FAD3FEF8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213000/files/figure.png	https://doi.org/10.5281/zenodo.213000	FIGURES 26 – 30. Stephanotheca watersi n. sp. 26, view of the colony with developing ooecia (paratype: MNHN 11148); 27, primary orifice (holotype: MM 2845); 28, primary orifice (paratype: MNHN 11141); 29, same, two ovicellate zooids; 30, view of the colony (holotype: MM 2845).	FIGURES 26 – 30. Stephanotheca watersi n. sp. 26, view of the colony with developing ooecia (paratype: MNHN 11148); 27, primary orifice (holotype: MM 2845); 28, primary orifice (paratype: MNHN 11141); 29, same, two ovicellate zooids; 30, view of the colony (holotype: MM 2845).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB06FFFAE0BA324C9FDD0FF6B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213001/files/figure.png	https://doi.org/10.5281/zenodo.213001	FIGURES 31 – 35. Stephanotheca victoriensis n. sp. 31, view of the colony with developing ooecia (paratype: MM 4172); 32, same, autozooids and developing ooecium; note the raised sutures growing over the ovicell; 33, same, primary orifice of ovicellate zooid; 34, same, primary orifice; 35, view of the colony with ovicell (holotype: MM 2937).	FIGURES 31 – 35. Stephanotheca victoriensis n. sp. 31, view of the colony with developing ooecia (paratype: MM 4172); 32, same, autozooids and developing ooecium; note the raised sutures growing over the ovicell; 33, same, primary orifice of ovicellate zooid; 34, same, primary orifice; 35, view of the colony with ovicell (holotype: MM 2937).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB071FFB30BA327CAFD04FCB3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212994/files/figure.png	https://doi.org/10.5281/zenodo.212994	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB071FFB30BA327CAFD04FCB3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213002/files/figure.png	https://doi.org/10.5281/zenodo.213002	FIGURES 36 – 39. Stephanotheca ochracea (Hincks, 1862) n. comb. (holotype: NMHUK 1899.5.1.977). 36, zooids with gigantic avicularia; 37, primary orifice and small suboral avicularium; 38, primary orifice; 39, ovicellate zooids.	FIGURES 36 – 39. Stephanotheca ochracea (Hincks, 1862) n. comb. (holotype: NMHUK 1899.5.1.977). 36, zooids with gigantic avicularia; 37, primary orifice and small suboral avicularium; 38, primary orifice; 39, ovicellate zooids.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB073FFB40BA32604FA34FF48.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/212994/files/figure.png	https://doi.org/10.5281/zenodo.212994	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	FIGURES 1 – 8. Ovicell development in Stephanotheca. 1, communication pore between the ooecium-producing zooid and the coelomic cavity of the ooecium (arrow) (S. barrosoi n. sp.). 2, calcification of ectooecium and beginning of the calcification of entooecium (S. watersi n. sp.). 3, calcified ooecial floor (S. ochracea n. comb.). 4, developing ooecia (S. watersi n. sp.). 5, developing ooecium (S. monoecensis n. comb.). 6, central suture of the ectooecium (arrow) (S. barrosoi n. sp.). 7, complete ovicell, ooecial floor, and a partially broken ovicell showing ectooecial pseudopores (S. watersi n. sp.). 8, secondary calcification growing over the central porous area (S. monoecensis n. comb.).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB073FFB40BA32604FA34FF48.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213003/files/figure.png	https://doi.org/10.5281/zenodo.213003	FIGURES 40 – 44. Stephanotheca monoecensis (Calvet, 1927) n. comb. (lectotype: MOM 42 - 1421). 40, view of the colony; 41, primary orifice; 42, primary orifice and central avicularium; 43, ovicellate zooid. 44, view of the colony with autozooids and ovicellate zooid.	FIGURES 40 – 44. Stephanotheca monoecensis (Calvet, 1927) n. comb. (lectotype: MOM 42 - 1421). 40, view of the colony; 41, primary orifice; 42, primary orifice and central avicularium; 43, ovicellate zooid. 44, view of the colony with autozooids and ovicellate zooid.	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB073FFB40BA32604FA34FF48.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213004/files/figure.png	https://doi.org/10.5281/zenodo.213004	FIGURES 45 – 49. Stephanotheca monoecensis (Calvet, 1927) n. comb. 45, view of a colony (MNHN 2378); 46, developing ovicell and subtriangular avicularia (MNHN 11192); 47, ovicellate and non-ovicellate zooids with two different avicularia (photo by J. - G. Harmelin); 48, primary orifice (MNHN 11151); 49, primary orifice (MNHN 2378).	FIGURES 45 – 49. Stephanotheca monoecensis (Calvet, 1927) n. comb. 45, view of a colony (MNHN 2378); 46, developing ovicell and subtriangular avicularia (MNHN 11192); 47, ovicellate and non-ovicellate zooids with two different avicularia (photo by J. - G. Harmelin); 48, primary orifice (MNHN 11151); 49, primary orifice (MNHN 2378).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB074FFB70BA32459FEC3FF48.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213005/files/figure.png	https://doi.org/10.5281/zenodo.213005	FIGURES 50 – 56. Stephanotheca triangulata n. sp. 50, view of the colony (holotype: NHMUK 1899.7.1.2342); 51, same, autozooids; 52, same, primary orifice; 53, primary orifice and avicularium (paratype: NHMUK 1939.7.4.12); 54, autozooids (paratype: NHMUK 1899.7.1.2346); 55, same, view of the colony with ovicellate zooids; 56, broken ovicells (holotype: NHMUK 1899.7.1.2342).	FIGURES 50 – 56. Stephanotheca triangulata n. sp. 50, view of the colony (holotype: NHMUK 1899.7.1.2342); 51, same, autozooids; 52, same, primary orifice; 53, primary orifice and avicularium (paratype: NHMUK 1939.7.4.12); 54, autozooids (paratype: NHMUK 1899.7.1.2346); 55, same, view of the colony with ovicellate zooids; 56, broken ovicells (holotype: NHMUK 1899.7.1.2342).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB076FFB60BA325E9FC61F809.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213006/files/figure.png	https://doi.org/10.5281/zenodo.213006	FIGURES 57 – 61. Stephanotheca perforata n. sp. 57, view of the colony (holotype: NHMUK 1899.7.1.1454); 58, same, orifice; 59, primary orifice (paratype: NHMUK 1899.7.1.1760); 60, same, autozooids with developing ooecia; 61, view of the colony with ovicellate zooid (holotype: NHMUK 1899.7.1.1454).	FIGURES 57 – 61. Stephanotheca perforata n. sp. 57, view of the colony (holotype: NHMUK 1899.7.1.1454); 58, same, orifice; 59, primary orifice (paratype: NHMUK 1899.7.1.1760); 60, same, autozooids with developing ooecia; 61, view of the colony with ovicellate zooid (holotype: NHMUK 1899.7.1.1454).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
220B4B5AB079FFBB0BA3203AFBACF936.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/213007/files/figure.png	https://doi.org/10.5281/zenodo.213007	FIGURES 62 – 67. Stephanotheca arrogata (Waters, 1879) n. comb. 62, view of the colony with ovicellate zooids (lectotype: MM 2852); 63, same, primary orifice; 64, same, autozooids with avicularia; 65, same, ovicellate and non-ovicellate zooids; note the cormidial secondary calcification covering the ovicells, contributed by several zooids; 66, same, ovicellate zooid; 67, view of the colony with ovicellate zooids (paralectotype: MM 2969).	FIGURES 62 – 67. Stephanotheca arrogata (Waters, 1879) n. comb. 62, view of the colony with ovicellate zooids (lectotype: MM 2852); 63, same, primary orifice; 64, same, autozooids with avicularia; 65, same, ovicellate and non-ovicellate zooids; note the cormidial secondary calcification covering the ovicells, contributed by several zooids; 66, same, ovicellate zooid; 67, view of the colony with ovicellate zooids (paralectotype: MM 2969).	2012-12-31	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio		Zenodo	biologists	Reverter-Gil, Oscar;Souto, Javier;Fernández-Pulpeiro, Eugenio			
