taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03977B1EB301FFCDED93822DFB7800F5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/282752/files/figure.png	https://doi.org/10.5281/zenodo.282752	FIGURE 1. Dentitheca dendritica (Nutting, 1900) — fertile colony in situ (A); detail of a fertile branch showing arrangement of gonothecae (B); female (C, D) and male (E, F) gonothecae; female gonotheca seen with incident (G) and transmitted light (H), showing the terminal plate (t. p.) and the belt of refringent corpuscles (r. c.) of the medusoid; female medusoid releasing its oocytes within the gonotheca (I); eggs (e.) and developing embryo (d. e.) within the female gonotheca (J); medusoids still attached to the blastostyle after the release of the gametes in the water column (K – M). Scale bars: 100 µm (J), 200 µm (E – I, K – M), 400 µm (C, D), 2 mm (B), 3 cm (A).	FIGURE 1. Dentitheca dendritica (Nutting, 1900) — fertile colony in situ (A); detail of a fertile branch showing arrangement of gonothecae (B); female (C, D) and male (E, F) gonothecae; female gonotheca seen with incident (G) and transmitted light (H), showing the terminal plate (t. p.) and the belt of refringent corpuscles (r. c.) of the medusoid; female medusoid releasing its oocytes within the gonotheca (I); eggs (e.) and developing embryo (d. e.) within the female gonotheca (J); medusoids still attached to the blastostyle after the release of the gametes in the water column (K – M). Scale bars: 100 µm (J), 200 µm (E – I, K – M), 400 µm (C, D), 2 mm (B), 3 cm (A).	2012-12-31	Galea, Horia R.;Ferry, Romain;Bertot, Jean-Marie		Zenodo	biologists	Galea, Horia R.;Ferry, Romain;Bertot, Jean-Marie			
03977B1EB304FFC3ED9385BCFC8106F2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/282753/files/figure.png	https://doi.org/10.5281/zenodo.282753	FIGURE 3. Nemalecium gracile sp. nov. — living colony (A) and hydranth (insert) showing the typical bright yellow tinge of the digestive region and the tentacles raised at different levels; fixed hydranth showing the hypostome (h.) encircled by the row of filiform tentacles (f. t.), the digestive (d. r.) and non-digestive (n. d. r.) regions, as well as ectodermic glandular cells (g. c.); detail of the non-digestive region (C) showing highly vacuolated endodermal cells; detail of a filiform tentacle showing large, endodermal chordal cells (D); insertion of the filiform tentacles (f. t.) around the hypostome, showing conspicuous glandular cells (g. c.) in between; nematodactyl (n. d.) armed with pseudostenoteles (p. s.) and filiform tentacles (f. t.) richly recovered with microbasic mastigophores (m. b. m.) (F); detail of a nematodactyl showing a discharged pseudostenotele (G); female (H) and male (I) gonothecae from dioecious stems; gonotheca and male gonophore, showing the blastostyle (b.) ending in an apical plate (a. p.) and budding off the gonophore, all being covered with a mantle (m.); the slightly eccentric spadix (s.) is distinguished from the mass of sperm cells (s. m.) through its darker tinge (J); male medusoid getting free from its mantle (m.), which remains attached to the blastostyle (b.) (K); newly released male medusoid (L), showing the conspicuous belt of refringent corpuscles (insert); fixed male medusoid seen with transmitted (M) and incident (N) light, showing the velar aperture (left) and the striated subumbrellar ectoderm; detail of the myoepithelial fibers of the subumbrellar ectoderm (O); slightly squashed preparation of a male medusoid showing the spadix (sp.) and a number of pseudostenoteles (p. s.) disseminated among the mass of gametes (P). Scale bars: 30 µm (O), 50 µm (D, E, G, and insert of L), 100 µm (F), 200 µm (P), 300 µm (C, J, M, N), 500 µm (A, B, K, L), 1 mm (H, I).	FIGURE 3. Nemalecium gracile sp. nov. — living colony (A) and hydranth (insert) showing the typical bright yellow tinge of the digestive region and the tentacles raised at different levels; fixed hydranth showing the hypostome (h.) encircled by the row of filiform tentacles (f. t.), the digestive (d. r.) and non-digestive (n. d. r.) regions, as well as ectodermic glandular cells (g. c.); detail of the non-digestive region (C) showing highly vacuolated endodermal cells; detail of a filiform tentacle showing large, endodermal chordal cells (D); insertion of the filiform tentacles (f. t.) around the hypostome, showing conspicuous glandular cells (g. c.) in between; nematodactyl (n. d.) armed with pseudostenoteles (p. s.) and filiform tentacles (f. t.) richly recovered with microbasic mastigophores (m. b. m.) (F); detail of a nematodactyl showing a discharged pseudostenotele (G); female (H) and male (I) gonothecae from dioecious stems; gonotheca and male gonophore, showing the blastostyle (b.) ending in an apical plate (a. p.) and budding off the gonophore, all being covered with a mantle (m.); the slightly eccentric spadix (s.) is distinguished from the mass of sperm cells (s. m.) through its darker tinge (J); male medusoid getting free from its mantle (m.), which remains attached to the blastostyle (b.) (K); newly released male medusoid (L), showing the conspicuous belt of refringent corpuscles (insert); fixed male medusoid seen with transmitted (M) and incident (N) light, showing the velar aperture (left) and the striated subumbrellar ectoderm; detail of the myoepithelial fibers of the subumbrellar ectoderm (O); slightly squashed preparation of a male medusoid showing the spadix (sp.) and a number of pseudostenoteles (p. s.) disseminated among the mass of gametes (P). Scale bars: 30 µm (O), 50 µm (D, E, G, and insert of L), 100 µm (F), 200 µm (P), 300 µm (C, J, M, N), 500 µm (A, B, K, L), 1 mm (H, I).	2012-12-31	Galea, Horia R.;Ferry, Romain;Bertot, Jean-Marie		Zenodo	biologists	Galea, Horia R.;Ferry, Romain;Bertot, Jean-Marie			
03977B1EB304FFC3ED9385BCFC8106F2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/282754/files/figure.png	https://doi.org/10.5281/zenodo.282754	FIGURE 4. Cnidome of Nemalecium gracile sp. nov. (A – D) and Nemalecium cf. lighti (Hargitt, 1924) from the Caribbean (E – H) and Indonesia (I – L): pseudostenoteles (A, E, I), microbasic mastigophores (B, F, J), microbasic euryteles (C, G, K), and unidentified rhopaloid heteronemes (D, H, L).	FIGURE 4. Cnidome of Nemalecium gracile sp. nov. (A – D) and Nemalecium cf. lighti (Hargitt, 1924) from the Caribbean (E – H) and Indonesia (I – L): pseudostenoteles (A, E, I), microbasic mastigophores (B, F, J), microbasic euryteles (C, G, K), and unidentified rhopaloid heteronemes (D, H, L).	2012-12-31	Galea, Horia R.;Ferry, Romain;Bertot, Jean-Marie		Zenodo	biologists	Galea, Horia R.;Ferry, Romain;Bertot, Jean-Marie			
