taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03F487E53000E41BFF4C27D5FC0FFA39.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281729/files/figure.png	https://doi.org/10.5281/zenodo.281729	FIGURE 2. Nodastrella nodastrella holotype, skeleton. Scanning electron micrographs. (A) Calycocome. (B) Atrial hexactin. (C) Pappocome-like oxyhexaster with most secondary rays broken off. (D) Regular oxyhexaster. (E) Discaster.	FIGURE 2. Nodastrella nodastrella holotype, skeleton. Scanning electron micrographs. (A) Calycocome. (B) Atrial hexactin. (C) Pappocome-like oxyhexaster with most secondary rays broken off. (D) Regular oxyhexaster. (E) Discaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53000E41BFF4C27D5FC0FFA39.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281728/files/figure.png	https://doi.org/10.5281/zenodo.281728	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53000E41BFF4C27D5FC0FFA39.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281730/files/figure.png	https://doi.org/10.5281/zenodo.281730	FIGURE 3. Nodastrella asconemaoida sp. nov. USNM 1150045, specimen (A) and skeleton (B – H). (B, C, E, F) scanning electron micrographs; (D, G, H) light micrographs. (A) Deck photograph of specimen. (B) Dermal stauractin. (C) Atrial hexactin. (D) Dermal tauactin. (E) Microdiscohexaster. (F) Oxyhexaster. (G) " Calycocome " with numerous secondary rays and hardly developed calyces (= calycocome-like stellate discohexaster) (40 X). (H) " Proper " calycocome with fewer secondary rays and well-developed calyces (40 X).	FIGURE 3. Nodastrella asconemaoida sp. nov. USNM 1150045, specimen (A) and skeleton (B – H). (B, C, E, F) scanning electron micrographs; (D, G, H) light micrographs. (A) Deck photograph of specimen. (B) Dermal stauractin. (C) Atrial hexactin. (D) Dermal tauactin. (E) Microdiscohexaster. (F) Oxyhexaster. (G) " Calycocome " with numerous secondary rays and hardly developed calyces (= calycocome-like stellate discohexaster) (40 X). (H) " Proper " calycocome with fewer secondary rays and well-developed calyces (40 X).	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53000E41BFF4C27D5FC0FFA39.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281731/files/figure.png	https://doi.org/10.5281/zenodo.281731	FIGURE 4. Underwater picture of Nodastrella asconemaoida sp. nov. HBOI 5 - VIII- 05 - 1 - 004, taken by Johnson-Sea-Link II on Miami Terrace, Straits of Florida, Reed Site BU 2, August 0 5, 2005. Courtesy of HBOI, Ft. Pierce, Florida. Right specimen is ca. 22 cm tall.	FIGURE 4. Underwater picture of Nodastrella asconemaoida sp. nov. HBOI 5 - VIII- 05 - 1 - 004, taken by Johnson-Sea-Link II on Miami Terrace, Straits of Florida, Reed Site BU 2, August 0 5, 2005. Courtesy of HBOI, Ft. Pierce, Florida. Right specimen is ca. 22 cm tall.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53000E41BFF4C27D5FC0FFA39.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281732/files/figure.png	https://doi.org/10.5281/zenodo.281732	FIGURE 5. Nodastrella asconemaoida sp. nov. ZMAPOR 19715, skeleton. Scanning electron micrographs. (A) Microdiscohexaster. (B) Oxyhexaster.	FIGURE 5. Nodastrella asconemaoida sp. nov. ZMAPOR 19715, skeleton. Scanning electron micrographs. (A) Microdiscohexaster. (B) Oxyhexaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53000E41AFF4C203CFE2FFD1E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281728/files/figure.png	https://doi.org/10.5281/zenodo.281728	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53006E41FFF4C26B7FDC3FDCD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281728/files/figure.png	https://doi.org/10.5281/zenodo.281728	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53006E41FFF4C26B7FDC3FDCD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281729/files/figure.png	https://doi.org/10.5281/zenodo.281729	FIGURE 2. Nodastrella nodastrella holotype, skeleton. Scanning electron micrographs. (A) Calycocome. (B) Atrial hexactin. (C) Pappocome-like oxyhexaster with most secondary rays broken off. (D) Regular oxyhexaster. (E) Discaster.	FIGURE 2. Nodastrella nodastrella holotype, skeleton. Scanning electron micrographs. (A) Calycocome. (B) Atrial hexactin. (C) Pappocome-like oxyhexaster with most secondary rays broken off. (D) Regular oxyhexaster. (E) Discaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53006E41FFF4C26B7FDC3FDCD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281730/files/figure.png	https://doi.org/10.5281/zenodo.281730	FIGURE 3. Nodastrella asconemaoida sp. nov. USNM 1150045, specimen (A) and skeleton (B – H). (B, C, E, F) scanning electron micrographs; (D, G, H) light micrographs. (A) Deck photograph of specimen. (B) Dermal stauractin. (C) Atrial hexactin. (D) Dermal tauactin. (E) Microdiscohexaster. (F) Oxyhexaster. (G) " Calycocome " with numerous secondary rays and hardly developed calyces (= calycocome-like stellate discohexaster) (40 X). (H) " Proper " calycocome with fewer secondary rays and well-developed calyces (40 X).	FIGURE 3. Nodastrella asconemaoida sp. nov. USNM 1150045, specimen (A) and skeleton (B – H). (B, C, E, F) scanning electron micrographs; (D, G, H) light micrographs. (A) Deck photograph of specimen. (B) Dermal stauractin. (C) Atrial hexactin. (D) Dermal tauactin. (E) Microdiscohexaster. (F) Oxyhexaster. (G) " Calycocome " with numerous secondary rays and hardly developed calyces (= calycocome-like stellate discohexaster) (40 X). (H) " Proper " calycocome with fewer secondary rays and well-developed calyces (40 X).	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53006E41FFF4C26B7FDC3FDCD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281731/files/figure.png	https://doi.org/10.5281/zenodo.281731	FIGURE 4. Underwater picture of Nodastrella asconemaoida sp. nov. HBOI 5 - VIII- 05 - 1 - 004, taken by Johnson-Sea-Link II on Miami Terrace, Straits of Florida, Reed Site BU 2, August 0 5, 2005. Courtesy of HBOI, Ft. Pierce, Florida. Right specimen is ca. 22 cm tall.	FIGURE 4. Underwater picture of Nodastrella asconemaoida sp. nov. HBOI 5 - VIII- 05 - 1 - 004, taken by Johnson-Sea-Link II on Miami Terrace, Straits of Florida, Reed Site BU 2, August 0 5, 2005. Courtesy of HBOI, Ft. Pierce, Florida. Right specimen is ca. 22 cm tall.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53006E41FFF4C26B7FDC3FDCD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281732/files/figure.png	https://doi.org/10.5281/zenodo.281732	FIGURE 5. Nodastrella asconemaoida sp. nov. ZMAPOR 19715, skeleton. Scanning electron micrographs. (A) Microdiscohexaster. (B) Oxyhexaster.	FIGURE 5. Nodastrella asconemaoida sp. nov. ZMAPOR 19715, skeleton. Scanning electron micrographs. (A) Microdiscohexaster. (B) Oxyhexaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53004E41EFF4C24AFFE80FDAE.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281729/files/figure.png	https://doi.org/10.5281/zenodo.281729	FIGURE 2. Nodastrella nodastrella holotype, skeleton. Scanning electron micrographs. (A) Calycocome. (B) Atrial hexactin. (C) Pappocome-like oxyhexaster with most secondary rays broken off. (D) Regular oxyhexaster. (E) Discaster.	FIGURE 2. Nodastrella nodastrella holotype, skeleton. Scanning electron micrographs. (A) Calycocome. (B) Atrial hexactin. (C) Pappocome-like oxyhexaster with most secondary rays broken off. (D) Regular oxyhexaster. (E) Discaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53004E41EFF4C24AFFE80FDAE.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281728/files/figure.png	https://doi.org/10.5281/zenodo.281728	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	FIGURE 1. Nodastrella nodastrella USNM 1150046, specimen (A) and skeleton (B – G). (B – E, G) scanning electron micrographs; (F) light micrograph. (A) Deck photograph of specimen attached to Lophelia coral. (B) Dermal stauractin. (C) Detail of calycocome. (D) Cluster of calycocomes and a discaster (lower left). (E) Pappocome-like oxyhexaster with most secondary rays broken off. (F) Complete pappocome-like oxyhexaster. (G) Discaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53004E41EFF4C24AFFE80FDAE.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281730/files/figure.png	https://doi.org/10.5281/zenodo.281730	FIGURE 3. Nodastrella asconemaoida sp. nov. USNM 1150045, specimen (A) and skeleton (B – H). (B, C, E, F) scanning electron micrographs; (D, G, H) light micrographs. (A) Deck photograph of specimen. (B) Dermal stauractin. (C) Atrial hexactin. (D) Dermal tauactin. (E) Microdiscohexaster. (F) Oxyhexaster. (G) " Calycocome " with numerous secondary rays and hardly developed calyces (= calycocome-like stellate discohexaster) (40 X). (H) " Proper " calycocome with fewer secondary rays and well-developed calyces (40 X).	FIGURE 3. Nodastrella asconemaoida sp. nov. USNM 1150045, specimen (A) and skeleton (B – H). (B, C, E, F) scanning electron micrographs; (D, G, H) light micrographs. (A) Deck photograph of specimen. (B) Dermal stauractin. (C) Atrial hexactin. (D) Dermal tauactin. (E) Microdiscohexaster. (F) Oxyhexaster. (G) " Calycocome " with numerous secondary rays and hardly developed calyces (= calycocome-like stellate discohexaster) (40 X). (H) " Proper " calycocome with fewer secondary rays and well-developed calyces (40 X).	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53004E41EFF4C24AFFE80FDAE.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281731/files/figure.png	https://doi.org/10.5281/zenodo.281731	FIGURE 4. Underwater picture of Nodastrella asconemaoida sp. nov. HBOI 5 - VIII- 05 - 1 - 004, taken by Johnson-Sea-Link II on Miami Terrace, Straits of Florida, Reed Site BU 2, August 0 5, 2005. Courtesy of HBOI, Ft. Pierce, Florida. Right specimen is ca. 22 cm tall.	FIGURE 4. Underwater picture of Nodastrella asconemaoida sp. nov. HBOI 5 - VIII- 05 - 1 - 004, taken by Johnson-Sea-Link II on Miami Terrace, Straits of Florida, Reed Site BU 2, August 0 5, 2005. Courtesy of HBOI, Ft. Pierce, Florida. Right specimen is ca. 22 cm tall.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
03F487E53004E41EFF4C24AFFE80FDAE.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/281732/files/figure.png	https://doi.org/10.5281/zenodo.281732	FIGURE 5. Nodastrella asconemaoida sp. nov. ZMAPOR 19715, skeleton. Scanning electron micrographs. (A) Microdiscohexaster. (B) Oxyhexaster.	FIGURE 5. Nodastrella asconemaoida sp. nov. ZMAPOR 19715, skeleton. Scanning electron micrographs. (A) Microdiscohexaster. (B) Oxyhexaster.	2012-07-10	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Reed, John;Janussen, Dorte			
