taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03D67546CB72C873FF2ABE15FA1AF9A5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442441/files/figure.png	https://doi.org/10.5281/zenodo.5442441	Figure 3. Sarostegia oculata. Piece of the original specimen described herein seen from both sides. Scale bars = 10 mm.	Figure 3. Sarostegia oculata. Piece of the original specimen described herein seen from both sides. Scale bars = 10 mm.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB72C873FF2ABE15FA1AF9A5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442437/files/figure.png	https://doi.org/10.5281/zenodo.5442437	Figure 1. Sceptrules. A, regular scopule (from Heterochone sp.). B, regular (pileate) clavule from Farrea sp. (courtesy H. M. Reiswig). C–D, unusual sceptrule types. C, from left to right: sarule (left: Sarostegia, right: Claviscopulia), lonchiole (Lonchiphora; interpreted from text-description), aspidoscopule (Aspidoscopulia). Redrawn from Reiswig (2002b); D, two types of lonchioles from Lonchiphora antarctica (Göcke & Janussen, 2011).	Figure 1. Sceptrules. A, regular scopule (from Heterochone sp.). B, regular (pileate) clavule from Farrea sp. (courtesy H. M. Reiswig). C–D, unusual sceptrule types. C, from left to right: sarule (left: Sarostegia, right: Claviscopulia), lonchiole (Lonchiphora; interpreted from text-description), aspidoscopule (Aspidoscopulia). Redrawn from Reiswig (2002b); D, two types of lonchioles from Lonchiphora antarctica (Göcke & Janussen, 2011).	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB72C873FF2ABE15FA1AF9A5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442443/files/figure.png	https://doi.org/10.5281/zenodo.5442443	Figure 4. Sarostegia oculata, skeleton. A-B, sarules (A, scale bar = 30 Mm; B, scale bar = 50 Mm). C, dictyonal framework (scale bar = 150 Mm). D–E, discohexasters (scale bars = 10 Mm). F, oxyhexaster (scale bar = 10 Mm).	Figure 4. Sarostegia oculata, skeleton. A-B, sarules (A, scale bar = 30 Mm; B, scale bar = 50 Mm). C, dictyonal framework (scale bar = 150 Mm). D–E, discohexasters (scale bars = 10 Mm). F, oxyhexaster (scale bar = 10 Mm).	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB72C873FF2ABE15FA1AF9A5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442445/files/figure.png	https://doi.org/10.5281/zenodo.5442445	Figure 5. Sarostegia oculata, spicules: A, uncinate. B, sarule. C, choanosomal hexactin. D, dermal hexactin. E, hemioxyhexaster. F, discohexaster.	Figure 5. Sarostegia oculata, spicules: A, uncinate. B, sarule. C, choanosomal hexactin. D, dermal hexactin. E, hemioxyhexaster. F, discohexaster.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7CC872FCA6BBCCFAADFC70.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442447/files/figure.png	https://doi.org/10.5281/zenodo.5442447	Figure 6. Aspidoscopulia australia sp. nov., live photograph taken by the remotely operated vehicle ‘Cherokee’ (http://www.marum.de). Only the specimen on the right was collected (see supporting movie M1). Approximate size of specimen: 0.50 m.	Figure 6. Aspidoscopulia australia sp. nov., live photograph taken by the remotely operated vehicle ‘Cherokee’ (http://www.marum.de). Only the specimen on the right was collected (see supporting movie M1). Approximate size of specimen: 0.50 m.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7CC872FCA6BBCCFAADFC70.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442449/files/figure.png	https://doi.org/10.5281/zenodo.5442449	Figure 7. Aspidoscopulia australia sp. nov., skeleton. A, head of aspidoscopule (scale bar = 10 Mm). B–C, anchorate clavules (B, scale bar = 50 Mm; C, scale bar = 10 Mm). D, pileate clavule (scale bar = 30 Mm) and clavule head (inset; scale bar = 5 Mm). E, disco- and oxyhexaster (scale bar = 30 Mm). F, discohexaster (scale bar = 10 Mm). G, dictyonal framework (scale bar = 300 Mm). H–I, aspidoscopule with lateral spines (H, scale bar = 30 Mm; I, scale bar = 10 Mm). J, surface pentactin (scale bar = 100 Mm).	Figure 7. Aspidoscopulia australia sp. nov., skeleton. A, head of aspidoscopule (scale bar = 10 Mm). B–C, anchorate clavules (B, scale bar = 50 Mm; C, scale bar = 10 Mm). D, pileate clavule (scale bar = 30 Mm) and clavule head (inset; scale bar = 5 Mm). E, disco- and oxyhexaster (scale bar = 30 Mm). F, discohexaster (scale bar = 10 Mm). G, dictyonal framework (scale bar = 300 Mm). H–I, aspidoscopule with lateral spines (H, scale bar = 30 Mm; I, scale bar = 10 Mm). J, surface pentactin (scale bar = 100 Mm).	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7CC872FCA6BBCCFAADFC70.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442451/files/figure.png	https://doi.org/10.5281/zenodo.5442451	Figure 8. Aspidoscopulia australia sp. nov., spicules. A, aspidoscopule. Left, head and neck of specimen with lateral spine; right, detail of specimen without spines. B, pileate clavule. C, anchorate clavule. D, discohexaster. E, oxyhexaster.	Figure 8. Aspidoscopulia australia sp. nov., spicules. A, aspidoscopule. Left, head and neck of specimen with lateral spine; right, detail of specimen without spines. B, pileate clavule. C, anchorate clavule. D, discohexaster. E, oxyhexaster.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7DC870FC46BADBFEAEFF0E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442460/files/figure.png	https://doi.org/10.5281/zenodo.5442460	Figure 9. Aspidoscopulia ospreya sp. nov., live photograph taken by the remotely operated vehicle ‘Cherokee’ (http://www.marum.de). Approximate size of specimen: 0.70 m.	Figure 9. Aspidoscopulia ospreya sp. nov., live photograph taken by the remotely operated vehicle ‘Cherokee’ (http://www.marum.de). Approximate size of specimen: 0.70 m.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7DC870FC46BADBFEAEFF0E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442462/files/figure.png	https://doi.org/10.5281/zenodo.5442462	Figure 10. Aspidoscopulia ospreya sp. nov., skeleton. A-B, anchorate clavules (scale bars = 25 Mm). C, discohexasters (scale bar = 30 Mm). D, surface pentactin (scale bar = 100 Mm). E, oxyhexaster (scale bar = 30 Mm). F, dictyonal framework (scale bar = 300 Mm).	Figure 10. Aspidoscopulia ospreya sp. nov., skeleton. A-B, anchorate clavules (scale bars = 25 Mm). C, discohexasters (scale bar = 30 Mm). D, surface pentactin (scale bar = 100 Mm). E, oxyhexaster (scale bar = 30 Mm). F, dictyonal framework (scale bar = 300 Mm).	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7DC870FC46BADBFEAEFF0E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442464/files/figure.png	https://doi.org/10.5281/zenodo.5442464	Figure 11. Aspidoscopulia ospreya sp. nov., spicules. A, anchorate clavule. B, surface pentactin. C, discohexaster.	Figure 11. Aspidoscopulia ospreya sp. nov., spicules. A, anchorate clavule. B, surface pentactin. C, discohexaster.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7FC877FED4B85CFB9EFF63.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442466/files/figure.png	https://doi.org/10.5281/zenodo.5442466	Figure 12. Psilocalyx wilsoni, live photograph taken by the remotely operated vehicle ‘Cherokee’ (http://www.marum. de). Approximate size of specimen in the middle: 100 mm.	Figure 12. Psilocalyx wilsoni, live photograph taken by the remotely operated vehicle ‘Cherokee’ (http://www.marum. de). Approximate size of specimen in the middle: 100 mm.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7FC877FED4B85CFB9EFF63.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442468/files/figure.png	https://doi.org/10.5281/zenodo.5442468	Figure 13. Psilocalyx wilsoni, skeleton. A, lophodiscohexaster (scale bar = 10 Mm). B, scopule head (scale bar = 15 Mm). C, hexasters and scopule within the dictyonal skeleton. D, dictyonal framework, transition to the thickened dermal layer (scale bar = 300 Mm). E, dermal dictyonal (hypersilicified) cortex layer (scale bar = 100 Mm).	Figure 13. Psilocalyx wilsoni, skeleton. A, lophodiscohexaster (scale bar = 10 Mm). B, scopule head (scale bar = 15 Mm). C, hexasters and scopule within the dictyonal skeleton. D, dictyonal framework, transition to the thickened dermal layer (scale bar = 300 Mm). E, dermal dictyonal (hypersilicified) cortex layer (scale bar = 100 Mm).	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
03D67546CB7FC877FED4B85CFB9EFF63.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5442470/files/figure.png	https://doi.org/10.5281/zenodo.5442470	Figure 14. Psilocalyx wilsoni, spicules. A, uncinate. B, scopule. C, lophodiscohexaster.	Figure 14. Psilocalyx wilsoni, spicules. A, uncinate. B, scopule. C, lophodiscohexaster.	2011-11-25	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert		Zenodo	biologists	Dohrmann, Martin;Göcke, Christian;Janussen, Dorte;Reitner, Joachim;Lüter, Carsten;Wörheide, Gert			
