taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03FD6D27AA4F3219FF4B2D6ABCBFEA61.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191090/files/figure.png	https://doi.org/10.5281/zenodo.191090	FIGURE 2. Cinachyrella alloclada (Uliczka, 1929) [ZMBN 81788]: A. Specimen in situ. Scale: 1 cm; B. Cross – section showing the skeletal architecture. Scale: 1 mm; C. Oxea II. Scale: 20 µm; D. Oxea II. Scale: 20 µm; E. Anatriaenes. Scale: 20 µm; F. Sigmaspire. Scale: 1 µm.	FIGURE 2. Cinachyrella alloclada (Uliczka, 1929) [ZMBN 81788]: A. Specimen in situ. Scale: 1 cm; B. Cross – section showing the skeletal architecture. Scale: 1 mm; C. Oxea II. Scale: 20 µm; D. Oxea II. Scale: 20 µm; E. Anatriaenes. Scale: 20 µm; F. Sigmaspire. Scale: 1 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA4C3217FF4B2B31BDC4EB91.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191091/files/figure.png	https://doi.org/10.5281/zenodo.191091	FIGURE 3. Cinachyrella apion (Uliczka, 1929) [ZMBN 80958]: A. Gross morphology; B. Cross – section showing the skeletal architecture. ect: ectosome. Scale: 1 mm; C. Cross – section of oscule. ptI: protriaenes I, ptII: protriaenes II. Scale: 0.5 mm; D. Oxea II. Scale: 20 µm; E. Anatriaene. Scale: 10 µm; F. Sigmaspire. Scale: 1 µm.	FIGURE 3. Cinachyrella apion (Uliczka, 1929) [ZMBN 80958]: A. Gross morphology; B. Cross – section showing the skeletal architecture. ect: ectosome. Scale: 1 mm; C. Cross – section of oscule. ptI: protriaenes I, ptII: protriaenes II. Scale: 0.5 mm; D. Oxea II. Scale: 20 µm; E. Anatriaene. Scale: 10 µm; F. Sigmaspire. Scale: 1 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA423215FF4B2AE9BD9CECA3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191092/files/figure.png	https://doi.org/10.5281/zenodo.191092	FIGURE 4. Cinachyrella kuekenthali (Uliczka, 1929) [ZMBN 81787]: A. Gross morphology. Scale: 5 cm; C. kuekenthali [ZMBN 81786]: B. Cross – section showing the skeletal architecture. Scale: 1 mm; C. Microxeas. Scale: 20 µm; D. Sigmaspire. Scale: 2 µm.	FIGURE 4. Cinachyrella kuekenthali (Uliczka, 1929) [ZMBN 81787]: A. Gross morphology. Scale: 5 cm; C. kuekenthali [ZMBN 81786]: B. Cross – section showing the skeletal architecture. Scale: 1 mm; C. Microxeas. Scale: 20 µm; D. Sigmaspire. Scale: 2 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA413210FF4B2D78BCD4E8D7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191093/files/figure.png	https://doi.org/10.5281/zenodo.191093	FIGURE 5. Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984: A. Dark specimen found growing under coral rubble (1 m depth). Arrows point to its oscules. Scale: 4 cm; B. Large dark specimen found on Solarte South 4 (0.4 m depth) growing on coral rubble. It is covered with sediments and overgrown by sponges (Chondrilla aff. nucula and Amphimedon erina) and algae. Scale: 5 cm; C. Elongated coffee – colored specimen collected in a small cavity on Sache (15 m depth); D. Close up of the surface (dried) revealing the cribriporal pores. Scale: 0.5 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome [ZMBN 81782]. Scale: 1 mm; F. Cross – section of cortex and choanosome [INVPOR 1148, holotype]. Scale: 1 mm.	FIGURE 5. Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984: A. Dark specimen found growing under coral rubble (1 m depth). Arrows point to its oscules. Scale: 4 cm; B. Large dark specimen found on Solarte South 4 (0.4 m depth) growing on coral rubble. It is covered with sediments and overgrown by sponges (Chondrilla aff. nucula and Amphimedon erina) and algae. Scale: 5 cm; C. Elongated coffee – colored specimen collected in a small cavity on Sache (15 m depth); D. Close up of the surface (dried) revealing the cribriporal pores. Scale: 0.5 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome [ZMBN 81782]. Scale: 1 mm; F. Cross – section of cortex and choanosome [INVPOR 1148, holotype]. Scale: 1 mm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA413210FF4B2D78BCD4E8D7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191094/files/figure.png	https://doi.org/10.5281/zenodo.191094	FIGURE 6. Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984 [ZMBN 81782]: A. Microrhabd and acanthostrongylaster. Scale: 10 µm; B. Acanthoxyaster. Scale: 2 µm; C. Acanthostrongylaster. Scale: 2 µm; E. megastylifera [INVPOR 1148, holotype]: D. Young triaene. Scale: 20 µ m; E. Microxea, microrhabd and acanthostrongylaster. Scale: 10 µm; F. Acanthostrongylasters. Scale: 2 µm.	FIGURE 6. Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984 [ZMBN 81782]: A. Microrhabd and acanthostrongylaster. Scale: 10 µm; B. Acanthoxyaster. Scale: 2 µm; C. Acanthostrongylaster. Scale: 2 µm; E. megastylifera [INVPOR 1148, holotype]: D. Young triaene. Scale: 20 µ m; E. Microxea, microrhabd and acanthostrongylaster. Scale: 10 µm; F. Acanthostrongylasters. Scale: 2 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA413210FF4B2D78BCD4E8D7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191095/files/figure.png	https://doi.org/10.5281/zenodo.191095	FIGURE 7. Spicule repertoire of Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984. A. Oxea I; B. Oxea II; C. Dichotriaene; D. Cladome of protriaene; E. Cladome of anatriaene; F. Acanthomicrorhabds; G. Microxeas; H. Acanthotylaster; I. Acanthoxyaster. Scale 200 µm for A – B – C and F – G. Scale 20 µm for D – E. Scale 2 µm for H – I.	FIGURE 7. Spicule repertoire of Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984. A. Oxea I; B. Oxea II; C. Dichotriaene; D. Cladome of protriaene; E. Cladome of anatriaene; F. Acanthomicrorhabds; G. Microxeas; H. Acanthotylaster; I. Acanthoxyaster. Scale 200 µm for A – B – C and F – G. Scale 20 µm for D – E. Scale 2 µm for H – I.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA45320CFF4B282ABCD6E830.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191096/files/figure.png	https://doi.org/10.5281/zenodo.191096	FIGURE 8. Stelletta fibrosa (Schmidt, 1870) [ZMBN 81784]: A. Specimen with large oscule on top and smaller oscules on the sides (picture taken shortly after collection); B. Cross – section of specimen showing large and small oscules and their cloacae (large and small arrow). Cortex is clearly visible; C. Base of specimen: color is lighter and small roots are present (arrows). Scale: 2 cm; D. Cross – section showing the skeletal architecture: cortex and choanosome. scc: sub – cortical canal. Scale: 1 mm; S. fibrosa [MCZ 8020, lectotype]: E. Lectotype specimen. Scale: 1 cm; F. Cross – section of cortex and the choanosome. Scale: 1 mm.	FIGURE 8. Stelletta fibrosa (Schmidt, 1870) [ZMBN 81784]: A. Specimen with large oscule on top and smaller oscules on the sides (picture taken shortly after collection); B. Cross – section of specimen showing large and small oscules and their cloacae (large and small arrow). Cortex is clearly visible; C. Base of specimen: color is lighter and small roots are present (arrows). Scale: 2 cm; D. Cross – section showing the skeletal architecture: cortex and choanosome. scc: sub – cortical canal. Scale: 1 mm; S. fibrosa [MCZ 8020, lectotype]: E. Lectotype specimen. Scale: 1 cm; F. Cross – section of cortex and the choanosome. Scale: 1 mm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA45320CFF4B282ABCD6E830.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191097/files/figure.png	https://doi.org/10.5281/zenodo.191097	FIGURE 9. Stelletta fibrosa (Schmidt, 1870) [ZMBN 81784]: A. Plagiotriaene and oxeas. Scale: 100 µm; B. Anatriaene. Scale: 20 µm; C – D. Tylaster. Scale: 2 µm; S. fibrosa [MCZ 8020, lectotype]: E. Plagiotriaene. Scale: 20 µm; F. Tylaster. Scale: 2 µm.	FIGURE 9. Stelletta fibrosa (Schmidt, 1870) [ZMBN 81784]: A. Plagiotriaene and oxeas. Scale: 100 µm; B. Anatriaene. Scale: 20 µm; C – D. Tylaster. Scale: 2 µm; S. fibrosa [MCZ 8020, lectotype]: E. Plagiotriaene. Scale: 20 µm; F. Tylaster. Scale: 2 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA59320AFF4B2FD3BA71EF43.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191098/files/figure.png	https://doi.org/10.5281/zenodo.191098	FIGURE 10. Stelletta sp. [ZMBN 81643]: A. Specimen in situ on mangrove root, August 2007. Notice large oscule leading to a cloaca. Scale: 2 cm; B. Bleached specimen maintained alive in a tank, July 2009. Scale: 2 cm; C. Cross – section showing the skeletal architecture. Scale: 1 mm; D. Close-up of cross-section showing bundles of triaenes at the surface of the sponge. Scale: 1 mm; E. Oxea II. Scale: 100 µm; F. Plagiotriaenes. Scale: 100 µm; G. Anatriaene and tylaster. Scale: 20 µm; H. Tylaster. Scale: 4 µm.	FIGURE 10. Stelletta sp. [ZMBN 81643]: A. Specimen in situ on mangrove root, August 2007. Notice large oscule leading to a cloaca. Scale: 2 cm; B. Bleached specimen maintained alive in a tank, July 2009. Scale: 2 cm; C. Cross – section showing the skeletal architecture. Scale: 1 mm; D. Close-up of cross-section showing bundles of triaenes at the surface of the sponge. Scale: 1 mm; E. Oxea II. Scale: 100 µm; F. Plagiotriaenes. Scale: 100 µm; G. Anatriaene and tylaster. Scale: 20 µm; H. Tylaster. Scale: 4 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA5F3207FF4B28B9BAE2EE93.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191099/files/figure.png	https://doi.org/10.5281/zenodo.191099	FIGURE 11. Stryphnus raratriaenus sp. nov. [ZMBN 81642]: A. Holotype, alive, growing on coral rubble. A tangential cut in the specimen shows the whitish choanosome (arrow). Scale: 2 cm; B. Cross – section showing the skeletal architecture: cortex and choanosome. Arrow points to a dichotriaene. Scale: 1 mm; C. Detail of cross section (B) showing the dichotriaene. Note the large granular brown cells. Scale: 500 µm; D. Sanidaster. Scale: 2 µm; E. Oxyaster. Scale: 4 µm; F. Oxyaster with a dichotomous actine. Scale: 4 µm.	FIGURE 11. Stryphnus raratriaenus sp. nov. [ZMBN 81642]: A. Holotype, alive, growing on coral rubble. A tangential cut in the specimen shows the whitish choanosome (arrow). Scale: 2 cm; B. Cross – section showing the skeletal architecture: cortex and choanosome. Arrow points to a dichotriaene. Scale: 1 mm; C. Detail of cross section (B) showing the dichotriaene. Note the large granular brown cells. Scale: 500 µm; D. Sanidaster. Scale: 2 µm; E. Oxyaster. Scale: 4 µm; F. Oxyaster with a dichotomous actine. Scale: 4 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA5F3207FF4B28B9BAE2EE93.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191100/files/figure.png	https://doi.org/10.5281/zenodo.191100	FIGURE 12. Spicule repertoire of Stryphnus raratriaenus sp. nov [ZMBN 81642]: A. Oxea I; B. Oxea II; C. Style; D. Dichotriaene; E. Oxyasters; F. Sanidasters. Scale 200 µm for A. Scale 50 µm for B – C – D. Scale 10 µm for E – F.	FIGURE 12. Spicule repertoire of Stryphnus raratriaenus sp. nov [ZMBN 81642]: A. Oxea I; B. Oxea II; C. Style; D. Dichotriaene; E. Oxyasters; F. Sanidasters. Scale 200 µm for A. Scale 50 µm for B – C – D. Scale 10 µm for E – F.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA523204FF4B2ADFBAD2E899.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191101/files/figure.png	https://doi.org/10.5281/zenodo.191101	FIGURE 13. Erylus formosus Sollas, 1886: A. In situ, Adriana’s reef (Picture: Deborah Gochfeld). Note the uniporal oscules. Scale: 6 cm; [ZMBN 81644]: B. Cross – section of the uniporal pores showing the skeletal architecture: cortex and choanosome. s: sphincter; p: polychaete living in the canals. Scale: 1 mm; C. Orthotriaene. Scale: 100 µm; D. Microrhabds and acanthotylaster. Scale: 10 µm; E. Aspidaster. Scale: 20 µm; F. Smooth rosettes with bifid or trifid rays on the surface of an aspidaster. Scale: 2 µm.	FIGURE 13. Erylus formosus Sollas, 1886: A. In situ, Adriana’s reef (Picture: Deborah Gochfeld). Note the uniporal oscules. Scale: 6 cm; [ZMBN 81644]: B. Cross – section of the uniporal pores showing the skeletal architecture: cortex and choanosome. s: sphincter; p: polychaete living in the canals. Scale: 1 mm; C. Orthotriaene. Scale: 100 µm; D. Microrhabds and acanthotylaster. Scale: 10 µm; E. Aspidaster. Scale: 20 µm; F. Smooth rosettes with bifid or trifid rays on the surface of an aspidaster. Scale: 2 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA523204FF4B2ADFBAD2E899.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191093/files/figure.png	https://doi.org/10.5281/zenodo.191093	FIGURE 5. Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984: A. Dark specimen found growing under coral rubble (1 m depth). Arrows point to its oscules. Scale: 4 cm; B. Large dark specimen found on Solarte South 4 (0.4 m depth) growing on coral rubble. It is covered with sediments and overgrown by sponges (Chondrilla aff. nucula and Amphimedon erina) and algae. Scale: 5 cm; C. Elongated coffee – colored specimen collected in a small cavity on Sache (15 m depth); D. Close up of the surface (dried) revealing the cribriporal pores. Scale: 0.5 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome [ZMBN 81782]. Scale: 1 mm; F. Cross – section of cortex and choanosome [INVPOR 1148, holotype]. Scale: 1 mm.	FIGURE 5. Ecionemia megastylifera Wintermann-Kilian & Kilian, 1984: A. Dark specimen found growing under coral rubble (1 m depth). Arrows point to its oscules. Scale: 4 cm; B. Large dark specimen found on Solarte South 4 (0.4 m depth) growing on coral rubble. It is covered with sediments and overgrown by sponges (Chondrilla aff. nucula and Amphimedon erina) and algae. Scale: 5 cm; C. Elongated coffee – colored specimen collected in a small cavity on Sache (15 m depth); D. Close up of the surface (dried) revealing the cribriporal pores. Scale: 0.5 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome [ZMBN 81782]. Scale: 1 mm; F. Cross – section of cortex and choanosome [INVPOR 1148, holotype]. Scale: 1 mm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA513200FF4B289FBDA1E85B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191102/files/figure.png	https://doi.org/10.5281/zenodo.191102	FIGURE 14. Geodia gibberosa Lamarck, 1815: A. Large specimen hanging at the tip of a mangrove root. It is overgrown by the purple sponge Chalinula molibta, algae and oysters. Scale: 6 cm; B. Specimen with characteristic tumulose shape; C. Close up of oscular plates of an overgrown specimen in situ. Each oscule is uniporal. Scale: 4 cm; G. gibberosa: [ZMBN 81780]: D. Close up of the cribriporal pores. Scale: 1 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome. Note the radial arrangement of the triaenes right under the cortex. Scale: 1 mm; F. Cross – section of a uniporal oscule. mx: cortical microxeas. s: sphincter. plgt: plagiotriaene. Scale: 0.5 mm.	FIGURE 14. Geodia gibberosa Lamarck, 1815: A. Large specimen hanging at the tip of a mangrove root. It is overgrown by the purple sponge Chalinula molibta, algae and oysters. Scale: 6 cm; B. Specimen with characteristic tumulose shape; C. Close up of oscular plates of an overgrown specimen in situ. Each oscule is uniporal. Scale: 4 cm; G. gibberosa: [ZMBN 81780]: D. Close up of the cribriporal pores. Scale: 1 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome. Note the radial arrangement of the triaenes right under the cortex. Scale: 1 mm; F. Cross – section of a uniporal oscule. mx: cortical microxeas. s: sphincter. plgt: plagiotriaene. Scale: 0.5 mm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA513200FF4B289FBDA1E85B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191103/files/figure.png	https://doi.org/10.5281/zenodo.191103	FIGURE 15. Geodia gibberosa Lamarck, 1815 [ZMBN 81780]: A. Plagiotriaene and sterrasters. Scale: 200 µm; B. Anatriaene cladome. Scale: 20 µm; C. Sterraster. Scale: 20 µm; D. Star – shaped smooth rosettes and hilum from a sterraster surface. Scale: 4 µm; E. Acanthoxyaster I. Scale: 4 µm; F. Acanthoxyaster II. Scale: 2 µm; G. Acanthoxyasters III. Scale: 2 µm; G. gibberosa [MNHN DT – 608, holotype]: H. Smooth rosettes and hilum from a sterraster surface. Scale: 4 µm.	FIGURE 15. Geodia gibberosa Lamarck, 1815 [ZMBN 81780]: A. Plagiotriaene and sterrasters. Scale: 200 µm; B. Anatriaene cladome. Scale: 20 µm; C. Sterraster. Scale: 20 µm; D. Star – shaped smooth rosettes and hilum from a sterraster surface. Scale: 4 µm; E. Acanthoxyaster I. Scale: 4 µm; F. Acanthoxyaster II. Scale: 2 µm; G. Acanthoxyasters III. Scale: 2 µm; G. gibberosa [MNHN DT – 608, holotype]: H. Smooth rosettes and hilum from a sterraster surface. Scale: 4 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA55323EFF4B2F6CBC51EC4D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191104/files/figure.png	https://doi.org/10.5281/zenodo.191104	FIGURE 16. Geodia papyracea (Hechtel, 1965) [UMPCW 921]: A. Specimen in situ, growing on a mangrove root, arrow points to the oscule plate with uniporal oscules (Picture: Scott Nichols). Scale: 3 cm; B. Cross – section showing the skeletal architecture: cortex and choanosome. Note the confused arrangement of the megascleres in the choanosome. Scale: 1 mm; C. Sterraster, with an acanthostrongylaster by the warty hilum. Scale: 20 µm; D. Star – shaped warty rosettes from a sterraster surface. Scale: 4 µm; E. Acanthoxyaster I and acanthostrongylasters. Scale: 4 µm; F. Acanthoxyaster II. Scale: 4 µm; G. Acanthostrongylasters. Scale: 2 µm; G. papyracea [YPM 5045, holotype]: H. Warty rosettes and hilum from a sterraster surface. Scale: 4 µm.	FIGURE 16. Geodia papyracea (Hechtel, 1965) [UMPCW 921]: A. Specimen in situ, growing on a mangrove root, arrow points to the oscule plate with uniporal oscules (Picture: Scott Nichols). Scale: 3 cm; B. Cross – section showing the skeletal architecture: cortex and choanosome. Note the confused arrangement of the megascleres in the choanosome. Scale: 1 mm; C. Sterraster, with an acanthostrongylaster by the warty hilum. Scale: 20 µm; D. Star – shaped warty rosettes from a sterraster surface. Scale: 4 µm; E. Acanthoxyaster I and acanthostrongylasters. Scale: 4 µm; F. Acanthoxyaster II. Scale: 4 µm; G. Acanthostrongylasters. Scale: 2 µm; G. papyracea [YPM 5045, holotype]: H. Warty rosettes and hilum from a sterraster surface. Scale: 4 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA55323EFF4B2F6CBC51EC4D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191102/files/figure.png	https://doi.org/10.5281/zenodo.191102	FIGURE 14. Geodia gibberosa Lamarck, 1815: A. Large specimen hanging at the tip of a mangrove root. It is overgrown by the purple sponge Chalinula molibta, algae and oysters. Scale: 6 cm; B. Specimen with characteristic tumulose shape; C. Close up of oscular plates of an overgrown specimen in situ. Each oscule is uniporal. Scale: 4 cm; G. gibberosa: [ZMBN 81780]: D. Close up of the cribriporal pores. Scale: 1 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome. Note the radial arrangement of the triaenes right under the cortex. Scale: 1 mm; F. Cross – section of a uniporal oscule. mx: cortical microxeas. s: sphincter. plgt: plagiotriaene. Scale: 0.5 mm.	FIGURE 14. Geodia gibberosa Lamarck, 1815: A. Large specimen hanging at the tip of a mangrove root. It is overgrown by the purple sponge Chalinula molibta, algae and oysters. Scale: 6 cm; B. Specimen with characteristic tumulose shape; C. Close up of oscular plates of an overgrown specimen in situ. Each oscule is uniporal. Scale: 4 cm; G. gibberosa: [ZMBN 81780]: D. Close up of the cribriporal pores. Scale: 1 mm; E. Cross – section showing the skeletal architecture: cortex and choanosome. Note the radial arrangement of the triaenes right under the cortex. Scale: 1 mm; F. Cross – section of a uniporal oscule. mx: cortical microxeas. s: sphincter. plgt: plagiotriaene. Scale: 0.5 mm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
03FD6D27AA55323EFF4B2F6CBC51EC4D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/191103/files/figure.png	https://doi.org/10.5281/zenodo.191103	FIGURE 15. Geodia gibberosa Lamarck, 1815 [ZMBN 81780]: A. Plagiotriaene and sterrasters. Scale: 200 µm; B. Anatriaene cladome. Scale: 20 µm; C. Sterraster. Scale: 20 µm; D. Star – shaped smooth rosettes and hilum from a sterraster surface. Scale: 4 µm; E. Acanthoxyaster I. Scale: 4 µm; F. Acanthoxyaster II. Scale: 2 µm; G. Acanthoxyasters III. Scale: 2 µm; G. gibberosa [MNHN DT – 608, holotype]: H. Smooth rosettes and hilum from a sterraster surface. Scale: 4 µm.	FIGURE 15. Geodia gibberosa Lamarck, 1815 [ZMBN 81780]: A. Plagiotriaene and sterrasters. Scale: 200 µm; B. Anatriaene cladome. Scale: 20 µm; C. Sterraster. Scale: 20 µm; D. Star – shaped smooth rosettes and hilum from a sterraster surface. Scale: 4 µm; E. Acanthoxyaster I. Scale: 4 µm; F. Acanthoxyaster II. Scale: 2 µm; G. Acanthoxyasters III. Scale: 2 µm; G. gibberosa [MNHN DT – 608, holotype]: H. Smooth rosettes and hilum from a sterraster surface. Scale: 4 µm.	2009-12-31	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina		Zenodo	biologists	Cárdenas, Paco;Menegola, Carla;Rapp, Hans Tore;Díaz, Maria Cristina			
