taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
BB4A878FC069FFA7A3C4F8DDFC939512.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748826/files/figure.png	http://doi.org/10.5281/zenodo.5748826	FIGURE 2. Ircinia lowi sp. nov. A: USNM 1582268 (holotype), B: USNM 1582267 (paratype), C: USNM 1582269 (paratype), D: USNM 1582270 (paratype). Note the wide points of attachment to hard substrate and coral rubble.	FIGURE 2. Ircinia lowi sp. nov. A: USNM 1582268 (holotype), B: USNM 1582267 (paratype), C: USNM 1582269 (paratype), D: USNM 1582270 (paratype). Note the wide points of attachment to hard substrate and coral rubble.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC069FFA7A3C4F8DDFC939512.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748828/files/figure.png	http://doi.org/10.5281/zenodo.5748828	FIGURE 3. Histological sections of Ircinia lowi sp. nov., specimen voucher USNM 1582268 (holotype). Abbreviations: 1°: primary fibers, 2°: fibers, Sp: spicules, Se: sediment grains, Met: symbiotic metazoan, i: irciniid filaments. A: Bands of parallel irciniid filaments are visible throughout the mesohyl, with one plane of bands annotated by the bracket in the upper right-hand quadrant. Large, foreign spicule fragments are highlighted in the bottom right quadrant and at center bottom-left. B: Three primary fibers are joined by secondary fibers. Note the sand grains and spicule fragments in the primary fibers and their near absence from secondary fibers.	FIGURE 3. Histological sections of Ircinia lowi sp. nov., specimen voucher USNM 1582268 (holotype). Abbreviations: 1°: primary fibers, 2°: fibers, Sp: spicules, Se: sediment grains, Met: symbiotic metazoan, i: irciniid filaments. A: Bands of parallel irciniid filaments are visible throughout the mesohyl, with one plane of bands annotated by the bracket in the upper right-hand quadrant. Large, foreign spicule fragments are highlighted in the bottom right quadrant and at center bottom-left. B: Three primary fibers are joined by secondary fibers. Note the sand grains and spicule fragments in the primary fibers and their near absence from secondary fibers.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC06CFFA5A3C4FF79FD2C958E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748830/files/figure.png	http://doi.org/10.5281/zenodo.5748830	FIGURE 4. Ircinia bocatorensis sp. nov. A: USNM 1582284 (holotype), B: USNM 1582289 (paratype) with ophiuroid, C: USNM 1582287 (paratype), D: USNM 1582295 (paratype), E: USNM 1582291 (paratype, brownish) adjacent to I. strobilina (grayish), F: USNM 1582282 (paratype).	FIGURE 4. Ircinia bocatorensis sp. nov. A: USNM 1582284 (holotype), B: USNM 1582289 (paratype) with ophiuroid, C: USNM 1582287 (paratype), D: USNM 1582295 (paratype), E: USNM 1582291 (paratype, brownish) adjacent to I. strobilina (grayish), F: USNM 1582282 (paratype).	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC06CFFA5A3C4FF79FD2C958E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748832/files/figure.png	http://doi.org/10.5281/zenodo.5748832	FIGURE 5. Histological sections of Ircinia bocatorensis sp. nov. Abbreviations follow Figure 3. A, B: USNM 1582284 (holotype). The holotype was chosen in part due to the success of the histology in demonstrating the variability in the degree of coring observed in the secondary fibers within a given individual of this species. A representative band of parallel irciniid filaments is annotated by the bracket in B. C: USNM 1582289 (paratype). Note the sparse coring of the secondary fibers. D: USNM 1582282 (paratype). This tissue fragment shows the often-parallel orientation of the primary fibers.	FIGURE 5. Histological sections of Ircinia bocatorensis sp. nov. Abbreviations follow Figure 3. A, B: USNM 1582284 (holotype). The holotype was chosen in part due to the success of the histology in demonstrating the variability in the degree of coring observed in the secondary fibers within a given individual of this species. A representative band of parallel irciniid filaments is annotated by the bracket in B. C: USNM 1582289 (paratype). Note the sparse coring of the secondary fibers. D: USNM 1582282 (paratype). This tissue fragment shows the often-parallel orientation of the primary fibers.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC06DFFA4A3C4FB7AFBDC95FB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748836/files/figure.png	http://doi.org/10.5281/zenodo.5748836	FIGURE 6. Ircinia radix sp. nov. A: USNM 1582258 (holotype), B: USNM 1582259 (paratype), C: USNM 1582260 (paratype), D: USNM 1582257 (paratype). All specimens were found growing on Rhizophora prop roots in shaded spots.	FIGURE 6. Ircinia radix sp. nov. A: USNM 1582258 (holotype), B: USNM 1582259 (paratype), C: USNM 1582260 (paratype), D: USNM 1582257 (paratype). All specimens were found growing on Rhizophora prop roots in shaded spots.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC06DFFA4A3C4FB7AFBDC95FB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748838/files/figure.png	http://doi.org/10.5281/zenodo.5748838	FIGURE 7. A, B: Histological sections of Ircinia radix sp. nov., specimen voucher USNM 1582258 (holotype). Abbreviations follow Figure 3.	FIGURE 7. A, B: Histological sections of Ircinia radix sp. nov., specimen voucher USNM 1582258 (holotype). Abbreviations follow Figure 3.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC063FFA9A3C4F8FAFD9E9038.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748842/files/figure.png	http://doi.org/10.5281/zenodo.5748842	FIGURE 8. Ircinia laeviconulosa sp. nov. A: USNM 1582283 (holoype), B: USNM 1582285 (paratype), C: USNM 1582288 (paratype), D: USNM 1582286 (paratype). Note the variation in oscular position, from a single large osculum (A) to multiple smaller oscula (B-D).	FIGURE 8. Ircinia laeviconulosa sp. nov. A: USNM 1582283 (holoype), B: USNM 1582285 (paratype), C: USNM 1582288 (paratype), D: USNM 1582286 (paratype). Note the variation in oscular position, from a single large osculum (A) to multiple smaller oscula (B-D).	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC063FFA9A3C4F8FAFD9E9038.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748844/files/figure.png	http://doi.org/10.5281/zenodo.5748844	FIGURE 9. A,B: Histological sections of Ircinia laeviconulosa sp. nov., specimen voucher USNM 1582285 (paratype). Abbreviations follow Figure 3.	FIGURE 9. A,B: Histological sections of Ircinia laeviconulosa sp. nov., specimen voucher USNM 1582285 (paratype). Abbreviations follow Figure 3.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC061FFAFA3C4F91FFEED90BC.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748846/files/figure.png	http://doi.org/10.5281/zenodo.5748846	FIGURE 10. Ircinia vansoesti sp. nov. A: USNM 1641998 (holotype), B: USNM 1641996 (paratype), C: USNM 1642006 (paratype), D: USNM 1642013 (paratype).	FIGURE 10. Ircinia vansoesti sp. nov. A: USNM 1641998 (holotype), B: USNM 1641996 (paratype), C: USNM 1642006 (paratype), D: USNM 1642013 (paratype).	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC061FFAFA3C4F91FFEED90BC.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748848/files/figure.png	http://doi.org/10.5281/zenodo.5748848	FIGURE 11. Histological sections of Ircinia vansoesti sp. nov. USNM 1641998 (holotype). Abbreviations follow Figure 3. A: Histological section demonstrating low degree of coring in secondary fibers. B: Section showing the higher degree of coring in primary fibers, most notably in the lower of the two primary fibers that runs horizontally across the image.	FIGURE 11. Histological sections of Ircinia vansoesti sp. nov. USNM 1641998 (holotype). Abbreviations follow Figure 3. A: Histological section demonstrating low degree of coring in secondary fibers. B: Section showing the higher degree of coring in primary fibers, most notably in the lower of the two primary fibers that runs horizontally across the image.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC067FFADA3C4F8AEFC679094.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748852/files/figure.png	http://doi.org/10.5281/zenodo.5748852	FIGURE 12. Ircinia ruetzleri sp. nov. A: USNM 1642001 (holotype), B: USNM 1642004 (paratype), C: USNM 1642000 (paratype), D: USNM 1642003 (paratype).	FIGURE 12. Ircinia ruetzleri sp. nov. A: USNM 1642001 (holotype), B: USNM 1642004 (paratype), C: USNM 1642000 (paratype), D: USNM 1642003 (paratype).	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC067FFADA3C4F8AEFC679094.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748854/files/figure.png	http://doi.org/10.5281/zenodo.5748854	FIGURE 13. Histological sections of Ircinia ruetzleri sp. nov. USNM 1642001 (holotype). Abbreviations follow Figure 3. Cn denotes conule. A: Image showing sediment and spicules included in the mesohyl. A representative band of irciniid filaments is highlighted. B: Examples of sediment coring in a delta-like formation of secondary fibers.At the left of the image, a primary fiber terminates at the tip of a conule.	FIGURE 13. Histological sections of Ircinia ruetzleri sp. nov. USNM 1642001 (holotype). Abbreviations follow Figure 3. Cn denotes conule. A: Image showing sediment and spicules included in the mesohyl. A representative band of irciniid filaments is highlighted. B: Examples of sediment coring in a delta-like formation of secondary fibers.At the left of the image, a primary fiber terminates at the tip of a conule.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC065FFB3A3C4F8A7FD1A9648.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748856/files/figure.png	http://doi.org/10.5281/zenodo.5748856	FIGURE 14. Ircinia cf. reteplana (Topsent, 1923). A: USNM 1641984, B: USNM 1641982, C: USNM 1641981, D: USNM 1641985, E: USNM 1641989.	FIGURE 14. Ircinia cf. reteplana (Topsent, 1923). A: USNM 1641984, B: USNM 1641982, C: USNM 1641981, D: USNM 1641985, E: USNM 1641989.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
BB4A878FC065FFB3A3C4F8A7FD1A9648.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5748858/files/figure.png	http://doi.org/10.5281/zenodo.5748858	FIGURE 15. Histological sections of Ircinia cf. reteplana USNM 1641982. A: Image showing moderately cored secondary fibers. A primary fiber terminates in a conule on the left of the image. B: Two primary fibers running in parallel, connected by a mesh of secondary fibers. A group of spicules is circled below the topmost primary fiber. Note the difference in the degree of coring of secondary fibers between A and B. Annotations follow Figure 3.	FIGURE 15. Histological sections of Ircinia cf. reteplana USNM 1641982. A: Image showing moderately cored secondary fibers. A primary fiber terminates in a conule on the left of the image. B: Two primary fibers running in parallel, connected by a mesh of secondary fibers. A group of spicules is circled below the topmost primary fiber. Note the difference in the degree of coring of secondary fibers between A and B. Annotations follow Figure 3.	2021-12-01	Kelly, Joseph B.;Thacker, Robert W.		Zenodo	biologists	Kelly, Joseph B.;Thacker, Robert W.			
