taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
755787909C3DDD0AEAB3FDD8FE7771C0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/1014103/files/figure.png	https://doi.org/10.5281/zenodo.1014103	FIGURE 1. Pheronemoides fungosus gen. et sp. nov. A, photograph showing its natural growth form on the seafloor; B, the external morphology of sponge viewed from above (arrow c shows marginalia); C, the external morphology observed from the lateral side that contains subpart a 3 dermal area and larger atrial area; D, the external morphology observed from the lateral side that contains part 2 dermal area (arrow b) and dermal area subparts a 1 and a 2. E, the external morphology observed from the lateral side that contain subpart a 3 dermal area.	FIGURE 1. Pheronemoides fungosus gen. et sp. nov. A, photograph showing its natural growth form on the seafloor; B, the external morphology of sponge viewed from above (arrow c shows marginalia); C, the external morphology observed from the lateral side that contains subpart a 3 dermal area and larger atrial area; D, the external morphology observed from the lateral side that contains part 2 dermal area (arrow b) and dermal area subparts a 1 and a 2. E, the external morphology observed from the lateral side that contain subpart a 3 dermal area.	2017-10-17	Li, Xinzheng		Zenodo	biologists	Li, Xinzheng			
755787909C3DDD0AEAB3FDD8FE7771C0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/1014105/files/figure.png	https://doi.org/10.5281/zenodo.1014105	FIGURE 2. Pheronemoides fungosus gen. et sp. nov. A, mesh structure of atrial area showing minor hypoatrial beams; B, mesh structure of atrial area showing main hypoatrial beams; C, mesh structure of part 2 dermal area showing minor hypodermal beams; D, mesh structure of part 2 dermal area showing main hypodermal beams; E, mesh structure of part 1 dermal area; F, detail of basalium anchor; G, detail of basalium shaft; H, detail of basalium tapering upper terminal end; I, terminals of marginalia diactin; J, detail of marginalia sceptre; K, mesouncinate; L, detail of microuncinate; M, detail of spiny microdiactin.	FIGURE 2. Pheronemoides fungosus gen. et sp. nov. A, mesh structure of atrial area showing minor hypoatrial beams; B, mesh structure of atrial area showing main hypoatrial beams; C, mesh structure of part 2 dermal area showing minor hypodermal beams; D, mesh structure of part 2 dermal area showing main hypodermal beams; E, mesh structure of part 1 dermal area; F, detail of basalium anchor; G, detail of basalium shaft; H, detail of basalium tapering upper terminal end; I, terminals of marginalia diactin; J, detail of marginalia sceptre; K, mesouncinate; L, detail of microuncinate; M, detail of spiny microdiactin.	2017-10-17	Li, Xinzheng		Zenodo	biologists	Li, Xinzheng			
755787909C3DDD0AEAB3FDD8FE7771C0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/1014107/files/figure.png	https://doi.org/10.5281/zenodo.1014107	FIGURE 3. Pheronemoides fungosus gen. et sp. nov. SEM images of spicules: A, the centre part of choanosomal pentactin; B – C, atrial pinular pentactin; D, dermal pinular pentactin; E – F, choanosomal pinular pentactin; G, pinular hexactin; H, stauractin; I, spiny microdiactin; J, smooth middle shaft of marginalia; K, details of the middle shaft of mesouncinate; L, details of the middle shaft of macrouncinate; M, micramphidisc.	FIGURE 3. Pheronemoides fungosus gen. et sp. nov. SEM images of spicules: A, the centre part of choanosomal pentactin; B – C, atrial pinular pentactin; D, dermal pinular pentactin; E – F, choanosomal pinular pentactin; G, pinular hexactin; H, stauractin; I, spiny microdiactin; J, smooth middle shaft of marginalia; K, details of the middle shaft of mesouncinate; L, details of the middle shaft of macrouncinate; M, micramphidisc.	2017-10-17	Li, Xinzheng		Zenodo	biologists	Li, Xinzheng			
755787909C3DDD0AEAB3FDD8FE7771C0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/1014109/files/figure.png	https://doi.org/10.5281/zenodo.1014109	FIGURE 4. Bayesian and ML trees of selected hexactinellid species based on the 16 S rDNA sequence data, analyzed with the GTR + G substitution model. Numbers at each node are Bayesian posterior probabilities (left) and ML analysis bootstrap values (right).	FIGURE 4. Bayesian and ML trees of selected hexactinellid species based on the 16 S rDNA sequence data, analyzed with the GTR + G substitution model. Numbers at each node are Bayesian posterior probabilities (left) and ML analysis bootstrap values (right).	2017-10-17	Li, Xinzheng		Zenodo	biologists	Li, Xinzheng			
