taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5710998/files/figure.png	http://doi.org/10.5281/zenodo.5710998	Figure 5. Interspecific morphological differences in the anastomoses and bell indentations: A, Aurelia coerulea (= Aurelia sp. 1), female, bell diameter (BD) = 125 mm; B, Aurelia relicta sp. nov. (= Aurelia sp. 5), immature specimen, BD = 95 mm; C, Aurelia solida (= Aurelia sp. 8), male, BD = 160 mm.	Figure 5. Interspecific morphological differences in the anastomoses and bell indentations: A, Aurelia coerulea (= Aurelia sp. 1), female, bell diameter (BD) = 125 mm; B, Aurelia relicta sp. nov. (= Aurelia sp. 5), immature specimen, BD = 95 mm; C, Aurelia solida (= Aurelia sp. 8), male, BD = 160 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711000/files/figure.png	http://doi.org/10.5281/zenodo.5711000	Figure 6. Ontogenetic variation in subgenital pore size (f11) and position (f12) in male specimens of Aurelia coerulea from: A, Empuriabrava Harbour (EH), bell diameter (BD) = 63 mm; B, Varano Lagoon (VL), BD = 120 mm.	Figure 6. Ontogenetic variation in subgenital pore size (f11) and position (f12) in male specimens of Aurelia coerulea from: A, Empuriabrava Harbour (EH), bell diameter (BD) = 63 mm; B, Varano Lagoon (VL), BD = 120 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711004/files/figure.png	http://doi.org/10.5281/zenodo.5711004	Figure 8. Development of the gastric system in Aurelia ephyrae from four Mediterranean locations, reared in the laboratory: A–E, Aurelia coerulea (= Aurelia sp. 1), EH; F–J, Aurelia coerulea (= Aurelia sp. 1), VL; K–O, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; P–T, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	Figure 8. Development of the gastric system in Aurelia ephyrae from four Mediterranean locations, reared in the laboratory: A–E, Aurelia coerulea (= Aurelia sp. 1), EH; F–J, Aurelia coerulea (= Aurelia sp. 1), VL; K–O, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; P–T, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711006/files/figure.png	http://doi.org/10.5281/zenodo.5711006	Figure 9. Morphology of Aurelia spp. polyps: A, Aurelia coerulea (= Aurelia sp. 1), EH; B, Aurelia coerulea (= Aurelia sp. 1),VL; C, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; D, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	Figure 9. Morphology of Aurelia spp. polyps: A, Aurelia coerulea (= Aurelia sp. 1), EH; B, Aurelia coerulea (= Aurelia sp. 1),VL; C, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; D, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711008/files/figure.png	http://doi.org/10.5281/zenodo.5711008	Figure 10. Some asexual reproduction strategies in Aurelia spp. polyps: A, directed budded polyp in Aurelia coerulea (= Aurelia sp. 1); B, free-swimming buds in Aurelia coerulea (= Aurelia sp. 1); C, polyp budded on tentacle in Aurelia relicta sp. nov. (= Aurelia sp. 5); D, internal free propagules in Aurelia relicta sp. nov. (= Aurelia sp. 5). Scale bar: A–C, 1 mm; D, 0.5 mm.	Figure 10. Some asexual reproduction strategies in Aurelia spp. polyps: A, directed budded polyp in Aurelia coerulea (= Aurelia sp. 1); B, free-swimming buds in Aurelia coerulea (= Aurelia sp. 1); C, polyp budded on tentacle in Aurelia relicta sp. nov. (= Aurelia sp. 5); D, internal free propagules in Aurelia relicta sp. nov. (= Aurelia sp. 5). Scale bar: A–C, 1 mm; D, 0.5 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711010/files/figure.png	http://doi.org/10.5281/zenodo.5711010	Figure 11. Structure of marginal sense organ in Aurelia medusae: A–D, Aurelia coerulea (= Aurelia sp. 1), bell diameter (BD) = 136 mm; E–H, Aurelia relicta sp. nov. (=Aurelia sp. 5), BD = 95 mm; I– L, Aurelia solida (= Aurelia sp. 8), BD = 144 mm. The rhopalium is directed towards the bell margin in A. coerulea (B) and A. relicta sp. nov. (F), angled at ~90° in A. solida (J). Abbreviations: ec. o, ectodermal ocellus; en. o, endodermal ocellus.	Figure 11. Structure of marginal sense organ in Aurelia medusae: A–D, Aurelia coerulea (= Aurelia sp. 1), bell diameter (BD) = 136 mm; E–H, Aurelia relicta sp. nov. (=Aurelia sp. 5), BD = 95 mm; I– L, Aurelia solida (= Aurelia sp. 8), BD = 144 mm. The rhopalium is directed towards the bell margin in A. coerulea (B) and A. relicta sp. nov. (F), angled at ~90° in A. solida (J). Abbreviations: ec. o, ectodermal ocellus; en. o, endodermal ocellus.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5710994/files/figure.png	http://doi.org/10.5281/zenodo.5710994	Figure 3. COI–28S concatenated maximum-likelihood tree reconstructed using GARLI 2.0. Numbers adjacent to nodes show the bootstrap support values. The scale indicates the number of substitutions per site. Reference sequences from GenBank are in bold.	Figure 3. COI–28S concatenated maximum-likelihood tree reconstructed using GARLI 2.0. Numbers adjacent to nodes show the bootstrap support values. The scale indicates the number of substitutions per site. Reference sequences from GenBank are in bold.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFDC7B6DF4D8BACDFACDFCA8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5710996/files/figure.png	http://doi.org/10.5281/zenodo.5710996	Figure 4. Bayesian species tree estimated using *BEAST (COI + 28S). Numbers adjacent to nodes show the posterior probability values. The scale indicates the estimated number of substitutions per site.	Figure 4. Bayesian species tree estimated using *BEAST (COI + 28S). Numbers adjacent to nodes show the posterior probability values. The scale indicates the estimated number of substitutions per site.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFC07B6CF787BC0CFC31FE5B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5710998/files/figure.png	http://doi.org/10.5281/zenodo.5710998	Figure 5. Interspecific morphological differences in the anastomoses and bell indentations: A, Aurelia coerulea (= Aurelia sp. 1), female, bell diameter (BD) = 125 mm; B, Aurelia relicta sp. nov. (= Aurelia sp. 5), immature specimen, BD = 95 mm; C, Aurelia solida (= Aurelia sp. 8), male, BD = 160 mm.	Figure 5. Interspecific morphological differences in the anastomoses and bell indentations: A, Aurelia coerulea (= Aurelia sp. 1), female, bell diameter (BD) = 125 mm; B, Aurelia relicta sp. nov. (= Aurelia sp. 5), immature specimen, BD = 95 mm; C, Aurelia solida (= Aurelia sp. 8), male, BD = 160 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFC07B6CF787BC0CFC31FE5B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711004/files/figure.png	http://doi.org/10.5281/zenodo.5711004	Figure 8. Development of the gastric system in Aurelia ephyrae from four Mediterranean locations, reared in the laboratory: A–E, Aurelia coerulea (= Aurelia sp. 1), EH; F–J, Aurelia coerulea (= Aurelia sp. 1), VL; K–O, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; P–T, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	Figure 8. Development of the gastric system in Aurelia ephyrae from four Mediterranean locations, reared in the laboratory: A–E, Aurelia coerulea (= Aurelia sp. 1), EH; F–J, Aurelia coerulea (= Aurelia sp. 1), VL; K–O, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; P–T, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFC07B6CF787BC0CFC31FE5B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711006/files/figure.png	http://doi.org/10.5281/zenodo.5711006	Figure 9. Morphology of Aurelia spp. polyps: A, Aurelia coerulea (= Aurelia sp. 1), EH; B, Aurelia coerulea (= Aurelia sp. 1),VL; C, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; D, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	Figure 9. Morphology of Aurelia spp. polyps: A, Aurelia coerulea (= Aurelia sp. 1), EH; B, Aurelia coerulea (= Aurelia sp. 1),VL; C, Aurelia relicta sp. nov. (= Aurelia sp. 5), ML; D, Aurelia solida (= Aurelia sp. 8), GT. Scale bars: 1 mm.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFC07B6CF787BC0CFC31FE5B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5711010/files/figure.png	http://doi.org/10.5281/zenodo.5711010	Figure 11. Structure of marginal sense organ in Aurelia medusae: A–D, Aurelia coerulea (= Aurelia sp. 1), bell diameter (BD) = 136 mm; E–H, Aurelia relicta sp. nov. (=Aurelia sp. 5), BD = 95 mm; I– L, Aurelia solida (= Aurelia sp. 8), BD = 144 mm. The rhopalium is directed towards the bell margin in A. coerulea (B) and A. relicta sp. nov. (F), angled at ~90° in A. solida (J). Abbreviations: ec. o, ectodermal ocellus; en. o, endodermal ocellus.	Figure 11. Structure of marginal sense organ in Aurelia medusae: A–D, Aurelia coerulea (= Aurelia sp. 1), bell diameter (BD) = 136 mm; E–H, Aurelia relicta sp. nov. (=Aurelia sp. 5), BD = 95 mm; I– L, Aurelia solida (= Aurelia sp. 8), BD = 144 mm. The rhopalium is directed towards the bell margin in A. coerulea (B) and A. relicta sp. nov. (F), angled at ~90° in A. solida (J). Abbreviations: ec. o, ectodermal ocellus; en. o, endodermal ocellus.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFC07B6CF787BC0CFC31FE5B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5710994/files/figure.png	http://doi.org/10.5281/zenodo.5710994	Figure 3. COI–28S concatenated maximum-likelihood tree reconstructed using GARLI 2.0. Numbers adjacent to nodes show the bootstrap support values. The scale indicates the number of substitutions per site. Reference sequences from GenBank are in bold.	Figure 3. COI–28S concatenated maximum-likelihood tree reconstructed using GARLI 2.0. Numbers adjacent to nodes show the bootstrap support values. The scale indicates the number of substitutions per site. Reference sequences from GenBank are in bold.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
03EA87B5FFC07B6CF787BC0CFC31FE5B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5710996/files/figure.png	http://doi.org/10.5281/zenodo.5710996	Figure 4. Bayesian species tree estimated using *BEAST (COI + 28S). Numbers adjacent to nodes show the posterior probability values. The scale indicates the estimated number of substitutions per site.	Figure 4. Bayesian species tree estimated using *BEAST (COI + 28S). Numbers adjacent to nodes show the posterior probability values. The scale indicates the estimated number of substitutions per site.	2016-10-21	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano		Zenodo	biologists	Scorrano, Simonetta;Aglieri, Giorgio;Boero, Ferdinando;Dawson, Michael N.;Piraino, Stefano			
