taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
8216B8D6441E582F8C4A6246820A53C0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
6C109797D84E5511A6E4EF002C31A16D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DFC421925F7E551186E7B465E65644F2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DFC421925F7E551186E7B465E65644F2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730395	https://doi.org/10.3897/imafungus.17.189042.figure16	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DFC421925F7E551186E7B465E65644F2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730397	https://doi.org/10.3897/imafungus.17.189042.figure17	Figure 17. Microstructures of Adustochaete hiemalis (holotype): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	Figure 17. Microstructures of Adustochaete hiemalis (holotype): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
9725B022BF905AFA8723674317E7B365.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
D99900F80113563E9B0C8A4F7609E136.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B0D6C74F057B54819C6727677100FF9E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730392	https://doi.org/10.3897/imafungus.17.189042.figure13	Figure 13. Phylogeny of Adustochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 13. Phylogeny of Adustochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B0D6C74F057B54819C6727677100FF9E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730393	https://doi.org/10.3897/imafungus.17.189042.figure14	Figure 14. Phylogeny of Adustochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 14. Phylogeny of Adustochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B0D6C74F057B54819C6727677100FF9E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B0D6C74F057B54819C6727677100FF9E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2B1EF7B379C4591896BD15512E2C4CAA.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2B1EF7B379C4591896BD15512E2C4CAA.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730392	https://doi.org/10.3897/imafungus.17.189042.figure13	Figure 13. Phylogeny of Adustochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 13. Phylogeny of Adustochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2B1EF7B379C4591896BD15512E2C4CAA.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730393	https://doi.org/10.3897/imafungus.17.189042.figure14	Figure 14. Phylogeny of Adustochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 14. Phylogeny of Adustochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
4BA78139DC635873BCC88C1A04604FBF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DB577AA417295482861592B3C91BE1DD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
8D87440FC0675EB4943FE8015ABD5954.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
8D87440FC0675EB4943FE8015ABD5954.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730395	https://doi.org/10.3897/imafungus.17.189042.figure16	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
721BFD3FAB4B5682905B34280079853F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
721BFD3FAB4B5682905B34280079853F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
47ECF90A050B535FB8049428734DAA86.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
47ECF90A050B535FB8049428734DAA86.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730395	https://doi.org/10.3897/imafungus.17.189042.figure16	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
47ECF90A050B535FB8049428734DAA86.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730400	https://doi.org/10.3897/imafungus.17.189042.figure18	Figure 18. Microstructures of Descidia thuretiana (Spirin 17055): A context hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	Figure 18. Microstructures of Descidia thuretiana (Spirin 17055): A context hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2AE58E1CCB5553E38DB1E52D86582621.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2AE58E1CCB5553E38DB1E52D86582621.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B7EA698807505530958D8C6DAD3583DC.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730394	https://doi.org/10.3897/imafungus.17.189042.figure15	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	Figure 15. Basidiospores: A Adustochaete fumida (holotype); B A. gloeoapicata (holotype); C A. hiemalis (holotype); D A. minuta (Viner 2024 / 362); E A. nivea (Viner 2024 / 316); F A. scalena (holotype); G A. tribulata (holotype); H Descidia repanda (neotype); I D. thuretiana (Spirin 17055); J Elmericium spinosum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E5F049CE585E561B8EF727966D5687BB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
5B6B20FB3DF159CE98D36951030F03D2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730395	https://doi.org/10.3897/imafungus.17.189042.figure16	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
5B6B20FB3DF159CE98D36951030F03D2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
5B6B20FB3DF159CE98D36951030F03D2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
18E0648FCE6D5AE7B64AC7FC9855AAAD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
18E0648FCE6D5AE7B64AC7FC9855AAAD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730386	https://doi.org/10.3897/imafungus.17.189042.figure9	Figure 9. Phylogeny of the Exidia recisa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 9. Phylogeny of the Exidia recisa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
9F38A79DE5755655ACED4153828124C7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730395	https://doi.org/10.3897/imafungus.17.189042.figure16	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	Figure 16. Basidiomata: A Adustochaete hiemalis (holotype); B Descidia repanda (Spirin 14193); C D. thuretiana (Spirin 17055); D Exidia candida var. cartilaginea, sitting at the top of E. pithya (Spirin 11221); E E. candida s. str. (Spirin 17471); F E. delita (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
9F38A79DE5755655ACED4153828124C7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
9F38A79DE5755655ACED4153828124C7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
9F38A79DE5755655ACED4153828124C7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
CEF68008F562525391D86AF5525DF2B4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730409	https://doi.org/10.3897/imafungus.17.189042.figure21	Figure 21. Microstructures of Exidia glandulosa (Spirin 18030): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	Figure 21. Microstructures of Exidia glandulosa (Spirin 18030): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
CEF68008F562525391D86AF5525DF2B4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730412	https://doi.org/10.3897/imafungus.17.189042.figure22	Figure 22. Microstructures of Exidia impressa (neotype): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	Figure 22. Microstructures of Exidia impressa (neotype): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
AC0ADB04B0D95CE49B7E70203F5BFE79.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
AC0ADB04B0D95CE49B7E70203F5BFE79.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
AC0ADB04B0D95CE49B7E70203F5BFE79.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730386	https://doi.org/10.3897/imafungus.17.189042.figure9	Figure 9. Phylogeny of the Exidia recisa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 9. Phylogeny of the Exidia recisa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
AC0ADB04B0D95CE49B7E70203F5BFE79.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730388	https://doi.org/10.3897/imafungus.17.189042.figure10	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
80B1606A17C055CDA5E9A86E27BFBD62.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
80B1606A17C055CDA5E9A86E27BFBD62.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
80B1606A17C055CDA5E9A86E27BFBD62.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730409	https://doi.org/10.3897/imafungus.17.189042.figure21	Figure 21. Microstructures of Exidia glandulosa (Spirin 18030): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	Figure 21. Microstructures of Exidia glandulosa (Spirin 18030): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
80B1606A17C055CDA5E9A86E27BFBD62.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
6E45EB4649405BB89512A0C84DB571A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
6E45EB4649405BB89512A0C84DB571A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
6E45EB4649405BB89512A0C84DB571A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730412	https://doi.org/10.3897/imafungus.17.189042.figure22	Figure 22. Microstructures of Exidia impressa (neotype): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	Figure 22. Microstructures of Exidia impressa (neotype): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
74193FDE0917586CBE2488E91EB2F2A8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
678F2BF795D6526FAA68FF691015BE10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
678F2BF795D6526FAA68FF691015BE10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B80B37C83F715AA1ADB9F4EF99E00BF6.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B80B37C83F715AA1ADB9F4EF99E00BF6.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
3342BF438EC054E6B4A45B2FCCF320AD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
3342BF438EC054E6B4A45B2FCCF320AD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
3342BF438EC054E6B4A45B2FCCF320AD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
3342BF438EC054E6B4A45B2FCCF320AD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B2EB423968905E55800050FA3178F3A8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730392	https://doi.org/10.3897/imafungus.17.189042.figure13	Figure 13. Phylogeny of Adustochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 13. Phylogeny of Adustochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B2EB423968905E55800050FA3178F3A8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730393	https://doi.org/10.3897/imafungus.17.189042.figure14	Figure 14. Phylogeny of Adustochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 14. Phylogeny of Adustochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
284045812D8E5024941E0753E4EDBC18.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
284045812D8E5024941E0753E4EDBC18.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
74A3210F46015E899FC62A16E17CB340.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730388	https://doi.org/10.3897/imafungus.17.189042.figure10	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
74A3210F46015E899FC62A16E17CB340.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730390	https://doi.org/10.3897/imafungus.17.189042.figure11	Figure 11. Phylogeny of the Exidia pithya complex inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 11. Phylogeny of the Exidia pithya complex inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
1937603E4290500EB2AD1FCC82A486F8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
12A0AC9A5D3B55628DC51D0BAE8D0E38.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
12A0AC9A5D3B55628DC51D0BAE8D0E38.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
8F81AAE3FB83541393A6228EF96FB766.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
8F81AAE3FB83541393A6228EF96FB766.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730417	https://doi.org/10.3897/imafungus.17.189042.figure24	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
8F81AAE3FB83541393A6228EF96FB766.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730381	https://doi.org/10.3897/imafungus.17.189042.figure7	Figure 7. Phylogeny of the redefined Exidia inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 7. Phylogeny of the redefined Exidia inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
83068EC904035A79AB35144CE43C688B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
83068EC904035A79AB35144CE43C688B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730388	https://doi.org/10.3897/imafungus.17.189042.figure10	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
83068EC904035A79AB35144CE43C688B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730390	https://doi.org/10.3897/imafungus.17.189042.figure11	Figure 11. Phylogeny of the Exidia pithya complex inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 11. Phylogeny of the Exidia pithya complex inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
83068EC904035A79AB35144CE43C688B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730402	https://doi.org/10.3897/imafungus.17.189042.figure19	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	Figure 19. Basidiospores: A Exidia crenata (holotype of Tremella corrugata); B E. delita (holotype); C E. friesiana (five left – Spirin 7660, five right – Spirin 18006); D E. glandulosa (Spirin 18030); E E. impressa (neotype); F E. inornata (isotype); G E. pithya (neotype); H E. pithya (J. Olsson 19. 12. 2024); I E. plumbescens (three left – Spirin 5836, two right – T. Helo 20210767). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
37245CC175255648B0C9B757B32E537E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
37245CC175255648B0C9B757B32E537E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730417	https://doi.org/10.3897/imafungus.17.189042.figure24	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
BAA9DFFF538D521A87258E974D8E7D2F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730388	https://doi.org/10.3897/imafungus.17.189042.figure10	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 10. Phylogeny of the Exidia pithya complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
BAA9DFFF538D521A87258E974D8E7D2F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730390	https://doi.org/10.3897/imafungus.17.189042.figure11	Figure 11. Phylogeny of the Exidia pithya complex inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 11. Phylogeny of the Exidia pithya complex inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
5FDAC009473C5930AECA0DFC70462126.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ED5154B274405AAD95BFC8B17C67324E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ED5154B274405AAD95BFC8B17C67324E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730417	https://doi.org/10.3897/imafungus.17.189042.figure24	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
1539721AB6395FE9AD529AB78F82FFE3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
1539721AB6395FE9AD529AB78F82FFE3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730417	https://doi.org/10.3897/imafungus.17.189042.figure24	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
1539721AB6395FE9AD529AB78F82FFE3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730386	https://doi.org/10.3897/imafungus.17.189042.figure9	Figure 9. Phylogeny of the Exidia recisa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 9. Phylogeny of the Exidia recisa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
EFC09F504C8A5728A2D916FCEE2E09F2.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730417	https://doi.org/10.3897/imafungus.17.189042.figure24	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E67E65E820B458B3A92740859FFCA319.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730414	https://doi.org/10.3897/imafungus.17.189042.figure23	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	Figure 23. Basidiospores: A Exidia recisa (epitype); B E. repleta (holotype); C E. saturata (holotype); D E. semiorbis (holotype); E E. spiculata (isotype of E. inflata); F E. straminea (epitype); G E. tanzanica (holotype); H E. truncata (neotype); I E. umbrinella (lectotype); J E. zelleri (Spirin 17780). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E67E65E820B458B3A92740859FFCA319.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730417	https://doi.org/10.3897/imafungus.17.189042.figure24	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	Figure 24. Basidiomata: A Exidia semiorbis (LE F- 262977); B E. straminea (epitype); C E. truncata (neotype); D E. umbrinella (LE F- 254078); E E. uvapassa (LE 262970); F E. zelleri (LE F- 34768). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E67E65E820B458B3A92740859FFCA319.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E67E65E820B458B3A92740859FFCA319.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E67E65E820B458B3A92740859FFCA319.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730383	https://doi.org/10.3897/imafungus.17.189042.figure8	Figure 8. Phylogeny of the Exidia glandulosa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 8. Phylogeny of the Exidia glandulosa complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
26560DEFADDF5E4DA51E9F4652B44F41.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730421	https://doi.org/10.3897/imafungus.17.189042.figure25	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
26560DEFADDF5E4DA51E9F4652B44F41.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730425	https://doi.org/10.3897/imafungus.17.189042.figure26	Figure 26. Microstructures of Exidiopsis effusa (epitype): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	Figure 26. Microstructures of Exidiopsis effusa (epitype): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
26560DEFADDF5E4DA51E9F4652B44F41.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730428	https://doi.org/10.3897/imafungus.17.189042.figure27	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
26560DEFADDF5E4DA51E9F4652B44F41.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730405	https://doi.org/10.3897/imafungus.17.189042.figure20	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	Figure 20. Basidiomata: A Exidia friesiana (Spirin 11067); B E. glandulosa (Spirin 18030); C E. impressa (neotype); D Exidia plumbescens (Kulju 68); E Exidia pithya, dark form (Spirin 17065); F Exidia pithya, pale form (Spirin 11953); G E. recisa (LE 231765); H E. saturata (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
0CC5F046C2BA5CD28DC74789F1007F4D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730421	https://doi.org/10.3897/imafungus.17.189042.figure25	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
0CC5F046C2BA5CD28DC74789F1007F4D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730428	https://doi.org/10.3897/imafungus.17.189042.figure27	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
C03165B89CC35F50B1628683E17C1C90.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
C03165B89CC35F50B1628683E17C1C90.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2AE2B030B61C5255949F43361D513DED.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730421	https://doi.org/10.3897/imafungus.17.189042.figure25	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2AE2B030B61C5255949F43361D513DED.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730428	https://doi.org/10.3897/imafungus.17.189042.figure27	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
2AE2B030B61C5255949F43361D513DED.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730430	https://doi.org/10.3897/imafungus.17.189042.figure28	Figure 28. Microstructures of Leiostroma farinellum (J. Olsson 13. 4. 2025): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	Figure 28. Microstructures of Leiostroma farinellum (J. Olsson 13. 4. 2025): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
0170A89F61B45B0F9C7DE9D16E17A72C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730430	https://doi.org/10.3897/imafungus.17.189042.figure28	Figure 28. Microstructures of Leiostroma farinellum (J. Olsson 13. 4. 2025): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	Figure 28. Microstructures of Leiostroma farinellum (J. Olsson 13. 4. 2025): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ADE2A655E6055883BD47DEC8DA24F19A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730421	https://doi.org/10.3897/imafungus.17.189042.figure25	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ADE2A655E6055883BD47DEC8DA24F19A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730428	https://doi.org/10.3897/imafungus.17.189042.figure27	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ADE2A655E6055883BD47DEC8DA24F19A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730377	https://doi.org/10.3897/imafungus.17.189042.figure5	Figure 5. Phylogeny of Leiostroma inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 5. Phylogeny of Leiostroma inferred from the ITS + TEF 1 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
69007F3F317655FA90B506D09EDF72F0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730421	https://doi.org/10.3897/imafungus.17.189042.figure25	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
69007F3F317655FA90B506D09EDF72F0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730428	https://doi.org/10.3897/imafungus.17.189042.figure27	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
A6C281944F6F506CB3962F9814D3F784.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730428	https://doi.org/10.3897/imafungus.17.189042.figure27	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	Figure 27. Basidiospores: A Exidiopsis effusa (epitype); B E. perflua (holotype, three spores left) and E. effusa (the narrow-spored specimen, Spirin 15511, two spores right); C Leiostroma farinellum (Spirin 12586); D L. incanum (holotype); E L. infecundum (three left – holotype, two right – Viner 2022 / 1066); F L. squalidum (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
C5C6998461145A2EB3E71A97C1B72A96.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730421	https://doi.org/10.3897/imafungus.17.189042.figure25	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	Figure 25. Basidiomata: A Exidiopsis effusa (epitype; black arrows point to the spine-like hymenial outgrowths); B E. perflua (Spirin 12638); C Leiostroma farinellum (Spirin 12597); D L. incanum (holotype); E L. infecundum (holotype); F Pholiobasidion senex (holotype). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
C5C6998461145A2EB3E71A97C1B72A96.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730433	https://doi.org/10.3897/imafungus.17.189042.figure29	Figure 29. Microstructures of Pholiobasidion senex (holotype): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	Figure 29. Microstructures of Pholiobasidion senex (holotype): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
20257706F16F50EA8B9A63C0F4C5CFF3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
20257706F16F50EA8B9A63C0F4C5CFF3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
20257706F16F50EA8B9A63C0F4C5CFF3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730433	https://doi.org/10.3897/imafungus.17.189042.figure29	Figure 29. Microstructures of Pholiobasidion senex (holotype): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	Figure 29. Microstructures of Pholiobasidion senex (holotype): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
43BF5EAEF8DB5A01A59AD51ED2CCBDB8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730438	https://doi.org/10.3897/imafungus.17.189042.figure31	Figure 31. Microstructures of Proterochaete abstrusa: A subicular hyphae (holotype); B subhymenial hyphae and hymenial cells (holotype); C cystidia (Spirin 13943). Scale bar: 10 μm.	Figure 31. Microstructures of Proterochaete abstrusa: A subicular hyphae (holotype); B subhymenial hyphae and hymenial cells (holotype); C cystidia (Spirin 13943). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
43BF5EAEF8DB5A01A59AD51ED2CCBDB8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
9C2AD4D7F6CB554E9AA7CBFB6BD3B710.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B8136071B9B95CE0AE137A95F07A2277.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730373	https://doi.org/10.3897/imafungus.17.189042.figure3	Figure 3. Phylogeny of Proterochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 3. Phylogeny of Proterochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B8136071B9B95CE0AE137A95F07A2277.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730375	https://doi.org/10.3897/imafungus.17.189042.figure4	Figure 4. Phylogeny of Proterochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 4. Phylogeny of Proterochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
B5A14CA17EA15683B28DC87D067001E8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
49EDCC6FEF715F06980427DA19D852FD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730373	https://doi.org/10.3897/imafungus.17.189042.figure3	Figure 3. Phylogeny of Proterochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 3. Phylogeny of Proterochaete inferred from the ITS + LSU concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
49EDCC6FEF715F06980427DA19D852FD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730375	https://doi.org/10.3897/imafungus.17.189042.figure4	Figure 4. Phylogeny of Proterochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 4. Phylogeny of Proterochaete inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DB8FAE903965554F896A431B723F35A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730436	https://doi.org/10.3897/imafungus.17.189042.figure30	Figure 30. Microstructures of Proterochaete letendreana (Spirin 17866): A subicular hyphae; B subhymenial hyphae and hymenial cells bearing crystals and amorphous brown grains. Scale bar: 10 μm.	Figure 30. Microstructures of Proterochaete letendreana (Spirin 17866): A subicular hyphae; B subhymenial hyphae and hymenial cells bearing crystals and amorphous brown grains. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DB8FAE903965554F896A431B723F35A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DB8FAE903965554F896A431B723F35A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730442	https://doi.org/10.3897/imafungus.17.189042.figure33	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
A1E6D424386053BB859ED1B6B71E28C5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
A1E6D424386053BB859ED1B6B71E28C5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
A1E6D424386053BB859ED1B6B71E28C5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ED3EBB2C8FA95FE0B1C228C15AC42128.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
F740719BBD585ECC867AC9EA27CC6276.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
F740719BBD585ECC867AC9EA27CC6276.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
F740719BBD585ECC867AC9EA27CC6276.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
63614E48E05B5320A99CF50A8D580ADB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730436	https://doi.org/10.3897/imafungus.17.189042.figure30	Figure 30. Microstructures of Proterochaete letendreana (Spirin 17866): A subicular hyphae; B subhymenial hyphae and hymenial cells bearing crystals and amorphous brown grains. Scale bar: 10 μm.	Figure 30. Microstructures of Proterochaete letendreana (Spirin 17866): A subicular hyphae; B subhymenial hyphae and hymenial cells bearing crystals and amorphous brown grains. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
3C01854D21E6541586E3DCCFAEF68BC3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730440	https://doi.org/10.3897/imafungus.17.189042.figure32	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	Figure 32. Basidiospores: A Proterochaete abstrusa (holotype); B P. africana (holotype); C P. furfurosa (holotype); D P. letendreana (three left – Spirin 17054, three right – holotype of Sebacina letendreana); E P. macrogyna (holotype); F P. mucedinea (Viner 2024 / 233); G P. paniculata (three left – Spirin 8549, four right – paratype of Exidiopsis paniculata); H P. stipidosa (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
1206350529225C39A1B92EE061C2368D.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730445	https://doi.org/10.3897/imafungus.17.189042.figure34	Figure 34. Microstructures of Scrupulispora perparvula (holotype): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	Figure 34. Microstructures of Scrupulispora perparvula (holotype): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
FC0E283DE01C52628A05BF42BF1B87EC.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E11E6F853B715E79883BF034A6738C55.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730442	https://doi.org/10.3897/imafungus.17.189042.figure33	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E11E6F853B715E79883BF034A6738C55.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730447	https://doi.org/10.3897/imafungus.17.189042.figure35	Figure 35. Microstructures of Tegmenticium peritrichum (Spirin 18537): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	Figure 35. Microstructures of Tegmenticium peritrichum (Spirin 18537): A hyphae and hymenial cells; B basidiospores. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E11E6F853B715E79883BF034A6738C55.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
305E479CB8225585B0B94FAD2A6B73A5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
305E479CB8225585B0B94FAD2A6B73A5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
A568E1E54F8E58539A14FB97E39BDC5A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
A568E1E54F8E58539A14FB97E39BDC5A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
641E65D55E515C6BA5606B53AFF4C93A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730442	https://doi.org/10.3897/imafungus.17.189042.figure33	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
641E65D55E515C6BA5606B53AFF4C93A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
641E65D55E515C6BA5606B53AFF4C93A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730368	https://doi.org/10.3897/imafungus.17.189042.figure1	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 1. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 1 + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
641E65D55E515C6BA5606B53AFF4C93A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730371	https://doi.org/10.3897/imafungus.17.189042.figure2	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 2. Phylogeny of the Auriculariaceae inferred from the ITS + LSU + RPB 2 concatenated dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DD2F0ACFD4C159B9996C93C5E507B3D6.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
DD2F0ACFD4C159B9996C93C5E507B3D6.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730452	https://doi.org/10.3897/imafungus.17.189042.figure37	Figure 37. Microstructures of Ulocolla grisea (Spirin 15604): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	Figure 37. Microstructures of Ulocolla grisea (Spirin 15604): A subicular hyphae; B subhymenial hyphae and hymenial cells. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E5BB709CCCDA5CE1AAF197E2D05FB308.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730442	https://doi.org/10.3897/imafungus.17.189042.figure33	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
E5BB709CCCDA5CE1AAF197E2D05FB308.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ED3282CAE3D05C3AA7E4A05C445AE0F1.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
ED3282CAE3D05C3AA7E4A05C445AE0F1.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730391	https://doi.org/10.3897/imafungus.17.189042.figure12	Figure 12. Phylogeny of the Ulocolla saccharina complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	Figure 12. Phylogeny of the Ulocolla saccharina complex inferred from the ITS dataset using BI analysis. Bayesian posterior probabilities followed by ML bootstrap values are shown at nodes; branch lengths reflect estimated number of changes per site.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
36520E82065259A68431793084DD23ED.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730442	https://doi.org/10.3897/imafungus.17.189042.figure33	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
36520E82065259A68431793084DD23ED.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
36520E82065259A68431793084DD23ED.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730454	https://doi.org/10.3897/imafungus.17.189042.figure38	Figure 38. Microstructures of Ulocolla saccharina (Spirin 13748): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	Figure 38. Microstructures of Ulocolla saccharina (Spirin 13748): A subhymenial hyphae and hymenial cells; B context hyphae. Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
6EBF40BD052951099496856489992C47.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730442	https://doi.org/10.3897/imafungus.17.189042.figure33	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	Figure 33. Basidiomata: A Proterochaete letendreana (Spirin 15652); B P. letendreana, pale form (Spirin 18184); C Tegmenticium peritrichum (Spirin 18537); D Ulocolla corticioides (Spirin 18923); E Ulocolla orbiculata (holotype); F Ulocolla saccharina (Spirin 13748); G U. subrepanda (Spirin 6841). Scale bar: 1 cm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
6EBF40BD052951099496856489992C47.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1730450	https://doi.org/10.3897/imafungus.17.189042.figure36	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	Figure 36. Basidiospores: A Tegmenticium peritrichum (three left – lectotype, three right – holotype of Exidiopsis gypsea); B Ulocolla corticioides (lectotype); C U. grisea (Spirin 15604); D U. orbiculata (holotype); E U. pinicola (Spirin 8916); F U. saccharina (Spirin 13748); G U. subrepanda (Spirin 16132); H Exidia benieri (holotype). Scale bar: 10 μm.	2026-07-29	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya		Zenodo	biologists	Spirin, Viacheslav;Malysheva, Vera;Schoutteten, Nathan;Savchenko, Anton;Rivoire, Bernard;Olsson, Jan;Læssøe, Thomas;Ryvarden, Leif;Grootmyers, Django;Kulju, Matti;Vlasák, Josef;Vignale, María Victoria;Viner, Ilya			
