taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
C57A7F97C212542DA6125ACEF2EFB4F5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570655	https://doi.org/10.3897/mycokeys.81.65660.figure3	Figure 3. a-c Gyroporus alpinus (KUN-HKAS 56318, type, photos by Y. C. Li) d Gyroporus flavocyanescens (KUN-HKAS 76966, type, photo by X. L. Wu) e-h G. brunneofloccosus (e KUN-HKAS 107735, photo by G. Wu f GDGM 77125, photo by J. Y. Xu g, h GDGM 74638, photos by J. Y. Xu). Scale bars: 2 cm.	Figure 3. a-c Gyroporus alpinus (KUN-HKAS 56318, type, photos by Y. C. Li) d Gyroporus flavocyanescens (KUN-HKAS 76966, type, photo by X. L. Wu) e-h G. brunneofloccosus (e KUN-HKAS 107735, photo by G. Wu f GDGM 77125, photo by J. Y. Xu g, h GDGM 74638, photos by J. Y. Xu). Scale bars: 2 cm.	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
C57A7F97C212542DA6125ACEF2EFB4F5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570656	https://doi.org/10.3897/mycokeys.81.65660.figure4	Figure 4. Microscopic features of G. alpinus (HKAS 56318, type) a basidia and cheilocystidium b basidiospores c cheilocystidia d pileipellis (squamules).	Figure 4. Microscopic features of G. alpinus (HKAS 56318, type) a basidia and cheilocystidium b basidiospores c cheilocystidia d pileipellis (squamules).	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
C57A7F97C212542DA6125ACEF2EFB4F5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570653	https://doi.org/10.3897/mycokeys.81.65660.figure1	Figure 1. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the atp 6 dataset. Bootstrap frequencies (> 50 %) are shown above or below supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	Figure 1. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the atp 6 dataset. Bootstrap frequencies (> 50 %) are shown above or below supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
C57A7F97C212542DA6125ACEF2EFB4F5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570654	https://doi.org/10.3897/mycokeys.81.65660.figure2	Figure 2. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the combined (nrLSU + ITS) dataset. Bootstrap frequencies (> 50 %) are shown above supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	Figure 2. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the combined (nrLSU + ITS) dataset. Bootstrap frequencies (> 50 %) are shown above supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
7216A3D906265C23849410990CF60FDF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570655	https://doi.org/10.3897/mycokeys.81.65660.figure3	Figure 3. a-c Gyroporus alpinus (KUN-HKAS 56318, type, photos by Y. C. Li) d Gyroporus flavocyanescens (KUN-HKAS 76966, type, photo by X. L. Wu) e-h G. brunneofloccosus (e KUN-HKAS 107735, photo by G. Wu f GDGM 77125, photo by J. Y. Xu g, h GDGM 74638, photos by J. Y. Xu). Scale bars: 2 cm.	Figure 3. a-c Gyroporus alpinus (KUN-HKAS 56318, type, photos by Y. C. Li) d Gyroporus flavocyanescens (KUN-HKAS 76966, type, photo by X. L. Wu) e-h G. brunneofloccosus (e KUN-HKAS 107735, photo by G. Wu f GDGM 77125, photo by J. Y. Xu g, h GDGM 74638, photos by J. Y. Xu). Scale bars: 2 cm.	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
7216A3D906265C23849410990CF60FDF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570657	https://doi.org/10.3897/mycokeys.81.65660.figure5	Figure 5. Microscopic features of G. brunneofloccosus (HKAS 107735) a basidia b cheilocystidia c basidiospores d pileipellis (squamules).	Figure 5. Microscopic features of G. brunneofloccosus (HKAS 107735) a basidia b cheilocystidia c basidiospores d pileipellis (squamules).	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
7216A3D906265C23849410990CF60FDF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570653	https://doi.org/10.3897/mycokeys.81.65660.figure1	Figure 1. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the atp 6 dataset. Bootstrap frequencies (> 50 %) are shown above or below supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	Figure 1. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the atp 6 dataset. Bootstrap frequencies (> 50 %) are shown above or below supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
AFFCE15D376D583FAE7794F33CE2A21B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570655	https://doi.org/10.3897/mycokeys.81.65660.figure3	Figure 3. a-c Gyroporus alpinus (KUN-HKAS 56318, type, photos by Y. C. Li) d Gyroporus flavocyanescens (KUN-HKAS 76966, type, photo by X. L. Wu) e-h G. brunneofloccosus (e KUN-HKAS 107735, photo by G. Wu f GDGM 77125, photo by J. Y. Xu g, h GDGM 74638, photos by J. Y. Xu). Scale bars: 2 cm.	Figure 3. a-c Gyroporus alpinus (KUN-HKAS 56318, type, photos by Y. C. Li) d Gyroporus flavocyanescens (KUN-HKAS 76966, type, photo by X. L. Wu) e-h G. brunneofloccosus (e KUN-HKAS 107735, photo by G. Wu f GDGM 77125, photo by J. Y. Xu g, h GDGM 74638, photos by J. Y. Xu). Scale bars: 2 cm.	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
AFFCE15D376D583FAE7794F33CE2A21B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570658	https://doi.org/10.3897/mycokeys.81.65660.figure6	Figure 6. Microscopic features of G. flavocyanescens (KUN-HKAS 76966, type) a basidia b basidiospores c cheilocystidia d pileipellis (squamules).	Figure 6. Microscopic features of G. flavocyanescens (KUN-HKAS 76966, type) a basidia b basidiospores c cheilocystidia d pileipellis (squamules).	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
AFFCE15D376D583FAE7794F33CE2A21B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/570654	https://doi.org/10.3897/mycokeys.81.65660.figure2	Figure 2. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the combined (nrLSU + ITS) dataset. Bootstrap frequencies (> 50 %) are shown above supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	Figure 2. Maximum Likelihood phylogenetic tree of Gyroporus inferred from the combined (nrLSU + ITS) dataset. Bootstrap frequencies (> 50 %) are shown above supported branches. Newly-sequenced collections are indicated in bold. Species vouchers and countries of origin are provided after the species name successively.	2021-07-26	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun		Zenodo	biologists	Huang, Cong;Zhang, Ming;Wu, Xing-Liang;Wu, Gang;Xu, Jian-Ping;Yang, Zhu L.;Li, Yan-Chun			
