taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03F187F1FFBCFFEE9FC9FC22FA70FAC4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668886/files/figure.png	https://doi.org/10.5281/zenodo.13668886	FIGURE 4. Fruiting bodies and microscopic observation of Lycoperdon albiperidium. a–c. Fruiting bodies of KA12-1210 (a) and KA12- 1551 (b, c). d. Eucapillitial threads (KA12-1551) in CL. e. Paracapillitial threads (KA12-1551) in 3% KOH. f. Eucapillitial threads (KA12-1551) in 3% KOH. g. Exoperidial elements (KA12-1551) in 3% KOH. h. Inflated elements in endoperidium (KA12-1551) in 3% KOH. i. Basidiospores in CL (KA12-1551). Scale bars: a–c = 3 cm, d–i = 10 μm. Photos by C.S. Kim & S-.K. Han.	FIGURE 4. Fruiting bodies and microscopic observation of Lycoperdon albiperidium. a–c. Fruiting bodies of KA12-1210 (a) and KA12- 1551 (b, c). d. Eucapillitial threads (KA12-1551) in CL. e. Paracapillitial threads (KA12-1551) in 3% KOH. f. Eucapillitial threads (KA12-1551) in 3% KOH. g. Exoperidial elements (KA12-1551) in 3% KOH. h. Inflated elements in endoperidium (KA12-1551) in 3% KOH. i. Basidiospores in CL (KA12-1551). Scale bars: a–c = 3 cm, d–i = 10 μm. Photos by C.S. Kim & S-.K. Han.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBCFFEE9FC9FC22FA70FAC4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668876/files/figure.png	https://doi.org/10.5281/zenodo.13668876	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBDFFED9FC9FAF4FB20FB3B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668890/files/figure.png	https://doi.org/10.5281/zenodo.13668890	FIGURE 5. Fruiting bodies and microscopic observation of Lycoperdon ericaeum. a, b. Fruiting bodies (a. KA12-0761; b. KA13-1463). c, d. Eucapillitial threads (KA12-0761) in CL. e. Exoperidial elements (KA12-0761) in 3% KOH. f. Inflated elements in endoperidium (KA13-1463) in 3% KOH. g. Eucapillitial threads and paracapillitial threads (KA12-0761) in CL. h. Basidia and basidiosproes (KA13- 1463) in 3% KOH. i. Basidiospores (KA12-0761) in 3% KOH. Scale bars: a,b = 3 cm, c–i = 10 μm. Photos by: C.S. Kim & S-.K. Han.	FIGURE 5. Fruiting bodies and microscopic observation of Lycoperdon ericaeum. a, b. Fruiting bodies (a. KA12-0761; b. KA13-1463). c, d. Eucapillitial threads (KA12-0761) in CL. e. Exoperidial elements (KA12-0761) in 3% KOH. f. Inflated elements in endoperidium (KA13-1463) in 3% KOH. g. Eucapillitial threads and paracapillitial threads (KA12-0761) in CL. h. Basidia and basidiosproes (KA13- 1463) in 3% KOH. i. Basidiospores (KA12-0761) in 3% KOH. Scale bars: a,b = 3 cm, c–i = 10 μm. Photos by: C.S. Kim & S-.K. Han.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBDFFED9FC9FAF4FB20FB3B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668876/files/figure.png	https://doi.org/10.5281/zenodo.13668876	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBEFFEC9FC9FAA1FAC4F930.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668896/files/figure.png	https://doi.org/10.5281/zenodo.13668896	FIGURE 6. Fruiting bodies and microscopic observation of Lycoperdon perlatum. a–c. Fruiting bodies (a. KA12-1435; b. KA12-1506; c. KA13-1148). d. Eucapillitial threads of KA13-1270 in 3% KOH. e. Eucapillitial threads of KA13-1148 in CL. f. Exoperidial elements (KA12-1270) in CL. g. Inflated elements in endoperidium (KA13-1148) in 3% KOH. h. Paracapillitial threads (KA13-1148) in 3% KOH. i. Basidioles (KA12-1506) in 3% KOH. j, k. Basidiospores in CL (j. KA13-1270; k. KA13-1148). Scale bars: a–c = 3 cm, d, e, g–j = 10 μm, f = 20 μm. Photos by: C.S. Kim & S-.K. Han.	FIGURE 6. Fruiting bodies and microscopic observation of Lycoperdon perlatum. a–c. Fruiting bodies (a. KA12-1435; b. KA12-1506; c. KA13-1148). d. Eucapillitial threads of KA13-1270 in 3% KOH. e. Eucapillitial threads of KA13-1148 in CL. f. Exoperidial elements (KA12-1270) in CL. g. Inflated elements in endoperidium (KA13-1148) in 3% KOH. h. Paracapillitial threads (KA13-1148) in 3% KOH. i. Basidioles (KA12-1506) in 3% KOH. j, k. Basidiospores in CL (j. KA13-1270; k. KA13-1148). Scale bars: a–c = 3 cm, d, e, g–j = 10 μm, f = 20 μm. Photos by: C.S. Kim & S-.K. Han.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBEFFEC9FC9FAA1FAC4F930.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668876/files/figure.png	https://doi.org/10.5281/zenodo.13668876	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBFFFEA9FC9F8B8FDFAFE98.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668902/files/figure.png	https://doi.org/10.5281/zenodo.13668902	FIGURE 7. Fruiting bodies and microscopic observation of Lycoperdon subperlatum sp. nov. a–c. Fruiting bodies (a. KA12-0918; b. KA12- 1427; c. KA13-0979). d. Eucapillitial threads of KA12-0918 in 3% KOH. e. Eucapillitial threads of KA12-0918 in CL. f. Exoperidial elements (KA12-0918) in CL. g. Inflated elements in endoperidium (KA12-0918) in 3% KOH.h. Paracapillitial threads of KA12-0918 in CL. i. Basidiospores of KA12-0918 in CL. Scale bars: a–c = 3 cm, d, f = 20 μm, e, g–i = 10 μm. Photos by: C.S. Kim & S-.K. Han.	FIGURE 7. Fruiting bodies and microscopic observation of Lycoperdon subperlatum sp. nov. a–c. Fruiting bodies (a. KA12-0918; b. KA12- 1427; c. KA13-0979). d. Eucapillitial threads of KA12-0918 in 3% KOH. e. Eucapillitial threads of KA12-0918 in CL. f. Exoperidial elements (KA12-0918) in CL. g. Inflated elements in endoperidium (KA12-0918) in 3% KOH.h. Paracapillitial threads of KA12-0918 in CL. i. Basidiospores of KA12-0918 in CL. Scale bars: a–c = 3 cm, d, f = 20 μm, e, g–i = 10 μm. Photos by: C.S. Kim & S-.K. Han.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBFFFEA9FC9F8B8FDFAFE98.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668876/files/figure.png	https://doi.org/10.5281/zenodo.13668876	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	FIGURE 1. Bayesian 50% majority-rule consensus topology based on ITS sequence data. Bayesian posterior probabilities (PP) and 1000 bootstrap replicates in MP analysis (MPBS) are indicated as PP/MPBS above or below branches. Broad black branches indicate PP>0.95 and MPBS>60%. Broad gray branches indicate 0.89<PP<0.95 and MPBS>50%.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
03F187F1FFBFFFEA9FC9F8B8FDFAFE98.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13668880/files/figure.png	https://doi.org/10.5281/zenodo.13668880	FIGURE 2. RPB2 and EF-1α Neighbor-Joining trees, respectively. Bootstrap values>50% are shown at branches.	FIGURE 2. RPB2 and EF-1α Neighbor-Joining trees, respectively. Bootstrap values>50% are shown at branches.	2016-05-11	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk		Zenodo	biologists	Kim, Chang Sun;Jo, Jong Won;Kwag, Young-Nam;Sung, Gi-Ho;Han, Jae-Gu;Shrestha, Bhushan;Oh, Soon-Ok;Kim, Sang-Yong;Shin, Chang-Ho;Han, Sang-Kuk			
