taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
7323A90C950354EE9DD2E9998310184E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1496891	https://doi.org/10.3897/imafungus.16.170120.figure1	Figure 1. Maximum likelihood phylogenomic tree and core ortholog analysis. The phylogenomic tree was inferred with FastTree v 2.1. 11 using 296 orthogroups identified with OrthoFinder v 2.5. 5, each containing single-copy genes in at least 84.7 % of the analyzed species. Proportion of genes per species assigned to orthogroups. The bar plot shows, for each genome, the percentage of orthogroups containing a single gene (red), two genes (green), three genes (blue), or four or more genes (yellow) assigned per species. The proportion of genes not assigned to any orthogroup is represented in gray.	Figure 1. Maximum likelihood phylogenomic tree and core ortholog analysis. The phylogenomic tree was inferred with FastTree v 2.1. 11 using 296 orthogroups identified with OrthoFinder v 2.5. 5, each containing single-copy genes in at least 84.7 % of the analyzed species. Proportion of genes per species assigned to orthogroups. The bar plot shows, for each genome, the percentage of orthogroups containing a single gene (red), two genes (green), three genes (blue), or four or more genes (yellow) assigned per species. The proportion of genes not assigned to any orthogroup is represented in gray.	2025-12-22	Lustosa, Bruno Paulo Rodrigues;Belmonte-Lopes, Ricardo;de Hoog, Sybren;Costa, Flavia de Fatima;Jacomel, Bruna;dos Santos, Germana Davila;Razzolini, Emanuel;Li, Yalong;Xue, Ruoning;Baura, Valter A.;Souza, Emanuel M. de;Gomes, Renata Rodrigues;Ahmed, Sarah A.;Selbmann, Laura;Song, Yinggai;Vicente, Vania Aparecida		Zenodo	biologists	Lustosa, Bruno Paulo Rodrigues;Belmonte-Lopes, Ricardo;de Hoog, Sybren;Costa, Flavia de Fatima;Jacomel, Bruna;dos Santos, Germana Davila;Razzolini, Emanuel;Li, Yalong;Xue, Ruoning;Baura, Valter A.;Souza, Emanuel M. de;Gomes, Renata Rodrigues;Ahmed, Sarah A.;Selbmann, Laura;Song, Yinggai;Vicente, Vania Aparecida			
7323A90C950354EE9DD2E9998310184E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1496894	https://doi.org/10.3897/imafungus.16.170120.figure4	Figure 4. Heatmap and total number of heat- and cold stress-associated proteins. Copy numbers of enzymes are shown in the squares. Total numbers of proteins associated with heat and cold stress tolerance are shown as bar plots. Proteins associated with cold stress tolerance: a = 5 - formyltetrahydrofolate cyclo-ligase (PF 01812 / IPR 002698), b = antifreeze protein, type I (IPR 000104), c = CspA; cold shock protein (IPR 012156), d = dihydrolipoamide acetyltransferase (IPR 045257), e = electron transfer flavoprotein alpha subunit (IPR 001308), f = low-temperature viability protein (PF 04180), g = small subunit ribosomal protein S 16 (IPR 023803). Proteins associated with heat stress tolerance: h = ClpA / B, conserved site 2 (IPR 028299), i = CSL zinc finger (PF 05207), j = DnaJ (PF 00226), k = enolase (IPR 000941), l = Hsf 1 _ family (PF 00447 / IPR 000232), m = HSP 12 (PF 04119), n = HSP 20 (PF 00011), o = HSP 60 (PF 00118), p = HSP 70 (PF 00012), q = HSP 90 (PF 00183, PF 13589, PF 02518), r = DNA recombination / repair protein Rad 51 (IPR 011941), s = DNA repair protein RAD 54 with RDH 54 (PF 08658), t = universal stress protein (PF 00582, PF 10625), u = UV-radiation resistance-associated protein Vps 38 / UVRAG (PF 10186, PF 17649).	Figure 4. Heatmap and total number of heat- and cold stress-associated proteins. Copy numbers of enzymes are shown in the squares. Total numbers of proteins associated with heat and cold stress tolerance are shown as bar plots. Proteins associated with cold stress tolerance: a = 5 - formyltetrahydrofolate cyclo-ligase (PF 01812 / IPR 002698), b = antifreeze protein, type I (IPR 000104), c = CspA; cold shock protein (IPR 012156), d = dihydrolipoamide acetyltransferase (IPR 045257), e = electron transfer flavoprotein alpha subunit (IPR 001308), f = low-temperature viability protein (PF 04180), g = small subunit ribosomal protein S 16 (IPR 023803). Proteins associated with heat stress tolerance: h = ClpA / B, conserved site 2 (IPR 028299), i = CSL zinc finger (PF 05207), j = DnaJ (PF 00226), k = enolase (IPR 000941), l = Hsf 1 _ family (PF 00447 / IPR 000232), m = HSP 12 (PF 04119), n = HSP 20 (PF 00011), o = HSP 60 (PF 00118), p = HSP 70 (PF 00012), q = HSP 90 (PF 00183, PF 13589, PF 02518), r = DNA recombination / repair protein Rad 51 (IPR 011941), s = DNA repair protein RAD 54 with RDH 54 (PF 08658), t = universal stress protein (PF 00582, PF 10625), u = UV-radiation resistance-associated protein Vps 38 / UVRAG (PF 10186, PF 17649).	2025-12-22	Lustosa, Bruno Paulo Rodrigues;Belmonte-Lopes, Ricardo;de Hoog, Sybren;Costa, Flavia de Fatima;Jacomel, Bruna;dos Santos, Germana Davila;Razzolini, Emanuel;Li, Yalong;Xue, Ruoning;Baura, Valter A.;Souza, Emanuel M. de;Gomes, Renata Rodrigues;Ahmed, Sarah A.;Selbmann, Laura;Song, Yinggai;Vicente, Vania Aparecida		Zenodo	biologists	Lustosa, Bruno Paulo Rodrigues;Belmonte-Lopes, Ricardo;de Hoog, Sybren;Costa, Flavia de Fatima;Jacomel, Bruna;dos Santos, Germana Davila;Razzolini, Emanuel;Li, Yalong;Xue, Ruoning;Baura, Valter A.;Souza, Emanuel M. de;Gomes, Renata Rodrigues;Ahmed, Sarah A.;Selbmann, Laura;Song, Yinggai;Vicente, Vania Aparecida			
7323A90C950354EE9DD2E9998310184E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1496893	https://doi.org/10.3897/imafungus.16.170120.figure3	Figure 3. Heatmap of CAZyme and MEROPS families according to genome annotation. Copy numbers of each enzyme family are shown in the squares.	Figure 3. Heatmap of CAZyme and MEROPS families according to genome annotation. Copy numbers of each enzyme family are shown in the squares.	2025-12-22	Lustosa, Bruno Paulo Rodrigues;Belmonte-Lopes, Ricardo;de Hoog, Sybren;Costa, Flavia de Fatima;Jacomel, Bruna;dos Santos, Germana Davila;Razzolini, Emanuel;Li, Yalong;Xue, Ruoning;Baura, Valter A.;Souza, Emanuel M. de;Gomes, Renata Rodrigues;Ahmed, Sarah A.;Selbmann, Laura;Song, Yinggai;Vicente, Vania Aparecida		Zenodo	biologists	Lustosa, Bruno Paulo Rodrigues;Belmonte-Lopes, Ricardo;de Hoog, Sybren;Costa, Flavia de Fatima;Jacomel, Bruna;dos Santos, Germana Davila;Razzolini, Emanuel;Li, Yalong;Xue, Ruoning;Baura, Valter A.;Souza, Emanuel M. de;Gomes, Renata Rodrigues;Ahmed, Sarah A.;Selbmann, Laura;Song, Yinggai;Vicente, Vania Aparecida			
