Fonge (hors lichens) de Guyane
191 références bibliographiques sont utilisées pour les noms de rangs spécifiques de ce groupe.
| Référence | Total | Valides | Espèces | Taxons terminaux | ||||
|---|---|---|---|---|---|---|---|---|
| nb | % | nb | % | nb | % | nb | % | |
| Courtecuisse et al. (1996) | 545 | 18,06% | 458 | 39,55% | 452 | 39,44% | 453 | 39,49% |
| Courtecuisse (2009) | 540 | 17,89% | 87 | 7,51% | 87 | 7,59% | 85 | 7,41% |
| Jaouen et al. (2019) | 234 | 7,75% | 193 | 16,67% | 193 | 16,84% | 192 | 16,74% |
| Courtecuisse (2006) | 152 | 5,04% | 118 | 10,19% | 118 | 10,3% | 118 | 10,29% |
| Courtecuisse & Welti (2013) | 122 | 4,04% | 83 | 7,17% | 81 | 7,07% | 78 | 6,8% |
| Corriol & Roy (2021) | 65 | 2,15% | 57 | 4,92% | 55 | 4,8% | 57 | 4,97% |
| Anonyme (2018) | 63 | 2,09% | 45 | 3,89% | 44 | 3,84% | 45 | 3,92% |
| Buyck (2013) | 63 | 2,09% | 56 | 4,84% | 55 | 4,8% | 55 | 4,8% |
| Berndt (2013) | 58 | 1,92% | 58 | 5,01% | 58 | 5,06% | 58 | 5,06% |
| Horak & Mouchacca (1998) | 49 | 1,62% | 18 | 1,55% | 18 | 1,57% | 18 | 1,57% |
| Zaremski et al. (2014) | 46 | 1,52% | 34 | 2,94% | 34 | 2,97% | 34 | 2,96% |
| Fournier & Lechat (2015) | 31 | 1,03% | 31 | 2,68% | 31 | 2,71% | 31 | 2,7% |
| Fournier et al. (2020) | 30 | 0,99% | 30 | 2,59% | 28 | 2,44% | 28 | 2,44% |
| European Nucleotide Archive (2019) | 27 | 0,89% | 22 | 1,9% | 22 | 1,92% | 22 | 1,92% |
| Fournier et al. (2016) | 22 | 0,73% | 22 | 1,9% | 22 | 1,92% | 22 | 1,92% |
| Aptroot & Lücking (2016) | 21 | 0,7% | 21 | 1,81% | 21 | 1,83% | 21 | 1,83% |
| Abraham (2021) | 20 | 0,66% | 20 | 1,73% | 20 | 1,75% | 19 | 1,66% |
| Fournier et al. (2019) | 16 | 0,53% | 13 | 1,12% | 13 | 1,13% | 13 | 1,13% |
| Fournier & Lechat (2016) | 15 | 0,5% | 14 | 1,21% | 14 | 1,22% | 14 | 1,22% |
| Rivoire (2018) | 13 | 0,43% | 12 | 1,04% | 12 | 1,05% | 11 | 0,96% |
| Jabiol et al. (2013) | 12 | 0,4% | 10 | 0,86% | 10 | 0,87% | 10 | 0,87% |
| Braun et al. (2014) | 11 | 0,36% | 11 | 0,95% | 11 | 0,96% | 11 | 0,96% |
| Gruhn & Rödel (2020) | 11 | 0,36% | 11 | 0,95% | 11 | 0,96% | 11 | 0,96% |
| Rogers & Ju (1998) | 10 | 0,33% | 6 | 0,52% | 6 | 0,52% | 6 | 0,52% |
| Gruhn et al. (2018) | 9 | 0,3% | 9 | 0,78% | 9 | 0,79% | 9 | 0,78% |
| Lechat & Fournier (2017) | 9 | 0,3% | 9 | 0,78% | 9 | 0,79% | 9 | 0,78% |
| Lechat et al. (2022) | 9 | 0,3% | 9 | 0,78% | 9 | 0,79% | 9 | 0,78% |
| Questel (2022) | 9 | 0,3% | 8 | 0,69% | 8 | 0,7% | 8 | 0,7% |
| Schroers (2001) | 9 | 0,3% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Balazuc (1986) | 8 | 0,27% | 8 | 0,69% | 8 | 0,7% | 8 | 0,7% |
| Braun et al. (1999) | 8 | 0,27% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Fournier et al. (2017) | 8 | 0,27% | 8 | 0,69% | 8 | 0,7% | 8 | 0,7% |
| Gruhn et al. (2017) | 8 | 0,27% | 8 | 0,69% | 8 | 0,7% | 8 | 0,7% |
| Lechat & Fournier (2019) | 8 | 0,27% | 7 | 0,6% | 7 | 0,61% | 7 | 0,61% |
| Réblová et al. (2020) | 8 | 0,27% | 7 | 0,6% | 7 | 0,61% | 7 | 0,61% |
| Accioly et al. (2019) | 7 | 0,23% | 7 | 0,6% | 7 | 0,61% | 7 | 0,61% |
| Lécuru & Courtecuisse (2013) | 7 | 0,23% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| French Guyana. Cryptogamie Mycologie, 29(1): 3-9.">Rossi & Ponziani (2008) | 7 | 0,23% | 7 | 0,6% | 7 | 0,61% | 7 | 0,61% |
| Amoikon et al. (2018) | 6 | 0,2% | 6 | 0,52% | 6 | 0,52% | 6 | 0,52% |
| Berrin et al. (2012) | 6 | 0,2% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Cheype (2010) | 6 | 0,2% | 6 | 0,52% | 6 | 0,52% | 6 | 0,52% |
| Hekking & Sipman (1988) | 6 | 0,2% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Herrera et al. (2015) | 6 | 0,2% | 6 | 0,52% | 6 | 0,52% | 6 | 0,52% |
| Lechat & Fournier (2020) | 6 | 0,2% | 6 | 0,52% | 6 | 0,52% | 6 | 0,52% |
| Rivoire (2013) | 6 | 0,2% | 6 | 0,52% | 6 | 0,52% | 6 | 0,52% |
| Sparrius (2004) | 6 | 0,2% | 6 | 0,52% | 6 | 0,52% | 6 | 0,52% |
| The International Barcode of Life Consortium (2016) | 6 | 0,2% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Cheype (2015) | 5 | 0,17% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Ephytia (2020) | 5 | 0,17% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Lechat & Fournier (2020) | 5 | 0,17% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Lombard et al. (2014) | 5 | 0,17% | 5 | 0,43% | 5 | 0,44% | 5 | 0,44% |
| Mouchacca & Horak (1998) | 5 | 0,17% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Sandoval-Denis et al. (2019) | 5 | 0,17% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Aptroot et al. (2019) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Armada (2018) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Barragán et al. (2013) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Hypoxylon pulicicidum sp nov., a pantropical insecticide-producing endophyte. Plos One, 7(10) : 1-19.">Bills et al. (2012) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Boidin & Gilles (1989) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Bricaud (2007) | 4 | 0,13% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Crous & Decock (2015) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Decock (2016) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Fournier & Lechat (2015) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Fournier et al. (2017) | 4 | 0,13% | 4 | 0,35% | 2 | 0,17% | 2 | 0,17% |
| Groenewald et al. (2011) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Gruhn et al. (2015) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Herrera, C.S., Rossman, A.Y., Samuels, G.J., Lechat, C. & Chaverri, P. 2013. Revision of the genus Corallomycetella with Corallonectria gen. nov. for C. jatrophae (Nectriaceae, Hypocreales). Mycosystema, 32(3): 518-544.">Herrera et al. (2013) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Horak, E. & Cheype, J.L. 2008. Entoloma acutopallidum and Entoloma pileofibrosum: Two new speciesfrom French Guiana. Bulletin de la Société Mycologique de France, 124(3-4): 287-298.">Horak & Cheype (2008) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Jabiol & Labeille (2022) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Jacques & Casaregola (2019) | 4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Reschke et al. (2022) | 4 | 0,13% | 0 | 0% | 0 | 0% | 0 | 0% |
| Samuels, |
4 | 0,13% | 4 | 0,35% | 4 | 0,35% | 4 | 0,35% |
| Aptroot et al. (2016) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Brayford & Samuels (1993) | 3 | 0,1% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Chauvet (1991) | 3 | 0,1% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Cheype & Campo (2013) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Courtecuisse (1989) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Crous et al. (2014) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Crous et al. (2021) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Decock et al. (2013) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Döbbeler (2011) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Elix & McCarthy (1998) | 3 | 0,1% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Fournier et al. (2014) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Fournier et al. (2024) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Gardiennet et al. (2019) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Gordillo & Decock (2019) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Gruhn & Alvarado (2021) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Gruhn & Ghobad-Nejhad (2020) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Gruhn et al. (2017) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Hernández-Restrepo et al. (2022) | 3 | 0,1% | 0 | 0% | 0 | 0% | 0 | 0% |
| Horak & Cheype (2007) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Jayawardena et al. (2023) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat & Fournier (2018) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat & Fournier (2019) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat & Fournier (2019) | 3 | 0,1% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Lechat & Fournier (2019) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat & Fournier (2020) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat et al. (2015) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat et al. (2019) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat et al. (2022) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Lechat et al. (2022) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Riebesehl et al. (2019) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Roy et al. (2016) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Runnel & Ryvarden (2016) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Sakpuntoon et al. (2020) | 3 | 0,1% | 3 | 0,26% | 3 | 0,26% | 3 | 0,26% |
| Videira et al. (2017) | 3 | 0,1% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Al-Hatmi et al. (2019) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Amalfi & Decock (2013) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Amalfi & Decock (2014) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Aptroot et al. (2016) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Balazuc (1977) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Bernardi et al. (2013) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Berndt (2013) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Campos-santana et al. (2016) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Chamberlain, H.L., Rossman, A.Y., Stewart, E.L., Ulvinen, T. & Samuels, G.J. 2004. The stipitate species of Hypocera (Hypocerales, Hypoceraceae) including Podostroma. Karstenia, 44: 1-24.">Chamberlain et al. (2004) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Chaverri & Samuels (2003) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Cooper (2011) | 2 | 0,07% | 0 | 0% | 0 | 0% | 0 | 0% |
| Corriol & Hannoire (2018) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Crous, P.W. & Decock, C. 2012. Fungal Planet 121-4 June 2012. Persoonia, 28: 168-169. ">Crous & Decock (2012) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Crous et al. (2001) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Crous et al. (2017) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Decock & Ryvarden (1999) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Decock, C. & Ryvarden, L. 2011. Additions to the Neotropical Perenniporia: Perenniporia albo-incarnata comb. nov and Perenniporia guyanensis sp. nov. Cryptogamie Mycologie, 32(1): 13-23.">Decock & Ryvarden (2011) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Decock et al. (2003) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Decock, C., Huret, S. & Bivort, C. 2008. Anamorphic fungi from French Guyana. Septomyrothecium maraitiense sp nov and S. setiramosum comb. nov (anamorphic Hypocreales, Ascomycota). Cryptogamie Mycologie, 29(4): 321-331.">Decock et al. (2008) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Decock (2005) | 2 | 0,07% | 0 | 0% | 0 | 0% | 0 | 0% |
| Delgat et al. (2020) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Dukik et al. (2019) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Egea & Aptroot (1992) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Ertz et al. (2015) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Fouillaud et al. (2017) | 2 | 0,07% | 0 | 0% | 0 | 0% | 0 | 0% |
| Gruhn & Ferry (2020) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Hariot & Patouillard (1903) | 2 | 0,07% | 0 | 0% | 0 | 0% | 0 | 0% |
| Heim (1967) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Huhndorf & Fernández (1999) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Huhndorf (1998) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Hundhorf, S., Miller, A., Greif, M. & Samuels G. 2009. Amplistroma gen. nov. and its relation to Wallrothiella, two genera with globose ascospores and acrodontium-like anamorphs. Mycologia, 101(6): 904-919.">Hundhorf et al. (2009) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Jaklitsch, W.M., Lechat C. & Voglmayr H. 2014. The rise and fall of Sarawakus (Hypocreaceae, Ascomycota). Mycologia, 106(1): 133-144.">Jaklitsch et al. (2014) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Kuhnert et al. (2013) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Lechat (2010) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Lindström (1993) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Looney et al. (2013) | 2 | 0,07% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Matuschka (1984) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Mayers et al. (2018) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Muller (1895) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Nodet et al. (2023) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Petrini & Dreyfuss (1981) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Petrini & Petrini (2012) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Ribeiro et al. (2017) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Rogers et al. (2006) | 2 | 0,07% | 0 | 0% | 0 | 0% | 0 | 0% |
| Rossi & Kotrba (2004) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Ryvarden (2002) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Ryvarden (2004) | 2 | 0,07% | 0 | 0% | 0 | 0% | 0 | 0% |
| Samuels & Lodge (1996) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Samuels & Seifert (1991) | 2 | 0,07% | 0 | 0% | 0 | 0% | 0 | 0% |
| Sandoval-Denis et al. (2022) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Sipman & Aubel (1992) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Sipman (2014) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Spirin et al. (2021) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Stadler et al. (2014) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Thaxter (1900) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Ueda (2020) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Zhou et al. (2021) | 2 | 0,07% | 2 | 0,17% | 2 | 0,17% | 2 | 0,17% |
| Bastian et al. (2009) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Boidin & Gilles (1988) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Boidin & Gilles (1991) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Boidin et al. (1987) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Buyck et al. (2021) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Chauvet (1990) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Coimbra et al. (2015) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Courtecuisse et al. (2009) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Courtecuisse et al. (2018) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Dennis (1903) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| Fournier et al. (2018) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Henke, T.W., Wilson A.W., Aime, M.C., Dierks, J., Uehling J.K., Roy, M., Schimann, H., Wartchow, F. & Mueller, G.M. 2014. Cantharellaceae of Guyana II: New species of Craterellus, new South American distribution records for Cantharellus guyanensis and Craterellus excelsus, and a key to the Neotropical taxa. Mycologia, 106(2): 307-322.">Henke et al. (2014) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Jargeat et al. (2016) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Kuhnert et al. (2015) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Léotard (comm. pers., 2016) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Lechat & Fournier (2021) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Martin-sans (1924) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| McTaggart et al. (2008) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| Montagne (1840) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| Moreau et al. (2023) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Nakasone (2015) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| Padamsee & Mckenzie (2012) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Pellicier (1999) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| Plowman et al. (1990) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Rossman et al. (2016) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Société et al. (1989) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| Peršoh, D. & Fournier, J. 2013. The Xylariaceae as model example for a unified nomenclature following the "One fungus One name" (1F1N) concept. Mycology An International Journal on Fungal Biology, 4(1): 5-21. ">Stadler et al. (2013) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
| Suberbielle et al. (2020) | 1 | 0,03% | 0 | 0% | 0 | 0% | 0 | 0% |
| Untereiner et al. (2013) | 1 | 0,03% | 1 | 0,09% | 1 | 0,09% | 1 | 0,09% |
