SH264404.07FU

Urmas, Kõljalg,; Kessy, Abarenkov,; R. Henrik, Nilsson,; Karl-Henrik, Larsson,; Anders Bjørnsgard, Aas,; Rachel, Adams,; Artur, Alves,; Joseph F., Ammirati,; A. Elizabeth, Arnold,; Mohammad, Bahram,; Johan, Bengtsson-Palme,; Anna, Berlin,; Synnøve, Botnen,; Sarah, Bourlat,; Tanya, Cheeke,; Bálint, Dima,; Rein, Drenkhan,; Camila, Duarte,; Margarita, Dueñas,; Ursula, Eberhardt,; Hanna, Friberg,; Tobias G., Frøslev,; Sigisfredo, Garnica,; József, Geml,; Masoomeh, Ghobad-Nejhad,; Tine, Grebenc,; Gareth W., Griffith,; Felix, Hampe,; Peter, Kennedy,; Maryia, Khomich,; Petr, Kohout,; Anu, Kollom,; Ellen, Larsson,; Irinyi, Laszlo,; Steven, Leavitt,; Kare, Liimatainen,; Björn, Lindahl,; Deborah J., Lodge,; Helge Thorsten, Lumbsch,; Esteban, María Paz, Martín; Wieland, Meyer,; Otto, Miettinen,; Nhu, Nguyen,; Tuula, Niskanen,; Ryoko, Oono,; Maarja, Öpik,; Alexander, Ordynets,; Julia, Pawłowska,; Ursula, Peintner,; Olinto Liparini, Pereira,

doi:10.15156/bio/sh264404.07fu

Public

SH264404.07FU

Published in Plutof. Data Management and Publishing Platform • Oct 5, 2014

NobleIDark:/48914/w1/20260525/E86CFCDBRecord on NobleID

Authors:

Kõljalg, Urmas

,

Abarenkov, Kessy

,

Nilsson, R. Henrik

Abstract

UNITE provides a unified way for delimiting, identifying, communicating, and working with DNA-based Species Hypotheses (SH). All fungal ITS sequences in the international nucleotide sequence databases are clustered to approximately the species level by applying a set of dynamic distance values (<0.5...

Subject

Annotation

Taxon

Sequence (biology)

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