Recent studies using sequence data from eight sequence loci and coalescent-based species delimitation methods have revealed several species-level lineages of Tulasnella associated with the orchid genera Arthrochilus, Caleana, Chiloglottis, and Drakaea in Australia. Here we formally describe three of those species, Tulasnella prima, T. secunda, and T. warcupii spp. nov., as well as an additional Tulasnella species associated with Chiloglottis growing in Sphagnum, T. sphagneti sp. nov. Species were identified by phylogenetic analyses of the ITS with up to 1.3 % sequence divergence within taxa and a minimum of 7.6 % intraspecific divergence. These new Tulasnella (Tulasnellaceae, Cantharellales) species are currently only known from orchid host...
The nuclear ribosomal DNA was used to identify the orchid mycorrhizal fungi found in roots of Orchis...
Serendipita is one of the main fungal genera that form mutualistic associations with species of orch...
No research on the fungal endophytes in the green New Zealand terrestrial orchids has been published...
Premise of the study: Phylogenetic and microsatellite markers were developed for Tulasnella mycorrhi...
The study of congruency between phylogenies of interacting species can provide a powerful approach f...
Fundamental life history processes of mycorrhizal fungi with inconspicuous fruiting bodies can be di...
Tulasnella species (Tulasnellaceae, Cantharellales, Basidiomycota) form inconspicuous basidiomata on...
Of the more than 400 indigenous orchid species in Western Australia, Cryptostylis ovata is the only ...
Premise of the study: The Orchidaceae is characterized by exceptional species diversity. Obligate or...
ABSTRACT Most plant species form symbioses with mycorrhizal fungi and this relationship is especiall...
In this study, we have identified the root-associated fungi of a common species of terrestrial orchi...
Cryptostylis ovata is the only evergreen indigenous orchid that grows in south-western Australia; al...
Tullasnella spp. have been found forming mycorhizal associations with plants of all Orchidaceae subf...
Background: Orchid species rely on mycorrhizal symbioses with fungi to complete their life cycle. Al...
Throughout their life cycles orchids are reliant on inorganic nutrients provided by mutualistic orch...
The nuclear ribosomal DNA was used to identify the orchid mycorrhizal fungi found in roots of Orchis...
Serendipita is one of the main fungal genera that form mutualistic associations with species of orch...
No research on the fungal endophytes in the green New Zealand terrestrial orchids has been published...
Premise of the study: Phylogenetic and microsatellite markers were developed for Tulasnella mycorrhi...
The study of congruency between phylogenies of interacting species can provide a powerful approach f...
Fundamental life history processes of mycorrhizal fungi with inconspicuous fruiting bodies can be di...
Tulasnella species (Tulasnellaceae, Cantharellales, Basidiomycota) form inconspicuous basidiomata on...
Of the more than 400 indigenous orchid species in Western Australia, Cryptostylis ovata is the only ...
Premise of the study: The Orchidaceae is characterized by exceptional species diversity. Obligate or...
ABSTRACT Most plant species form symbioses with mycorrhizal fungi and this relationship is especiall...
In this study, we have identified the root-associated fungi of a common species of terrestrial orchi...
Cryptostylis ovata is the only evergreen indigenous orchid that grows in south-western Australia; al...
Tullasnella spp. have been found forming mycorhizal associations with plants of all Orchidaceae subf...
Background: Orchid species rely on mycorrhizal symbioses with fungi to complete their life cycle. Al...
Throughout their life cycles orchids are reliant on inorganic nutrients provided by mutualistic orch...
The nuclear ribosomal DNA was used to identify the orchid mycorrhizal fungi found in roots of Orchis...
Serendipita is one of the main fungal genera that form mutualistic associations with species of orch...
No research on the fungal endophytes in the green New Zealand terrestrial orchids has been published...