<p>Detected in May leaves (ML), June leaves (JL), October leaves (OL), December leaves (DL), May flowers (MFl), June fertilized fruitlets (JFr), December asymptomatic fruits (DAFr) and December symptomatic fruits (DSFr). Fungal genera representing less than 0.2% of the total population in each sample, were considered as a single <i>taxa</i> and labeled as "Other fungi". In each column fungal genera are listed according to their abundance.</p
The abundance is given for sapwood and heartwood of 13 European tree species (SRF—soft rot fungi, BR...
Through their ephemeral reproductive structures (fruiting bodies), ectomycorrhizal forest soil fungi...
<p>Relative abundance of fungal species in the bulk soil, cormosphere and rhizosphere during floweri...
<p>Detected in May leaves (ML), June leaves (JL), October leaves (OL), December leaves (DL), May flo...
<p>Relative richness represents the standardized monthly mean number of fruiting species in each fun...
Fungal fruit bodies were surveyed on a plot area of 1500 m2 from 1975¿99 (excluding 1980¿83) in the ...
<p>The 30 most abundant fungal species isolated from the esca-foliar symptomatic and asymptomatic pl...
<p>Counts of mushroom fruiting species throughout the survey years for ectomycorrhizal fungi (a), li...
Almost 900 species were encountered during a seven year survey of fungal fruit bodies in 13 forests ...
<p>Associated with May leaves (ML), June leaves (JL), October leaves (OL), December leaves (DL), May...
A) Sequence abundance (bars) and OTU affiliation (dots) with fungal phyla in 13 temperate European t...
<p>Frequency of occurrence of each fungal taxon in root samples of dipterocarp (Dip) and non-diptero...
<p>Most abundant fungal genera identified (>1% relative abundance) in the composts and peat.</p
<p>Relative abundances of taxa are reported in percentage. “Unidentified fungi” comprehends Fungi sp...
Aim: It is unknown whether fungi show similar trends to other organisms in their macroecological pat...
The abundance is given for sapwood and heartwood of 13 European tree species (SRF—soft rot fungi, BR...
Through their ephemeral reproductive structures (fruiting bodies), ectomycorrhizal forest soil fungi...
<p>Relative abundance of fungal species in the bulk soil, cormosphere and rhizosphere during floweri...
<p>Detected in May leaves (ML), June leaves (JL), October leaves (OL), December leaves (DL), May flo...
<p>Relative richness represents the standardized monthly mean number of fruiting species in each fun...
Fungal fruit bodies were surveyed on a plot area of 1500 m2 from 1975¿99 (excluding 1980¿83) in the ...
<p>The 30 most abundant fungal species isolated from the esca-foliar symptomatic and asymptomatic pl...
<p>Counts of mushroom fruiting species throughout the survey years for ectomycorrhizal fungi (a), li...
Almost 900 species were encountered during a seven year survey of fungal fruit bodies in 13 forests ...
<p>Associated with May leaves (ML), June leaves (JL), October leaves (OL), December leaves (DL), May...
A) Sequence abundance (bars) and OTU affiliation (dots) with fungal phyla in 13 temperate European t...
<p>Frequency of occurrence of each fungal taxon in root samples of dipterocarp (Dip) and non-diptero...
<p>Most abundant fungal genera identified (>1% relative abundance) in the composts and peat.</p
<p>Relative abundances of taxa are reported in percentage. “Unidentified fungi” comprehends Fungi sp...
Aim: It is unknown whether fungi show similar trends to other organisms in their macroecological pat...
The abundance is given for sapwood and heartwood of 13 European tree species (SRF—soft rot fungi, BR...
Through their ephemeral reproductive structures (fruiting bodies), ectomycorrhizal forest soil fungi...
<p>Relative abundance of fungal species in the bulk soil, cormosphere and rhizosphere during floweri...