<p>The diversity of culturable filamentous microfungi in peat and sediments of four peatlands at the coastal zone of Kandalaksha Bay of the White Sea (Murmansk region, Russia) was studied by culture methods on standard and selective media. Annually 100 samples were collected from the bogs 2007-2010. Based on morphological, molecular markers and cultural features, 211 taxa were identified. Fungal communities observed at the peatlands were influenced mostly by their sea origin. We discovered a large difference between fungal communities from the peat and the sediments of the peatlands. In contrast to the sediments, the fungal community of the peat was found to be consistent throughout sampling sites. Fungi with specific ecophysiology, such as...
Information on the diversity of marine fungi in polar environments is lacking, especially marine fun...
The microfungal communities of a mire in northern Sweden were studied. Three plant communities were ...
Richards, Thomas A. ... et. al.-- 10 pages, 5 figures, 1 table, electronic supplementary material ht...
The current study addresses the fungal diversity of the peatlands that vary geographically and geolo...
This paper provides the results of a study on fungal species diversity in the active and permafrost ...
The major part of the north polar region is intensely rising by postglacial crustal movement. This p...
Conservation of fungi largely depends on conservation of their habitats as many species are host- an...
The understanding of microbial biodiversity in peatlands has grown considerably over the past two de...
Marine fungi are severely understudied in the polar regions. We used molecularly identified cultures...
Data on species diversity of microscopic fungi isolated from the coastal territories substrates of t...
As molecular and bioinformatics techniques are used more frequently and new marine habitats are anal...
Sampling protocol for Global DNA-based inventory of aquatic fungi for documenting global fungal biod...
Large areas in the northern hemisphere are covered by extensive wetlands, which represent a complex ...
Fungi have been found to play important roles in marine ecosystems, e.g., symbionts of plants and an...
Fungi are heterotrophic, unicellular or filamentous organisms that exhibit a wide range of different...
Information on the diversity of marine fungi in polar environments is lacking, especially marine fun...
The microfungal communities of a mire in northern Sweden were studied. Three plant communities were ...
Richards, Thomas A. ... et. al.-- 10 pages, 5 figures, 1 table, electronic supplementary material ht...
The current study addresses the fungal diversity of the peatlands that vary geographically and geolo...
This paper provides the results of a study on fungal species diversity in the active and permafrost ...
The major part of the north polar region is intensely rising by postglacial crustal movement. This p...
Conservation of fungi largely depends on conservation of their habitats as many species are host- an...
The understanding of microbial biodiversity in peatlands has grown considerably over the past two de...
Marine fungi are severely understudied in the polar regions. We used molecularly identified cultures...
Data on species diversity of microscopic fungi isolated from the coastal territories substrates of t...
As molecular and bioinformatics techniques are used more frequently and new marine habitats are anal...
Sampling protocol for Global DNA-based inventory of aquatic fungi for documenting global fungal biod...
Large areas in the northern hemisphere are covered by extensive wetlands, which represent a complex ...
Fungi have been found to play important roles in marine ecosystems, e.g., symbionts of plants and an...
Fungi are heterotrophic, unicellular or filamentous organisms that exhibit a wide range of different...
Information on the diversity of marine fungi in polar environments is lacking, especially marine fun...
The microfungal communities of a mire in northern Sweden were studied. Three plant communities were ...
Richards, Thomas A. ... et. al.-- 10 pages, 5 figures, 1 table, electronic supplementary material ht...