Fungi are phylogenetically and functionally diverse ubiquitous components of almost all
ecosystems on Earth, including aquatic environments stretching from high montane lakes …

The use of lake sedimentary DNA to track the long-term changes in both terrestrial and
aquatic biota is a rapidly advancing field in paleoecological research. Although largely …

Fungi appear to be rare in marine environments. There are relatively few marine isolates in
culture, and fungal small subunit ribosomal DNA (SSU rDNA) sequences are rarely …

Microbial communities comprise an interwoven matrix of biological diversity modified by
physical and chemical variation over space and time. Although these communities are the …

Molecular ecological surveys of the human gut microbiota to date have focused on the
prokaryotic fraction of the community and have revealed a remarkable degree of bacterial …

This review highlights the presence and ecological roles of fungi in lakes, and aims to
stimulate research in aquatic mycology. In the study of lentic systems, this field is an almost …

Water samples were collected along transects from the shore to the centre of two French
lakes: the deep, volcanic, oligomesotrophic and low allochthonic‐impacted Lake Pavin, and …

This study assessed the diversity and distribution of filamentous fungi obtained from water
sampled from six lakes in the Antarctic Peninsula. One hundred and twenty-eight fungal …

It is a certainty that the tree of life can be broken up into large units of biodiversity that span
such great evolutionary distances that one could call them kingdoms. However, if these units …

High‐throughput sequencing of sedimentary DNA (sed‐DNA) was utilized to reconstruct the
temporal dynamics of microbial eukaryotic communities (MECs) at a centennial scale in two …