The oxygenated hypolimnion accounts for a volumetrically significant part of the global
freshwater systems. Previous studies have proposed the presence of hypolimnion-specific …

In freshwater microbial ecology, extensive studies are attempting to characterize the vast
majority of uncultivated bacterioplankton taxa. However, these studies mainly focus on the …

In deep lakes, many investigations highlighted the existence of exclusive groups of bacteria
adapted to deep oxygenated and hypoxic and anoxic hypolimnia. Nevertheless, the extent …

CL500-11 (phylum Chloroflexi) is one of the most ubiquitous and abundant bacterioplankton
lineages in deep freshwater lakes inhabiting the oxygenated hypolimnion. While …

Bacteria and archaea represent the vast majority of biodiversity on Earth. The ways that
dynamic ecological and evolutionary processes interact in the microbial world are, however …

Although bacteria play key roles in aquatic food webs and biogeochemical cycles,
information on the seasonal succession of bacterial communities in lakes is still far from …

Uncultured bacteria affiliated with the CL500-11 cluster (phylum Chloroflexi) were first
reported from the oxygenated hypolimnion of Crater Lake (USA) as a predominant …

Surface microlayers (SMLs) play a key role in regulating air-water gas exchange. Few
studies have investigated bacterial diversity in this particular zone in freshwater ecosystems …

In warm monomictic lakes, the hypolimnion is important for accumulating and decomposing
organic matter derived from surface production, and the regenerated nutrients will be …

The influence of altitude and salinity on bacterioplankton community composition (BCC) in
16 high-mountain lakes located at altitudes of 2,817 to 5,134 m on the Eastern Qinghai …