In this study, spatiotemporal investigations were conducted along five cascade dams in the
main channel of the North River of China during 2019 to explore bacterioplankton …

Protists, which include eukaryotic algae and protozoa, are crucially important for
biogeochemical cycling and the aquatic food web but are sensitive to environmental …

High mountain freshwater systems are particularly sensitive to the impacts of global warming
and relevant environmental changes. Microorganisms contribute substantially to …

Abstract 'Core bacterial communities', bacterial species that are found consistently
throughout a river continuum, have previously been identified. However, variations in core …

The Nyang River is located in an area sensitive to global climate change, the climate
warming changes and human activities have impacted the fragile ecosystem of Plateau …

Stream bacterial communities are shaped by a combination of local and regional processes,
such as environmental filtering, biotic interactions and dispersal, but biotic interactions have …

Bacterioplankton are important components of freshwater ecosystems and play essential
roles in ecological functions and processes; however, little is known about their …

The composition, function, and assembly mechanism of the bacterial community are the
focus of microbial ecology. Unsupervised machine learning may be a better way to …

Extensive construction of dams by humans has caused alterations in flow regimes and
concomitant alterations in river ecosystems. Even so, bacterioplankton diversity in large …

Bacterial and fungal communities in biofilms are important components in driving
biogeochemical processes in stream ecosystems. Previous studies have well documented …