The Coupling Response between Different Bacterial Metabolic Functions in Water and Sediment Improve the Ability to Mitigate Climate Change

The Coupling Response between Different Bacterial Metabolic Functions in Water and Sediment Improve the Ability to Mitigate Climate Change

Extreme climatic events, such as heat wave and large temperature fluctuations, are predicted to increase in frequency and intensity during the next hundred years, which may rapidly alter the composition and function of lake bacterial communities. Here, we conducted a year-long experiment to explore...

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Bibliographic Details
Main Authors: Cheng, H. (Author), Feng, M. (Author), Shi, P. (Author), Wang, H. (Author), Xu, J. (Author), Yan, Y. (Author), Yang, Q. (Author), Zhang, M. (Author)
Format: Article
Language:English
Published: MDPI 2022
Subjects:
Aquatic ecosystems
bacteria
Bacteria
bacterium
biogeochemical cycle
Biogeochemical cycle
biogeochemical cycles
Biogeochemistry
Carbon
climate change
Climate change
climate warming
Climate warming
Coupling response
FAPROTAX function prediction
Fresh Water
freshwater
freshwater environment
Function prediction
heat wave
lake water
Lakes
Lows-temperatures
Metabolic function
Metabolism
Nitrification
nitrogen cycle
Nitrogen fixation
RNA
seasonal variation
Sediments
sediment-water interface
Temperature distribution
Temperature fluctuation
Water columns
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