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The dominance of cyanobacteria and their adaptability to changing climates might be attributed to their morphological plasticity related to external layers. The content of exopolysaccharides in cyanobacterial external layers has been shown to increase at elevated temperatures. However, the answers to the questions of why and how cyanobacteria adapt to varying temperatures by adjusting the physiological...
Altitudinal diversity of terrestrial plants has been widely studied, whereas little is known for the patterns of aquatic plants. Here, we used a standardised field dataset to quantify the altitudinal patterns in the diversity and structure of aquatic plant assemblages, as well as the relationships between diversity indices and environmental variables.
Large‐scale field investigations were carried...
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