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Axis 2 (CCA2) separated samples along the successional series of tidal flats.
We hypothesize that bacterial community structure and function have spatial and seasonal changes in the successional series of tidal flats from subtidal to intertidal to supratidal flat, reflecting systematic changes in site conditions along the successional series.
The CCA indicated that salinity had a considerable impact on the microbial community in the sediment along the successional series.
Salinity was identified as a major environmental factor structuring the microbial community in the sediment along the successional series.
However, the majority of predicted functional profiles were redundant between bacterial communities spanning the successional series of tidal flats.
Each mosaic had a distinct successional series due to different management approaches.
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Table 1: General condition of the sampling sites along a successional tidal flat series.
The relative abundances of (A) bacterial phyla and (B) Proteobacterial subphyla in different seasons in the successional tidal flat series.
Figure 6: The relative abundance of some imputed functional profiles in different seasons in the successional tidal flat series.
Figure 2: Box plots for alpha-diversity of the bacterial communities in different seasons in the successional tidal flat series.
Figure 4: Canonical correspondence analysis (CCA) performed on the sediments in the successional tidal flat series using bacterial community structure and environmental factors.
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