Fig. 3: The composition of bacterial communities colonizing wheat straw over 420 days under ambient and future climate regimes. | The ISME Journal

Fig. 3: The composition of bacterial communities colonizing wheat straw over 420 days under ambient and future climate regimes.

From: Future climate conditions accelerate wheat straw decomposition alongside altered microbial community composition, assembly patterns, and interaction networks

Fig. 3

a Order level taxonomy (>1% relative abundance). b Phylogenetic tree showing the top 100 amplicon sequences variants (ASVs) with highest relative abundance. The taxonomic affiliation at the family level of different Phyla of each ASV is identified by the colors range in the below panel and within the tree. The clade colors showing taxonomy classification at the phylum level; blue: Proteobacteria, red: Actinobacteriota, yellow: Bacteroidota. Microbial abundance at the early (0–60 D) and later (12–420 D) stages of decomposition is indicated in the outer stalked bars. c Heat map showing the dynamic of the top 20 ASVs assigned to genus level under both climate regimes. d The relative abundance of potential metabolic functional genes of Kyoto Encyclopedia of Genes and Genomes (KEGG) orthologs (KOs) assigned to KEGG pathways involved in wheat straw decomposition. ▲ significant shift of the relative abundance of bacterial taxa or predicted metabolic function over time; * significant effect of climate regime on the relative abundance of bacterial taxa or predicted function.

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