Additional file 2 of Mechanistic strategies of microbial communities regulating lignocellulose deconstruction in a UK salt marsh

Additional file 1: Figure S1. Experiment location. Figure S2. Coverage estimates for each 16S rRNA amplicon library for all biological replicates across each time point. Figure S3. CAZyme families identified within the metatranscriptomic databases presented as transcripts per million. Figure S4. CAZyme producing genera and their respective CAZyme contributions. Figure S5. Productivity index for CAZyme producing taxa at family level resolution. Figure S6. Phylogenetic distribution of CAZyme classes at class resolution for week one. Figure S7. Phylogenetic distribution of CAZyme classes at class resolution for week three. Figure S8. Phylogenetic distribution of CAZyme classes at class resolution for week five. Figure S9. Phylogenetic distribution of CAZyme classes at class resolution for week ten. Figure S10. Functional classification of proteins within the metasecretome. Figure S11. Fungal profiles and OTU richness elucidated from internal transcribed spacer region 2 amplicon sequencing across the 16-week time course. Figure S12. Nutrient acquisition strategy of fungi profile across the 16-week time course. Figure S13. Bacteria profiles elucidated from 16S rRNA sequence homology. Figure S14. Bacteria profiles elucidated from 16S rRNA sequence homology. Table S1. Transect position of the five biological replicates in Welwick salt marsh. Table S2. Sequence reads throughout RNA sequence processing and assembly. Table S3. Commands for the replication of the 16S rRNA amplicon database processing pipeline.