Supplemental Data: Deciphering the biological contributors to methane cycling in Gulf Coast wetlands

File descriptions:

Data

• Table S1: experimental design. Number of samples from each wetland, ecosite and depth. Number of reads per sample. Other measurements available for each sample
• Table S2: porewater methane concentrations
• Table S3: methane flux measurements
• Tale S4: geochemistry measurements. Anions, cations, pH, salinity and depth
• Table S5: 16S feature table with SILVA taxonomy
• Table S6: feature table of methanogens and methanotrophs
• Table S7: correlation matrix
• TableS8: indicator analyses of genera associated with each wetland
• Table S9: GAM fit information

Supplemental_Figures

• Figure S1: Dissolved oxygen measured at the saltwater marsh
• Figure S2: Redox potential of soils at each ecosite
• Figure S3: Concentrations of anions and cations at each ecosite
• Figure S4: Soil pH at each ecosite
• Figure S5: Community composition at the Phylum level
• Figure S6: Correlation matrix of methane cycling taxa and environmental variables
• Figure S7: Relative abundance of soil methanogen and methanotroph taxa across sites, ecosites, and depths
• Figure S8: Relative abundance of water column methanotroph taxa across sites, ecosites, and depths
• Figure S9: Relative abundance of methanogen functional types across sites and sample type
• FIgure S10: Generalized Additive Models (GAMs) using methane-cycling taxa in soil samplesto predict methane flux
• Figure S11: Generalized Additive Models (GAMs) using methane-cycling taxa in water samplesto predict methane flux