Metagenomics reveals the underestimated role of bacteria in the decomposition of downed logs in forest ecosystems

Agricultural and Biological Sciences

• Ascomycota 33%
• Basidiomycota 33%
• Cellulase 33%
• Chitinase 33%
• Ecological Function 33%
• Environmental Factor 33%
• Firmicutes 33%
• Forest Ecosystem 100%
• Glycoside 33%
• Hydrolase 33%
• Metagenomics 100%
• Microbial Community 100%
• Microorganism 66%
• Pinus 33%
• Purple Bacteria 33%
• Quercus 33%

Keyphrases

• Amino Acid Metabolism 9%
• Ascomycota 9%
• Bacterial Abundance 9%
• Basidiomycota 9%
• Carbohydrate Active Enzyme (CAZy) 18%
• Carbohydrates 9%
• Cellulase 9%
• Chinese Forest 9%
• Chitinase 9%
• Competitive Ability 9%
• Complex Decomposition 9%
• Decomposition Process 18%
• Decomposition Stages 9%
• Downed Logs 100%
• Ecological Function 9%
• Elemental Content 9%
• Environmental Factors 9%
• Enzyme Database 9%
• Firmicutes 9%
• Forest Ecosystem 100%
• Functional Elements 9%
• Functional Genes 9%
• Functional Importance 9%
• Fungal Abundance 9%
• Fungal Succession 9%
• Fungi 9%
• Global Forest Ecosystems 9%
• Glycoside Hydrolase 9%
• Kyoto Encyclopedia of Genes 9%
• Laboratory-based 9%
• Material Flow 9%
• Metagenomics 100%
• Microbial Community 9%
• Microbial Community Function 9%
• Microbial Community Structure 18%
• Microbial Decomposition 9%
• Microorganisms 18%
• Moisture Content 9%
• Mucoromycetes 9%
• Natural Environment 9%
• Natural Substrate 9%
• Pinus Tabulaeformis 9%
• Proteobacteria 9%
• Quercus Aliena Var. Acuteserrata 9%
• Small Molecules 9%
• Stage II-III 9%
• Succession Pattern 18%

Immunology and Microbiology

• Ascomycota 50%
• Basidiomycete 50%
• Firmicutes 50%
• Metagenomics 100%
• Microorganism 100%
• Oak 50%
• Pine 50%
• Proteobacteria 50%
• Taxon 50%