Using Wood Rot Phenotypes to Illuminate the “Gray” Among Decomposer Fungi

Keyphrases

• Alkali Solubility 20%
• Aspen Plus 20%
• Brown Rot 40%
• Brown-rot Fungi 60%
• Carbohydrate Active Enzyme (CAZy) 20%
• Carbohydrates 60%
• Carbon Loss 20%
• Carbon Release 20%
• Carbon Turnover 20%
• Cavitation 20%
• Chemical Changes 20%
• Climate Change 20%
• Decay Stage 20%
• Decomposer Fungi 100%
• Density Loss 20%
• Dominant Fungi 20%
• Functional Types 20%
• Fungal Attack 20%
• Fungal Gene 20%
• Fungal Strains 20%
• Fungi 60%
• Gene Content 20%
• Gene Count 20%
• Genetic Markers 20%
• Lignin 40%
• Lignin Loss 20%
• Monosaccharides 40%
• Nutritional Mode 20%
• Peroxidase 20%
• Release Rate 20%
• Residue Chemistry 20%
• Rot Type 100%
• Secretomics 20%
• Soft Rot Fungi 40%
• Transcriptomics 20%
• Unknown Function 20%
• Water-soluble 20%
• White Rot 40%
• White-rot Fungi 40%
• Wood 80%
• Wood Degrading 20%
• Wood Mass Loss 20%
• Wood Residues 20%
• Wood Rot 100%
• Wood Use 20%
• Wood-decaying Fungi 20%

Agricultural and Biological Sciences

• Brown-Rot Fungi 100%
• Genetic Marker 33%
• Monosaccharide 66%
• Populus 33%
• Soft-Rot Fungi 66%
• Transcriptomics 33%
• White-Rot Fungi 66%
• Wood Residues 33%

Immunology and Microbiology

• Brown Rot Fungus 100%
• Fungal Gene 33%
• Fungal Strain 33%
• Genetic Marker 33%
• Populus 33%
• Saprotrophic Fungi 100%
• Transcriptomics 33%
• White Rot Fungus 66%