Early chemical changes during wood decomposition are controlled by fungal communities inhabiting stems at treefall in a tropical dry forest

Keyphrases

• Best Predictor 20%
• Carbon Cycling 20%
• Cellulose 20%
• Chemical Changes 100%
• Community Structure 20%
• Dead Wood 40%
• Decomposers 20%
• Decomposition Process 20%
• Decomposition Rate 40%
• Dry Forest 20%
• Dry Tropical Forest 20%
• Extreme Storms 20%
• First Year 20%
• Forest Floor 20%
• Fungal Community 100%
• Fungal Guilds 20%
• Fungi 40%
• Glucan 20%
• Hemicellulose 60%
• Hurricane Maria 20%
• Knowledge Gaps 20%
• Nutrient Cycling 20%
• Plant Pathogenic Fungi 60%
• Puerto Ricans 20%
• Rate Change 20%
• Relative Abundance 20%
• Relative Ratio 20%
• Saprotroph 20%
• Saprotrophic 20%
• Significant Predictors 20%
• Tree Species 40%
• Treefall 100%
• Tropical Dry Forest 100%
• Tropical Ecosystems 20%
• Wood Chemistry 20%
• Wood Decomposition 100%
• Wood Properties 40%
• Xylan 40%

Agricultural and Biological Sciences

• Dry Forest 100%
• Floors 20%
• Fungal Communities 100%
• Glucan 20%
• Hemicellulose 60%
• Plant Pathogenic Fungi 60%
• Puerto ricans 20%
• Saprotroph 40%
• Tropical Forest 20%
• Wood Chemistry 20%
• Wood Properties 40%
• Xylan 40%

Immunology and Microbiology

• Decomposer 33%
• Pathogenic Fungi 100%
• Saprotroph 66%
• Tree 100%