Long-Term Recovery of Microbial Communities in the Boreal Bryosphere Following Fire Disturbance

Earth and Planetary Sciences

• Microbial Community 60%
• Time 60%
• Bryophyte 20%
• Community Structure 20%
• pH 20%
• Boreal 20%
• Site 20%
• Investigation 20%
• Community 20%
• Abundance 20%
• Biota 10%
• Resource Availability 10%
• Chronosequence 10%
• Community Dynamics 10%
• Forest Floor 10%
• Increasing 10%
• Growth 10%
• Position (Location) 10%
• Combustion 10%
• Experience 10%
• Strategy 10%
• Implication 10%
• Rapid 10%
• Young 10%
• Sweden 10%
• Accumulation 10%
• Mycorrhiza 10%

Agricultural and Biological Sciences

• Fires 100%
• Microbial Communities 60%
• Community Structure 20%
• Feathers 20%
• Boreal Forest 20%
• Forests 20%
• Decline 20%
• Saprotroph 10%
• Fungal Communities 10%
• Pyrosequencing 10%
• Chronosequence 10%
• Edaphic Factors 10%
• Acidobacteria 10%
• Amplicon 10%
• Mycorrhizal Fungi 10%
• Burning 10%
• Floors 10%

Immunology and Microbiology

• Time 50%
• pH 20%
• Community Structure 20%
• Moss 20%
• Taxon 10%
• Growth 10%
• Acidobacteria 10%
• Community Dynamics 10%
• Amplicon 10%
• Experience 10%
• Chronosequence 10%
• Mycorrhiza 10%
• Time Factor 10%