Soil microbial community resilience with tree thinning in a 40-year-old experimental ponderosa pine forest

Keyphrases

• Ponderosa pine Forest 100%
• Soil Microbial Community 100%
• Native Grasses 100%
• Community Resilience 100%
• Burn Treatment 100%
• Tree Thinning 100%
• 40 Years Old 100%
• High Density 66%
• Tree Density 66%
• Arbuscular Mycorrhizal Fungi 66%
• Microbial Community 66%
• Soil Microorganisms 66%
• Stand Density 66%
• Arbuscular Mycorrhizal Fungal Community 66%
• Unthinned Stand 66%
• Southwestern United States 33%
• Pinus Ponderosa 33%
• Grass 33%
• Community Composition 33%
• Ponderosae 33%
• Nitrogen Phosphorus 33%
• Grass Species 33%
• Litter Cover 33%
• Total Carbon 33%
• Understory 33%
• Carbon-nitrogen 33%
• Thinning Treatment 33%
• Fungal Propagules 33%
• Intact Soil Cores 33%
• Field Plot 33%
• Mycorrhizal Colonization 33%
• Phospholipid Fatty Acids 33%
• Arbuscular Mycorrhizal Fungal 33%
• Thinning Intensity 33%
• Bacterial Community Composition 33%
• Phospholipid Fatty Acid Profiles 33%
• Tree Cover 33%
• Muhlenbergia 33%
• Mineral Soil 33%
• Native Soil 33%
• Resilient 33%
• Low-intensity Fire 33%
• Arbuscular Mycorrhizal Fungal Spores 33%
• Fire Treatment 33%
• Soil Chemical Properties 33%
• Over 40 33%
• Herbaceous Vegetation 33%
• Soil Layer 33%
• Bunchgrass 33%
• Container-grown 33%
• Festuca Arizonica 33%

Agricultural and Biological Sciences

• Pinus 100%
• Poaceae 100%
• Arbuscular Mycorrhizal Fungi 100%
• Soil Microbial Community 100%
• Bacterial Communities 75%
• Phospholipid Fatty Acids 50%
• Stand Density 50%
• Microbial Community 50%
• Soil Microorganism 50%
• Pinus ponderosa 25%
• Understory 25%
• Fungal Spores 25%
• Soil Chemical Properties 25%
• Field Plots 25%
• Fire Intensity 25%
• Propagule 25%
• Mineral Soils 25%
• Muhlenbergia 25%
• Festuca Arizonica 25%