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

Agriculture & Biology

• acid soils 9%
• bacteria 5%
• bacterial communities 9%
• biomarkers 8%
• carbon 5%
• coniferous forests 48%
• containers 24%
• fatty acid composition 7%
• Festuca arizonica 70%
• fire intensity 13%
• fungal spores 11%
• grasses 33%
• microbial communities 43%
• mineral soils 11%
• Muhlenbergia 15%
• mycorrhizal fungi 35%
• nitrogen 5%
• phospholipid fatty acids 23%
• phosphorus 6%
• Pinus ponderosa 58%
• soil 23%
• soil bacteria 20%
• soil chemical properties 10%
• soil microorganisms 19%
• Southwestern United States 12%
• stand density 34%
• thinning (plants) 49%
• understory 9%
• vegetation 6%

Medicine & Life Sciences

• Bacteria 2%
• Biomarkers 2%
• Carbon 3%
• Fatty Acids 6%
• Festuca 7%
• Forests 54%
• Fungal Spores 5%
• Fungi 13%
• Microbiota 45%
• Minerals 3%
• Nitrogen 3%
• Phospholipids 6%
• Phosphorus 4%
• Pinus ponderosa 100%
• Poaceae 23%
• Soil 49%
• Southwestern United States 6%

Earth & Environmental Sciences

• bacterium 3%
• biomarker 4%
• carbon 2%
• chemical property 4%
• colonization 9%
• community composition 9%
• container 14%
• fatty acid 9%
• fungus 17%
• grass 21%
• litter 4%
• microbial community 38%
• mineral 2%
• nitrogen 3%
• phospholipid 10%
• phosphorus 3%
• pine 39%
• propagule 6%
• restoration 3%
• soil 19%
• soil layer 4%
• soil microorganism 12%
• spore 5%
• thinning 43%
• trend 2%
• understory 5%
• vegetation 3%