Disruption of root carbon transport into forest humus stimulates fungal opportunists at the expense of mycorrhizal fungi

Agriculture & Biology

• humus 99%
• mycorrhizal fungi 80%
• carbon 54%
• fungi 50%
• boreal forests 50%
• mycelium 37%
• nutrient retention 28%
• fungal communities 24%
• laccase 23%
• coniferous forests 22%
• Ascomycota 21%
• endo-1,4-beta-glucanase 19%
• soil sampling 18%
• forage 15%
• carbohydrates 14%
• enzyme activity 13%
• nutrients 12%
• bacteria 11%
• soil 10%
• methodology 5%

Medicine & Life Sciences

• Forests 100%
• Soil 90%
• Carbon 82%
• Fungi 75%
• Taiga 54%
• Mycelium 37%
• Nutrients 23%
• Mycobiome 22%
• Laccase 22%
• Ascomycota 21%
• Cellulase 20%
• Growth 14%
• Carbohydrates 12%
• Bacteria 9%
• Enzymes 7%
• Population 5%

Earth & Environmental Sciences

• humus 90%
• fungus 73%
• carbon 47%
• disturbance 38%
• boreal forest 28%
• nutrient 18%
• forage 15%
• enzyme activity 14%
• carbohydrate 14%
• pine 11%
• soil 11%
• bacterium 8%
• effect 3%
• method 3%