Influence of repeated prescribed burning on incorporation of C-13 from cellulose by forest soil fungi as determined by RNA stable isotope probing

Agriculture & Biology

• prescribed burning 97%
• soil fungi 90%
• forest soils 86%
• stable isotopes 78%
• cellulose 53%
• RNA 49%
• community structure 42%
• soil 37%
• biennials 37%
• fungal communities 34%
• functional diversity 34%
• carbon 19%
• soil carbon 18%
• carbon sinks 18%
• fungi 17%
• forest management 17%
• biogeochemical cycles 16%
• degradation 9%
• nitrogen 8%

Earth & Environmental Sciences

• prescribed burning 100%
• RNA 77%
• forest soil 75%
• cellulose 72%
• fungus 65%
• stable isotope 63%
• incorporation 62%
• soil 31%
• community structure 19%
• soil nitrogen 8%
• carbon 8%
• nutrient cycling 8%
• soil carbon 7%
• forest management 7%
• functional group 7%
• decomposition 5%
• effect 1%

Medicine & Life Sciences

• Cellulose 90%
• Forests 89%
• Soil 81%
• Isotopes 81%
• Fungi 67%
• RNA 52%
• Mycobiome 41%
• Fungal Structures 30%
• Carbon 18%
• Nitrogen 6%
• Nutrients 5%