Root presence modifies the long-term decomposition dynamics of fungal necromass and the associated microbial communities in a boreal forest

Medicine & Life Sciences

• Taiga 100%
• Microbiota 50%
• Soil 37%
• Fungi 30%
• Mycobiome 28%
• Plant Roots 27%
• Glucosidases 25%
• Leucyl Aminopeptidase 25%
• Mycelium 23%
• Forests 20%
• Carbon 16%
• Nitrogen 16%
• Nutrients 14%
• Peptide Hydrolases 14%
• Bacteria 11%
• Enzymes 9%

Agriculture & Biology

• necromass 81%
• boreal forests 61%
• microbial communities 49%
• degradation 31%
• bags 11%
• leucyl aminopeptidase 8%
• glucosidases 7%
• soil carbon 7%
• fungi 7%
• fungal communities 7%
• forest soils 7%
• biogeochemical cycles 7%
• peptidases 7%
• bacterial communities 6%
• symbionts 6%
• mycorrhizal fungi 6%
• organic matter 5%
• mycelium 5%
• enzyme activity 4%
• environmental factors 4%
• nitrogen 3%
• bacteria 3%
• sampling 2%

Earth & Environmental Sciences

• boreal forest 51%
• microbial community 43%
• decomposition 36%
• fungus 17%
• incubation 17%
• nutrient cycle 13%
• mesh size 12%
• symbiont 12%
• ecological factor 11%
• enzyme activity 10%
• soil carbon 10%
• forest soil 10%
• community composition 9%
• turnover 9%
• organic matter 6%
• bacterium 6%
• nitrogen 6%
• sampling 5%
• rate 3%