Linkages between below and aboveground communities: Decomposer responses to simulated tree species loss are largely additive

Agriculture & Biology

• additive effect 49%
• Rhododendron maximum 28%
• organisms 27%
• Tylenchidae 27%
• Nematoda 25%
• Liriodendron tulipifera 22%
• arthropod communities 21%
• food webs 17%
• dominant species 16%
• plant litter 16%
• plant communities 15%
• organic matter 14%
• statistical analysis 13%
• species richness 13%
• prediction 10%
• biomass 9%
• degradation 9%
• fungi 9%
• nutrients 9%
• bacteria 8%
• leaves 7%

Medicine & Life Sciences

• Biota 100%
• Liriodendron 44%
• Rhododendron 38%
• Food Chain 29%
• Arthropods 27%
• Biomass 26%
• Fungi 19%
• Nutrients 18%
• Bacteria 14%

Earth & Environmental Sciences

• community response 79%
• litter 46%
• loss 33%
• effect 13%
• biota 13%
• nematode 11%
• deciduous tree 6%
• monoculture 5%
• arthropod 5%
• plant community 4%
• food web 4%
• community composition 4%
• turnover 4%
• plant species 4%
• fungus 4%
• species richness 4%
• decomposition 3%
• organic matter 3%
• nutrient 3%
• bacterium 3%
• biomass 3%
• prediction 2%
• experiment 1%
• rate 1%
• method 1%