Mesofauna community influences litter chemical trajectories during early-stage litter decay

Agriculture & Biology

• Platanus wrightii 100%
• trajectories 76%
• chemistry 65%
• deterioration 58%
• composts 47%
• degradation 44%
• arthropod communities 32%
• soil fauna 32%
• food webs 27%
• microbial communities 23%
• grazing 20%
• carbon 15%
• nutrients 14%
• nitrogen 14%
• leaves 10%

Earth & Environmental Sciences

• litter 68%
• trajectory 57%
• chemical 35%
• decomposition 31%
• compost 30%
• loss 23%
• chemical alteration 19%
• grazing pressure 18%
• mesh size 17%
• arthropod 16%
• immobilization 14%
• food web 13%
• pile 12%
• microbial community 12%
• trace element 11%
• fiber 10%
• nutrient 9%
• nitrogen 8%
• carbon 8%
• resource 8%
• soil 6%
• material 5%