Eucalypt harvest residue management influences microbial community structure and soil organic matter fractions in an afforested grassland

Agriculture & Biology

• microbial communities 100%
• community structure 98%
• soil organic matter 98%
• grasslands 90%
• soil organic carbon 71%
• bark 53%
• phospholipid fatty acids 52%
• plantations 35%
• carbon dioxide 32%
• grassland soils 29%
• forest plantations 26%
• degradation 25%
• soil depth 22%
• microbial activity 21%
• Eucalyptus 20%
• Actinobacteria 20%
• particulates 20%
• biomarkers 18%
• half life 18%
• minerals 15%
• carbon 13%
• fungi 12%
• nutrients 12%
• nitrogen 12%
• soil 10%

Earth & Environmental Sciences

• soil organic matter 99%
• harvest 94%
• community structure 88%
• microbial community 87%
• grassland 86%
• bark 25%
• plantation 20%
• organic carbon 17%
• phospholipid 15%
• fatty acid 13%
• soil 12%
• decomposition 10%
• grassland soil 9%
• soil depth 7%
• half life 7%
• microbial activity 7%
• biomarker 7%
• management practice 6%
• respiration 6%
• fragmentation 6%
• fungus 6%
• stabilization 6%
• carbon dioxide 5%
• sustainability 5%