Land-Use Changes Associated with Oil Palm Plantations Impact PLFA Microbial Phenotypic Community Structure throughout the Depth of Tropical Peats

Agriculture & Biology

• peatlands 100%
• phospholipid fatty acids 99%
• land use change 95%
• Elaeis guineensis 87%
• community structure 74%
• plantations 67%
• land use 61%
• anthropogenic activities 33%
• microbial communities 30%
• water table 19%
• carbon sinks 19%
• agricultural development 19%
• ecological function 18%
• peat 16%
• Gram-positive bacteria 16%
• population dynamics 14%
• ecosystems 11%
• microorganisms 10%

Earth & Environmental Sciences

• phospholipid 84%
• peatland 82%
• plantation 72%
• land use change 72%
• fatty acid 71%
• community structure 67%
• oil 46%
• land use 42%
• relative abundance 29%
• microbial community 26%
• disturbance 22%
• agricultural development 18%
• carbon sink 18%
• ecosystem function 16%
• population dynamics 14%
• peat 14%
• water table 14%
• surface layer 13%
• bacterium 10%
• ecosystem 9%

Chemistry

• Palm Oil 96%
• Ecosystem 94%
• Phospholipid 66%
• Fatty Acid 64%
• Peat 52%
• Carbon Atom 18%
• Surface 12%