Soil carbon dioxide emissions due to oxidative peat decomposition in an oil palm plantation on tropical peat.

Kiwamu Ishikura,Takashi Hirano, Yosuke Okimoto,Ryuichi Hirata,Frankie Kiew,Lulie Melling,Edward Baran Aeries,Kim San Lo,Kevin Kemudang Musin,Joseph Wenceslaus Waili,Guan Xhuan Wong,Yoshiyuki Ishii

Agriculture, Ecosystems & Environment（2018）

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摘要

•Soil CO2 efflux was continuously measured in oil palm plantation on tropical peat.•Diurnal change was controlled by thermal convection and atmospheric turbulence.•Seasonal CO2 efflux was promoted by lowering groundwater level.•Peat oxidation accounted for 66% of soil respiration.•Peat oxidation accounted for 72–74% of total subsidence.

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关键词

Automated chamber system,Carbon dioxide efflux,Groundwater level,Heterotrophic respiration,Soil respiration,Subsidence,Trenching

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