pH is the dominant factor controlling the levels of phytate-like and DNA-like phosphorus in 0.5 M NaHCO3-extracts of soils: Evaluation with phosphatase-addition approach

Takashi Kunito, Shingo Haraguchi, Kiyoko Hanada,Kazuki Fujita,Hitoshi Moro,Kazunari Nagaoka,Shigeto Otsuka

Geoderma（2021）

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摘要

•Most of the organic phosphorus in NaHCO3-extract was hydrolyzed by phosphatases.•Monoester P was dominant in phosphatase-labile organic phosphorus in all soils.•Both phytate-like P and DNA-like P significantly increased with decreasing soil pH.•DNA-like P significantly increased as total C increased.

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关键词

Phosphatase hydrolysis,Organic phosphorus,Phytate,DNA,Phosphorus availability,Andosol

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