The effects of warming and nitrogen addition on fine root exudation rates in a young Chinese-fir stand

Decheng Xiong,Jinxue Huang,Zhijie Yang, Yingying Cai,Teng-Chiu Lin,Xiaofei Liu, Chao Xu,Shidong Chen,Guangshui Chen,Jinsheng Xie,Yiqing Li,Yusheng Yang

Forest Ecology and Management（2020）

引用 31|浏览107

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摘要

•Warming, N addition, warming plus nitrogen addition decreased root exudation rates.•There was negative interactive effects of warming and N addition on exudation rate.•Higher root exudation during dry period may be an important physiological adjustment.•The result provides insights into the response of belowground C dynamics to global change.

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关键词

Cunninghamia lanceolata,Elevated temperature,Nitrogen deposition,Fine root exudates,Interactive effect,Subtropical plantation

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