Poplar trees do not always act as a water pump: Evidence from modeling deep drainage in a low-coverage-mode shelterbelt in China

Wei Li,Wei Xiong,Wenbin Yang,Tao Wang,Honglin Lian,Yali Liu, Yuqing Han,Haijiao Yu,Tiesheng Ao,Mingliang Zhang

Journal of Hydrology（2022）

Cited 5|Views7

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Abstract

•A low-coverage-mode shelterbelt stand can maintain a positive water budget.•Evapotranspiration (ET) had a markedly negative effect to deep drainage (DP).•Soil moisture, precipitation and soil conductivity affected positively daily DP.•Leaf area index, rooting depth and microclimate factors influenced DP by ET.

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Key words

Poplar species,Low-coverage-mode shelterbelt,Deep drainage,Bio-physical parameters,Hydrus-1D

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