Assessing the effect of extra nitrogen on Kandelia obovata growth under cadmium stress using high-resolution thermal infrared remote sensing and the three-temperature model

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作者： Shen, Xiaoxue ^[1] ; Li, Ruili ^[1] ; Chai, Minwei ^[1] ; Yu, Ke ^[2] ; Zan, Qijie ^[1] ; Qiu, Guo Yu ^[1]

作者单位： Peking Univ, Sch Environm & Energy, Shenzhen 518055, Guangdong, Peoples R China ^[1] Guangdong Neilingding Futian Natl Nat Reserve, Shenzhen 518000, Peoples R China ^[2]

关键词 ammonium supply heavy metal stress infrared thermography mangrove forest photosynthetic parameters plant transpiration transfer coefficient

发布时间 2019-03-29

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Functional Plant Biology

2018年45卷11期

1162-1171页

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Assessing the effect of extra nitrogen on Kandelia obovata growth under cadmium stress using high-resolution thermal infrared remote sensing and the three-temperature model

Functional Plant Biology

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Functional Plant Biology

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Assessing the effect of extra nitrogen on Kandelia obovata growth under cadmium stress using high-resolution thermal infrared remote sensing and the three-temperature model

Functional Plant Biology

相似文献

Functional Plant Biology

相关期刊

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