基于涡度相关法和树干液流法评价杨树人工林 生态系统蒸发散及其环境响应
QUANTIFYING EVAPOTRANSPIRATION AND BIOPHYSICAL REGULATIONS OF A POPLAR PLANTATION ASSESSED BY EDDY COVARIANCE AND SAP-FLOW METHODS
LE: Latent heat H: Sensible heat Rn: Net radiation G: Soil heat flux
基于涡度相关法和树干液流法评价杨树人工林 生态系统蒸发散及其环境响应 |
| 刘晨峰, 张志强, 孙阁, 查同刚, 朱金兆, 申李华, 陈军, 方显瑞, 陈吉泉 |
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QUANTIFYING EVAPOTRANSPIRATION AND BIOPHYSICAL REGULATIONS OF A POPLAR PLANTATION ASSESSED BY EDDY COVARIANCE AND SAP-FLOW METHODS |
| LIU Chen-Feng, ZHANG Zhi-Qiang, SUN Ge, ZHA Tong-Gang, ZHU Jin-Zhao, SHEN Li-Hua, CHEN Jun, FANG Xian-Rui, CHEN Ji-Quan |
| 图1 2006年1~12月经质量控制后的数据每日能量闭合情况 LE: Latent heat H: Sensible heat Rn: Net radiation G: Soil heat flux |
| Fig. 1 Daily energy balance closure using the quality controlled data from January to December in 2006 for the Daxing site |
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