亚洲东部和南部土壤干湿状态对陆气耦合的影响分析

邸燕君, 曾鼎文, 张文波, 闫晓敏, 安晓东, 陈诚, 韩雯婷, 柳媛普

Influence of dry/wet soil state on land-atmosphere coupling over eastern and southern Asia

DI Yanjun, ZENG Dingwen, ZHANG Wenbo, YAN Xiaomin, AN Xiaodong, CHEN Cheng, HAN Wenting, LIU Yuanpu

图3 相关系数（a、c）和耦合强度指数（b、d,单位：m）空间分布（a,b）蒸散发和抬升凝结高度,（c,d）蒸散发和抬升凝结高度亏缺 [图3（b）和图3（d）中耦合强度值均为原始值乘以-1.0后的结果,且只分别给出图3（a）和图3（c）中相关系数为负且通过a=0.05显著性检验的格点值]

Fig.3 The spatial distribution of correlation coefficient （a,c）and the coupling strength index （b,d,Unit：m）（a,b） between evapotranspiration and lifting condensation level,（c, d） between evapotranspiration and lifting condensation level deficit （For each grid box, the coupling strength indexes in Fig.3 （b） and Fig.3 （d） were value after multiplying by -1.0, and were shown only when the correlation coefficient between ET and LCL in Fig.3 （a） or between ET and LCL_deficit in Fig.3 （b） were negative and passed the test at the significance level of 0.05 ）