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4 土壤干(a、b、c)、中性(d、e、f)和湿润(g、h、i)条件下CSISM-ET(a、d、g)(单位: mm·d-1)、CSIET-LCL(b、e、h)(单位: m)、CSIET-LCL_deficit(c、f、i)(单位: m)空间分布
[CSISM-ET只给出SM和ET之间相关系数为正且通过a=0.05显著性检验的格点值,CSIET-LCL 和 CSIET-LCL_deficit为乘以-1.0后的结果,且只分别给出ET和LCL之间、ET和LCL_deficit之间相关系数为负且通过a=0.05显著性检验的格点值]
Fig.4 The spatial distribution of CSISM-ET(a,d,g)( Unit: mm·d-1), CSIET-LCL (b,e,h)( Unit: m) and CSIET-LCL_deficit (c,f,i)(Unit: m) under dry (a,b,c), moderate (d,e,f) and wet (g,h,i) soil conditions
(For each grid box, CSISM-ET were shown only when the correlation coefficient between SM and ET were positive and passed test at the significance level of 0.05;CSIET-LCL and CSIET-LCL_deficit were the value after multiplying by -1.0, and were only shown when the correlation coefficient between ET and LCL, between ET and LCL_deficit were negative and passed the test at the significance level of 0.05, respectively)