海温和MJO对2023年西南春旱的协同影响
The synergistic effect of sea temperature and MJO on spring drought in southwestern China in 2023
海温和MJO对2023年西南春旱的协同影响 |
| 陆晓娟, 王芝兰, 张金玉, 王昀, 王丽娟, 胡蝶, 沙莎, 王素萍, 李忆平 |
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The synergistic effect of sea temperature and MJO on spring drought in southwestern China in 2023 |
| LU Xiaojuan, WANG Zhilan, ZHANG Jinyu, WANG Yun, WANG Lijuan, HU Die, SHA Sha, WANG Suping, LI Yiping |
| 图8 2023年5月200 hPa位势高度异常（填色区，单位：gpm）和T-N波作用通量（箭矢，单位：m2·s-2）（a），OLR异常（填色区，单位：W·m-2）和850 hPa流函数异常（等值线，零线已省略，虚线表示负值，单位：106 m2·s-1）（b），整层水汽通量异常（箭矢，单位：g·m-1·s-1）及其散度（填色，单位：g·m-2·s-1）（c），OLR异常（填色区，单位：W·m-2）、200 hPa位势函数异常（等值线，零线已省略，虚线表示负值，单位：106 m2·s-1）和散度风异常（箭矢，单位：m·s-1）（d） |
| Fig.8 Geopotential height anomalies (the color shaded, Unit: gpm) and T-N wave activity flux (arrow vectors, Unit: m2·s-2) at 200 hPa (a), OLR anomalies (the color shaded, Unit: W·m-2) and stream function anomalies at 850 hPa (isolines, zero line not shown, the dotted line represents a negative value, Unit: 106 m2·s-1) (b), integrated water vapor flux (arrow vectors, Unit:g·m-1·s-1) and its divergence (the color shaded, Unit: g·m-2·s-1) (c), OLR anomalies (the color shaded, Unit: W·m-2), velocity potential anomalies (isolines, zero line not shown, the dotted line represents a negative value, Unit: 106 m2·s-1) and divergent wind anomalies (arrow vectors, Unit: m·s-1) at 200 hPa (d) in May of 2023 |
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