MJO及海温异常对云南2019年春季干旱的影响
罗冬莉, 赵尔旭, 万云霞

Influence of the MJO and sea surface temperature anomalies on spring drought in 2019 in Yunnan
LUO Dongli, ZHAO Erxu, WAN Yunxia
图2 2019年春季500 hPa(a)、700 hPa(b)平均位势高度场(黑色实线,单位:gpm)、温度场(红色虚线,单位:℃)及风场(绿色箭矢,单位:m·s-1)分布
(黑色方框表示云南区域,下同)
Fig.2 Distribution of average geopotential height field (black solid lines, Unit: gpm),temperature field (red dashed lines, Unit: ℃),and wind field(green arrow vectors, Unit: m·s-1) at 500 hPa (a) and 700 hPa (b) in spring of 2019
(The black box indicates the Yunnan region, the same as below)