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2期 李崇银等:MJO研究新进展 LI Chongyin et al. Progress on the MJO Research in Recent Years Phases+6 50N 20°N 10N 60°E100°E140°E 180° 140°W 60°E 100°E 140°W 图1海平面气压距平场(单位:hPa)合成图和台风生成地点分布图:(a)第2、3位相:(b)第5、6位相。(潘静等,2010) Fig. 1 The composite of sea-level pressure anomaly(hPa)and the typhoon genesis locations: (a) Phases 2 and 3; (b) phases 5 and 6.(Pan et al., 2010) Phase 2+3 Q1 1000-200 hPa 40°N Phase 5+6 Q1 1000-200 hPa 30°N 20叫N 20叫N E 20s) 20°S 60°E80°E100°E120°E140°E160°E180°160°W 60°E80°E100°E120°E140°E160°E180°160W 图2热源Q1异常值在1000~200hPa的垂直积分合成图(Kd):(a)第2、3位相:(b)第5、6位相。(潘静等,2010) Fig. 2 The composite of the vertical integral of @1 anomaly during 1000-200 hPa: (a) Phases 2 and 3; (b) phases 5 and 6.( Pan et al., 2010 Phase5+6U wQ 200 29.3 0.9 0.3 60°E90°E120E150°E180° 60°E90°E120°E150°E180° 图3西太平洋地区沿纬圈(5卟N~15°N)平均的异常加热场(Q,阴影)和垂直环流场合成图:(a)第2、3位相;(b)第5、6位相。(潘静等,2010) Fig. 3 The composite cross sections of Q anomalies(shaded)and vertical circulation anomalies averaged over 5N-15N: (a) Phases 2 and 3; (b) phases 5 nd 6. (Pan et al., 2010) 0.8 C Daily rainfall anomalies 150 MJO phase 0.6 图4中国华南冬季降水与MO位相变化的关系。( Jia et al,201) Fig. 4 Relationship between winter precipitation in South China and MO phase (Jia et al., 2011)2 期 No. 2 李崇银等:MJO 研究新进展 LI Chongyin et al. Progress on the MJO Research in Recent Years 235 图 1 海平面气压距平场(单位:hPa)合成图和台风生成地点分布图:(a)第 2、3 位相;(b)第 5、6 位相。(潘静等,2010) Fig. 1 The composite of sea-level pressure anomaly (hPa) and the typhoon genesis locations: (a) Phases 2 and 3; (b) phases 5 and 6. (Pan et al., 2010) 图 2 热源 Q1 异常值在 1000~200 hPa 的垂直积分合成图(K d−1 ):(a)第 2、3 位相;(b)第 5、6 位相。(潘静等,2010) Fig. 2 The composite of the vertical integral of Q1 anomaly during 1000–200 hPa: (a) Phases 2 and 3; (b) phases 5 and 6. (Pan et al., 2010) 图 3 西太平洋地区沿纬圈(5°N~15°N)平均的异常加热场(Q1,阴影)和垂直环流场合成图:(a)第 2、3 位相;(b)第 5、6 位相。(潘静等,2010) Fig. 3 The composite cross sections of Q1 anomalies (shaded) and vertical circulation anomalies averaged over 5 oN–15o N: (a) Phases 2 and 3; (b) phases 5 and 6. (Pan et al., 2010) 图 4 中国华南冬季降水与 MJO 位相变化的关系。(Jia et al., 2011) Fig. 4 Relationship between winter precipitation in South China and MJO phase. (Jia et al., 2011)
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