MJO Temperature Composites - Climate Prediction Center
2010年9月29日 · MJO Temperature Composites: Composites/Significance Temperature 0%: Temperature 60%: Temperature 70%: Information: 3-Month Period: JFM ... JAS ASO SON …
ENSO Diversity Regulation of the Impact of MJO on Extreme …
4 天之前 · 4.1 Austral Summer (DJF) Under non-MJO conditions, Table 1 shows that 8 out of 25 extreme snowfall events in the Peruvian Andes occurred outside of active MJO phases during …
QBO deepens MJO convection - Nature Communications
2023年7月10日 · We find that the magnitude of QBO-induced temperature anomalies and the frequency of deep convective systems that reach the UTLS region were the highest in the MC …
On the Relationship Between the Madden‐Julian Oscillation and …
2021年1月15日 · In DJF in Phase 2 of the MJO, a negative Rossby wave source anomaly is located over Asia and a positive anomaly over most of the North Pacific. A positive Rossby …
馬登－朱利安震盪 (MJO) 氣候變異分析 — Python在大氣和海洋科 …
mjo_ds 包含振幅 (amplitude)、相位 (phase，從1至8)、RMM1和RMM2，我們會用到的是後兩者。 在Wheeler and Kiladis (2004) 年有關MJO RMM index的論文中，使用到了合成分析的技巧， …
Global Survey of the MJO and Extreme Precipitation
2021年9月29日 · Given the increasing skill of numerical models for predicting the MJO, these results could lead to subseasonal forecasts of extreme events. This study shows how the …
Influence of the Madden Julian Oscillation on precipitation
2015年4月3日 · DJF season composites of weekly rainfall probabilities for OMI-defined MJO phases 1–8 and neutral MJO cases. The probabilities refer to the chance of weekly averaged …
Journal of Geophysical Research: Atmospheres
2024年11月6日 · One of the tropospheric sources is convection, which has a dominant intraseasonal variation mode in the tropical region, named Madden‒Jullian Oscillation (MJO). …
Scale Interaction of the Diurnal Cycle of Rainfall over the …
2011年1月15日 · The influence of the MJO on the phase and amplitude of the diurnal cycle of rainfall during Australian summer [December–February (DJF)] over the Maritime Continent …
马登－朱利安振荡 - 百度百科
马登－朱利安振荡（Madden Julian Oscillation, MJO）为热带赤道地区的显著对流与显著无对流的区块，在北半球冬季主要以周期约30-90天的速度向东前进的现象，是大气振荡的一种。