This study focuses on the characteristics of the 30 60-day oscillation (MJO) associated with the interannual variability of the thermal state in the western Pacific warm pool. The composite results show that, the ampl...This study focuses on the characteristics of the 30 60-day oscillation (MJO) associated with the interannual variability of the thermal state in the western Pacific warm pool. The composite results show that, the amplitude of MJO convection over the tropical western Pacific tends to intensify (reduce) in the WARM (COLD) case. The negative correlations between MJO convection in the WARM and in the COLD cases are examined to be significant over most of the Asian-Pacific region. The evolutions of MJO convection and lower circulation, on the one hand, exhibit larger differences between the WARM and COLD cases, but on the other hand, display a unique feature in that a well-developed MJO cyclone (anticyclone) is anchored over the Asian-Western Pacific domain at the peak enhanced (suppressed) MJO convection phase over the western Pacific warm pool, either in the WARM or in the COLD case. This unique feature of MJO shows a Gill-type response of lower circulation to the convection and is inferred to be an inherent appearance of MJO. The context in the paper suggests there may exist interactions between MJO and the interannual variability of the thermal state in the western Pacific warm pool.展开更多
Completing 4 decades of successful service to Textile engineering Industry,India ITME Society lead a delegation to Bangladesh on 19th July 2016despite the disturbances and security concerns in Dhaka.This is the first ...Completing 4 decades of successful service to Textile engineering Industry,India ITME Society lead a delegation to Bangladesh on 19th July 2016despite the disturbances and security concerns in Dhaka.This is the first ever official delegation to Bangladesh by India ITME Society and Chairman Mr.Sanjiv Lathia was joined by Seema Srivastava,Exe.Director,Shekhar Shridhankar Jt.Director along with participants of ITME2016,ITEMA S.p.A,ITALY,Duratech Automation Pvt.Ltd.,CHTC展开更多
基金supported by the National Natural Science Foundation of China under Grant No.40275013the National Key Programme for Developing Basic Sciences(G1998040900-part 1)LASG,Institute of Atmospheric Physics,Chinese Academy of Sciences.
文摘This study focuses on the characteristics of the 30 60-day oscillation (MJO) associated with the interannual variability of the thermal state in the western Pacific warm pool. The composite results show that, the amplitude of MJO convection over the tropical western Pacific tends to intensify (reduce) in the WARM (COLD) case. The negative correlations between MJO convection in the WARM and in the COLD cases are examined to be significant over most of the Asian-Pacific region. The evolutions of MJO convection and lower circulation, on the one hand, exhibit larger differences between the WARM and COLD cases, but on the other hand, display a unique feature in that a well-developed MJO cyclone (anticyclone) is anchored over the Asian-Western Pacific domain at the peak enhanced (suppressed) MJO convection phase over the western Pacific warm pool, either in the WARM or in the COLD case. This unique feature of MJO shows a Gill-type response of lower circulation to the convection and is inferred to be an inherent appearance of MJO. The context in the paper suggests there may exist interactions between MJO and the interannual variability of the thermal state in the western Pacific warm pool.
文摘Completing 4 decades of successful service to Textile engineering Industry,India ITME Society lead a delegation to Bangladesh on 19th July 2016despite the disturbances and security concerns in Dhaka.This is the first ever official delegation to Bangladesh by India ITME Society and Chairman Mr.Sanjiv Lathia was joined by Seema Srivastava,Exe.Director,Shekhar Shridhankar Jt.Director along with participants of ITME2016,ITEMA S.p.A,ITALY,Duratech Automation Pvt.Ltd.,CHTC
