报告清单
我的报告
[652]Linkage between the tropical SST forcings and the surface air temperature over mid-high latitudes of Eurasia during boreal spring: A new perspective of potential vorticity circulation
Chen Sheng Postdoctor Chinese Academy of Sciences；Institute of Atmospheric Physics
S4 /S4-2
2025年01月15日 14:15~14:30
仅限参会人 口头报告
[651]The connection between sea surface temperature anomaly over tropical south Atlantic and ENSO and the associated impact on East Asian climate
Yimin Liu Professor Institute of Atmospheric Physics, Chinese Academy of Sciences
S4 /S4-1
2025年01月15日 08:45~09:00
仅限参会人 口头报告
[650]The impact of climate change on extreme weather events based on a high-resolution Earth system model
Yang Gao Professor Ocean University of China
S4 /S4-2
2025年01月15日 14:30~14:45
仅限参会人 口头报告
[649]Understanding bottom and surface marine heatwaves along the continental shelf of China
Cao Xinyi Other School of Marine Sciences, Nanjing University of Information Science and Technology
S4 /S4-3
2025年01月15日 16:35~16:50
仅限参会人 口头报告
[648]Landfalling severe typhoons in South China and the ensemble seasonal forecasting of typhoon frequency using machine learning algorithms
Zhixiang Xiao Dr. Nanning Normal University
S4 /S4-2
2025年01月15日 14:45~15:00
仅限参会人 口头报告
[647]The role of Arctic sea ice loss in the interdecadal trends of the East Asian summer monsoon in a warming climate
Bian He Professor Institute of Atmospheric Physics, Chinese Academy of Sciences
S4 /S4-3
2025年01月15日 15:35~15:50
仅限参会人 口头报告
[646]Exploring global upper ocean marine heatwaves in coupled GFDL and NCAR models
Xinru Li postdoctoral researc Princeton University
S4 /S4-3
2025年01月15日 16:20~16:35
仅限参会人 口头报告
[645]Linking weather and climate dynamics in extreme precipitation
Ji Nie Other Peking University
S4 /S4-2
2025年01月15日 13:45~14:00
仅限参会人 拓展类型1
[644]ENSO modulating tropical cyclone ceneses in Fall and Winter seasons over the South China Sea
Yanping Shi PhD Chinese Academy of Sciences；South China Sea Institute of Oceanology
S6 /S6-P
2025年01月16日 18:20~18:35
仅限参会人 张贴报告
[643]A nonlinear multi-scale interaction theory of atmospheric blocking: Potential vorticity gradient as a bridge from climate change to weather extremes
Dehai Luo Researcher Institute of Atmospheric Physics, Chinese Academy of Sciences
S4 /S4-2
2025年01月15日 13:30~13:45
仅限参会人 拓展类型1
重要日期
-
会议日期
01月13日
2025
至01月17日
2025
-
09月27日 2024
初稿截稿日期
-
01月17日 2025
注册截止日期
主办单位
State Key Laboratory of Marine Environmental Science, Xiamen University
承办单位
State Key Laboratory of Marine Environmental Science, Xiamen University
Department of Earth Sciences, National Natural Science Foundation of China
Department of Earth Sciences, National Natural Science Foundation of China
联系方式
- Kejing GU
- xm******@xmu.edu.cn
- +86*********
