Cyclone-Induced Arctic Sea Ice Deformation and Ridging Revealed by Satellite Synergy of SAR and Altimetry
The Xiamen Symposium on Marine Environmental Sciences
Xu Shiming Tsinghua University
S5 /S5-1
2027年01月14日 09:00~09:15
仅限参会人 特邀报告
Changing sea ice and ocean circulation modulate zooplankton transport and biogeographical distribution in the Pacific Arctic Ocean
The Xiamen Symposium on Marine Environmental Sciences
Feng Zhixuan East China Normal University
S5 /S5-1
2027年01月14日 09:15~09:30
仅限参会人 口头报告
Pronounced ocean thermal variability triggered by synoptic forcing in the Eastern Eurasian Arctic
The Xiamen Symposium on Marine Environmental Sciences
Liu Caili China,First Institute of Oceanography
S5 /S5P
2027年01月15日 19:00~19:15
仅限参会人 张贴报告
Synoptic variability of Pacific-water pathways in the eastern Chukchi Sea from a one-month Saildrone survey in summer 2022
The Xiamen Symposium on Marine Environmental Sciences
zhou ziyi SJTU
S5 /S5P
2027年01月15日 19:15~19:30
仅限参会人 张贴报告
Ice-season warm upwelling at the mouth of Amundsen Gulf, Arctic Ocean
The Xiamen Symposium on Marine Environmental Sciences
Lin Peigen Shanghai Jiao Tong University
S5 /S5P
2027年01月15日 19:30~19:45
仅限参会人 张贴报告
Investigating wind-driven upwelling in the Alaskan Beaufort Sea using an ultra-high-resolution numerical model
The Xiamen Symposium on Marine Environmental Sciences
Ross Spenser University of Toronto
S5 /S5-2
2027年01月14日 14:00~14:15
仅限参会人 口头报告
Increasing flux of bioactive trace metals through the Bering Strait (2021-2024)
The Xiamen Symposium on Marine Environmental Sciences
Jensen Laramie Columbia University
S5 /S5-1
2027年01月14日 08:45~09:00
仅限参会人 特邀报告
Extrapolar Cloud Feedbacks as a Driver of Arctic Amplification
The Xiamen Symposium on Marine Environmental Sciences
Li Qiuxian Ocean University of China
S5 /S5P
2027年01月15日 19:45~20:00
仅限参会人 张贴报告
Impact of spatial resolution in representing Mesoscale eddies in the Arctic Ocean
The Xiamen Symposium on Marine Environmental Sciences
Gambale Michela CNR ISMAR - Consiglio Nazionale delle Ricerche (CNR) Istituto di Scienze marine (ISMAR)
S5 /S5-3
2027年01月14日 15:20~15:35
仅限参会人 口头报告
A knowledge-data fusion framework accelerates deep reinforcement learning for reducing sewer overflows
The Xiamen Symposium on Marine Environmental Sciences
Tian Wenchong State Key Laboratory of Marine Environmental Health, City University of Hong Kong
S59 /S59-3
2027年01月14日 16:20~16:35
仅限参会人 口头报告
