关于iSPOGOC 2023

气候变化中的南大洋物理和生态过程

Physical and Ecological Processes in the Southern Ocean under a Changing Climate

As a primary exchange channel between major ocean basins and a crucial link between the deep and upper limbs of the global overturning circulation, the Southern Ocean plays a central role in the Earth System. Southern Ocean processes influence climate, ecosystem and biogeochemical cycles on global scales. Meanwhile, these processes and their impacts might have been modified by the changing climate. Therefore, it is important to understand the responses and feedbacks of the Southern Ocean to the global climate change. This symposium provides a forum for scientists with research interests of physical and ecological processes in the Southern Ocean to present new findings in areas of shelf-basin exchanges, ice-ocean interactions, heat uptake and transport, biogeochemical cycles, ecosystem and living resources in the Southern Ocean, discuss their links with global climate change and explore associated governance responses. 

专题1: 南极陆架-海盆水交换及冰-海相互作用过程

Session 1：Antarctic Shelf-basin Exchanges and Ice-ocean Interactions

专题2: 南大洋热吸收及其气候效应

Session 2：Southern Ocean Heat Uptake and Its Climatic Impacts

专题3: 南极海洋生物多样性与生物地球化学循环

Session 3：Marine Biodiversity and Biogeochemical Cycles in the Southern Ocean

专题4:: 南极海洋生物资源可持续利用与南极治理

Session 4：Sustainability Use of Antarctic Marine Living Resources and Antarctic Governance

英语

作为大洋间水交换的主要通道和全球翻转环流上下分支的关键连接纽带，南大洋在地球系统中发挥重要作用，影响气候、生态系统和生物地球化学循环。同时，南大洋的物理与生态过程及其效应也受到气候变化的调控。因此，研究南大洋对全球气候变化的响应和反馈对于认识正在发生变化的地球系统有着重要意义。为进一步探讨南大洋物理与生态过程以及生物资源可持续利用和南极治理，拓宽学术视野，促进学术交流，提高创新能力，中国海洋大学拟于2023年5月24日在山东省青岛市举办中国海洋大学“极地海洋与全球变化”研究生学术论坛。诚邀全国高校和研究所相关领域的优秀研究生参加。

详情请见：http://coas.ouc.edu.cn/2023/0331/c8216a428309/page.htm