复旦大学光华青年学者论坛-大气与海洋科学前沿分论坛由大气与海洋科学系/大气科学研究院主办
Sub-Forum of Symposium on Frontiers in Atmospheric and Oceanic Sciences is hosted by Department of Atmospheric and Oceanic Sciences & Institute of Atmospheric Sciences
分论坛举办信息
一、大气与海洋科学前沿分论坛简介
本论坛旨在为各学科领域的海内外优秀青年学者搭建学术交流平台。通过学术研讨会和人才洽谈会等形式，围绕国际学术前沿，探讨学科热点问题，促进学术交流与合作，为我校战略人才引进计划和“超级博士后”计划的实施汇聚全球英才。
大气与海洋科学前沿分论坛拟定于2024年12月22-23日在复旦大学大气与海洋科学系/大气科学研究院举行，采用线下和线上相结合的方式。本次分论坛围绕以下4个科研方向进行学术研讨和交流：：
1.气象学与大气环境
2.气候系统与气候变化
3.大气物理和化学过程
4.海洋气象学与物理海洋
二、申请条件
1.青年人才：
（1）遵纪守法，思想品德端正，学风优良，遵守教师职业道德，热爱教学科研事业；
（2）年龄一般不超过40周岁；
（3）具有海内外知名大学博士学位；
（4）在所从事研究的学科领域取得重要成绩并且具有良好的学术发展潜力。
2.超级博士后：
（1）遵纪守法，思想品德端正，学术风气优良，热爱教学科研事业；
（2）年龄一般不超过35周岁；
（3）即将获得博士学位或获得博士学位一般不超过3年；
（4）科研成果突出。
三、申请方式
申请者请于北京时间2024年12月8日前，扫描以下二维码报名。
个人简历需包括：①基本信息、教育和工作经历、发表的论著目录、主要教学科研成绩、承担的科研项目、专利及获奖情况等；②三篇代表性论著；③工作设想和未来研究计划等。
联系人：朱老师
联系电话：（86）021-31248810
联系邮箱： “aos_renshi@fudan.edu.cn”
有关论坛详细介绍可访问学校网页http://ghforum.fudan.edu.cn。
复旦大学大气与海洋科学系/大气科学研究院简介
复旦大学于2016年4月29日和2018年4月20日分别成立了大气科学研究院和大气与海洋科学系。大气与海洋科学系是复旦大学首个地学学科的二级学系，完善了复旦大学的学科体系，是上海市首家大气与海洋学科相结合的人才培养基地。
一、学科建设
院系充分发挥复旦综合性大学的学科优势，积极开展与数学、物理学、化学、计算机科学、无线电技术、雷达技术、卫星技术、人工智能、大数据等领域的学科交叉发展，设置了气象学与大气环境、气候系统和气候变化、大气物理和化学过程、海洋气象学与物理海洋四个学科方向。2022年大气科学本科专业获批国家级一流本科专业建设点。在国家“双一流”建设中，大气科学和环境科学与工程一起共为复旦大学重点建设的20个一流学科之一。2023年、2024年连续两年在泰晤士高等教育公布的中国学科评级中获A+等级。
二、人才队伍和科研发展
院系目前拥有复旦特聘教授16人，包括中科院院士2人、国家级、上海市高层次人才7人；另有教授/青年研究员15人，含国家级海外高层次青年人才、优青、青年拔尖人才6人；副教授/青年副研究员14人，含上海市海外高层次青年人才5人；5位教授入选Elsevier发布“中国高被引学者”榜单。已建立起一支具有国际先进水平的师资队伍。
院系建立以来，始终追求强化科研创新，培育一流科研成果。截至目前，已获批国家自然科学基金基础科学中心项目1项、重大项目1项、重点项目6项、重大研究计划重点项目2项、国家重点研发计划项目2项、国际合作重点重大项目3项、广东省重点研发计划1项、上海市前沿研究基地项目和重点项目各1项等重要项目，主持在研项目经费逾2亿元，已发表学术论文1000余篇，其中以第一单位在Nature, Science Advances, PNAS，BAMS等国际权威期刊发表文章近300篇。
三、人才培养
至2019年，院系已建成了包括本科、硕士、博士研究生和博士后流动站的完整人才培养体系。我系大气科学本科专业入选2021年度国家级一流本科专业建设点；2022年“气象专硕”专业学位获授权，是该行业领域全国首个高校自设的专业学位类别。
为保障本科人才培养质量，院系先后建立了复旦大学大气综合观测站、天气预报会商室，在上海市气象局挂牌设立“复旦大学大气科学学科人才培养基地” ，并建有“长三角大气-环境-生态综合观测基地”和“上海崇明东滩湿地大气-海洋观测站”等野外科学观测平台。2022年底又建立了高质量大气与海洋科学教学实验中心，设有大气物理、大气化学、大气探测、数值模拟、天气预报、物理海洋、海洋调查、大气海洋遥感8个本科生教学实验室。复旦大学已建成中国高校规模最大的云上科研智能计算平台CFFF（Computing for the Future at Fudan），可提供超千卡并行智能计算，支持千亿参数的大模型训练。此外，学校和院系还搭建可用于大气与海洋的专用高速计算平台。这些计算平台可较好地满足教学科研的需求。
四、国际合作与科研平台建设
其中，国内合作平台包括“极地海-冰-气系统与天气气候教育部重点实验室”“上海市海陆气界面过程与气候变化重点实验室”“上海市海洋-大气相互作用前沿科学研究基地”“中国气象局-复旦大学海洋气象灾害联合实验室”等省部级平台；国际合作平台有大陆唯一的区域办公室“极端天气气候与健康风险互联和治理国际卓越中心”和“空气质量监测、分析、预报国际研究计划（MAP-AQ）上海办公室”等。此外，复旦大学还先后与中国气象局、中国极地研究中心签署了战略合作协议，强化与国内科研业务部门合作；与世界气象组织（WMO）签署了合作谅解备忘录（MoU），为院系更深远的国际合作交流奠定了基础。
五、招贤纳士
院系始终以创建国际一流大气与海洋科学学科为奋斗目标，围绕科学前沿和国家战略需求开展科研工作。四个研究方向中气象学与大气环境主要研究高影响天气气候事件的形成和演变机理、预报，以及天气气候变异与空气质量和大气成分之间的关系；气候系统和气候变化主要研究气候系统各圈层（大气圈、水圈、冰冻圈、生物圈、岩石圈）之间的相互作用和气候变异预测，气候变化的时空特征、内在机理、影响、预估及其与人类活动的相互关系；大气物理和化学过程主要研究大气中的云-辐射-气溶胶-降水相互作用过程、大气圈与陆地或海洋之间的物质和能量的交换过程，以及人类活动与大气之间的相互影响过程；海洋气象学与物理海洋主要研究与天气气候变异相关联的海洋动力、热力和海气耦合过程、以及海洋气象要素和事件的预报预警的新理论与新方法。
一流的学科发展离不开一流的人才，院系秉承事业引人、待遇引人、感情引人的理念制定了高水平人才引进政策，遵照复旦大学教职工民生工程，努力整合和优化校内资源，不断完善住房、子女教育、医疗等生活条件支持，为每位优秀人才提供良好的工作环境和生活保障。
如需了解更多院系信息，请点击网站链接：http://aos.fudan.edu.cn
（复旦大学江湾校区）
Welcome to the Department of Atmospheric and Oceanic Sciences at Fudan University
Introduction to the Forum
Young Scholars are the future of academic research. Fudan-Guanghua International Forum for Young Scholars aims to create communication platforms for global young talented scholars of various research fields to discuss cutting-edge research spotlights, to resolve frontier academic problems and to enhance cooperation among distinct disciplines. The Forum also offers young scholars a taste of research environment and a package of know-how for research in China, specifically at Fudan University. It would eventually attract from world-wide young researchers to work at Fudan University.
Sub-Forum Setup
Sub-forum of Symposium on Frontiers in Atmospheric and Oceanic Sciences --- is hosted by Department of Atmospheric and Oceanic Sciences & Institute of Atmospheric Sciences, Fudan University. It will be held on Dec. 21-22th, 2024, including the following four academic fields:
1.Meteorology and Atmospheric Environment
2. Climate system and Climate Change
3.Atmospheric Physical and Chemical Processes
4. Marine Meteorology and Physical Oceanography
Application Requirements
Faculties
1. Age below 40
2. Ph.D. degree
3. Have remarkable achievements and great potentials in specific research area
Super Postdoctoral Proposals
1. Generally under 35 years old
2. Ph.D. candidates or Ph.D. holders generally within 3 years of graduation
3. With outstanding achievements
Contact us
Interested applicants please scan here to apply before Dec. 8, 2024.
Application Materials should include:
1. Detailed CV: Basic information, education and work experience, list of published papers and other academic works, main teaching and academic research accomplishments, scientific research projects undertaken, patents, awards, etc.
2. Three representative papers and other academic works.
3. Work proposal and future research plan.
Contact ：Mr Zhu
Telephone：(86)021-31248810
Email：aos_renshi@fudan.edu.cn
For more information, please visit http://ghforum.fudan.edu.cn.
Department Overview
Established in April 2018, the Department of Atmospheric and Oceanic Sciences at Fudan University is Shanghai's leading institution dedicated to cultivating outstanding talent in atmospheric and oceanic sciences. The department focuses on four primary disciplines: Meteorology and Atmospheric Environment, Climate Systems and Climate Change, Atmospheric Physical and Chemical Processes, and Marine Meteorology and Physical Oceanography. Our mission is to train highly skilled experts in these fields while aligning with national strategic objectives and addressing critical local needs.
Since its inception, the department has strategically harnessed the university's multidisciplinary strengths, promoting cross-disciplinary collaboration with fields such as oceanography, environmental science, public health, and data science. We are committed to exploring the complex interactions within the Earth system through both theoretical and observational approaches. Our efforts in fostering international talent development are geared towards establishing a world-renowned, research-oriented talent training center.
Our faculty includes 17 distinguished professors from Fudan University, including two academicians of the Chinese Academy of Sciences. We have established advanced laboratory platforms such as the Key Laboratory of Polar Atmosphere-Ocean-lce System for Weather and Climate，Ministry of Education; Shanghai Key Laboratory of Ocean-land-atmosphere Boundary Dynamics and Climate Change; Laboratory of Marine Meteorology, China Meteorological Administration-Fudan University; Shanghai Frontiers Science Center of Atmosphere Ocean Interaction. These state-of-the-art laboratories provide exceptional support and resources for training talents in atmospheric and oceanic sciences. In recent years, the department has been granted substantial research programs, including a Basic Science Center Project, a Major Program, six Key Programs, and two Key Programs of Major Research Programs from the National Natural Science Foundation of China (NSFC). Additional funding includes two National Key Research and Development Program of China, three Key Major International Cooperation Programs, a Shanghai Research Base Program, a Key Program of Shanghai, and a Guangdong Key Research and Development Program. The total research funding exceeds 200 million yuan. Over the past five years, our faculty and researchers have published over 1000 academic papers, with nearly 300 articles published in leading international journals such as Nature, Science Advances, PNAS, and BAMS, with our department as the primary affiliation.
Research Focus Areas
1. Meteorology and Atmospheric Environment: focus on the formation and evolution mechanisms of high-impact weather and climate events, their predictions, and the connections between weather and climate variability, air quality, and atmospheric composition.
2. Climate System and Climate Change: focus on the interactions among the different components of the climate system (the atmosphere, hydrosphere, cryosphere, biosphere, and lithosphere), climate variability predictions, the temporal and spatial characteristics of climate change, its underlying mechanisms, impacts, and projections, and the interactions between climate change and human activities.
3. Atmospheric Physical and Chemical Processes: focus on cloud-radiation-aerosol-precipitation interactions, the mass and energy exchanges between the atmosphere and land or oceans, and the interactions between human activities and the atmosphere.
4. Marine Meteorology and Physical Oceanography: focus on the dynamics and thermodynamics of oceanic processes that impact weather and climate, the ocean-atmospheric coupling processes, and the development of new theories and methods to improve forecasting of marine meteorological events.
Academic Collaborations
Our department encourages graduate advisors to engage in joint training programs for students, particularly doctoral candidates, both domestically and internationally. We provide opportunities for students to study abroad, thereby broadening their international perspectives. To date, more than ten students from our department have received funding from the China Scholarship Council（CSC） to study abroad. Additionally, we encourage our faculty and students to actively participate in domestic and international academic conferences to share and communicate the latest research developments in their fields. Moreover, each semester, our department invites renowned experts from around the world to deliver lectures, thereby fostering the exchange of knowledge across disciplines.
Alumni Achievements and Career Paths
To date, our department has produced three cohorts of graduates, including a total of 37 undergraduate students, 56 master's students, and 29 doctoral students. Among them, 11 have been recognized as Outstanding Graduates of Shanghai and 17 as Outstanding Graduates of Fudan University. In 2023, the employment rate for our undergraduate students reached 92.3%, while the employment rate for our graduate students was 92.7%. Nearly 30% of our graduates have chosen to continue their studies either domestically or abroad. The majority of those who entered the workforce have taken positions in meteorological units and departments, universities, and research institutions. Some have been selected as provincial civil servants or directly recruited as military officers, while others have chosen to work in industries such as computer science and finance.
For more information, please visit http://ghforum.fudan.edu.cn.
