国家自然科学基金大气科学学科二级申请代码下设研究方向与关键词解读:D0503古气候模拟与动力学

Research Directions and Keywords under the Secondary Application Codes of the Atmospheric Sciences Discipline of the National Natural Science Foundation of China:D0503 Paleoclimate Modeling and Dynamics

为了深入推进新时代自然科学基金改革,2019年大气科学学科率先对2008年版的申请代码进行了优化调整,形成了“分支学科”“支撑技术”和“发展领域”三大有序板块。特别是,2020年新版申请代码设置了“古气候模拟与动力学(D0503)”,实现了大气科学从“分钟、小时直至地史”时间尺度的全覆盖。本文从D0503代码的增设背景、学科内涵、研究方向、关键词、未来发展等方面进行解读和展望,并对近三年该代码下“面青地”项目的申请和资助情况进行了分析。希望本文能够帮助科研人员充分理解D0503研究方向与关键词的内涵和逻辑关系,及时把握该代码的发展趋势,服务古气候研究方向的基金项目申请和评审。

The National Natural Science Foundation of China reformed the project review classification of Atmospheric Sciences to help streamline the layout of discipline funding to promote the construction of a scientific foundation system in a new era. The new code system is categorized as “branch disciplines” “supporting technologies” and “social development services”. Particularly, “Paleoclimate Modeling and Dynamics(D0503)” has been introduced into the new code system for the first time to achieve the coverage of climate research from minute to geological timescales. In this paper, the authors interpret the setting background, discipline characteristics, research directions, and keywords of the D0503 and discuss its future development. Furthermore, the authors analyze application acceptance, review, and funding for the general program, funding for young scientists, and funding for less-developed regions of D0503 from 2020 to 2022. We believe that this can help scientists to better understand the research directions and keywords of D0503 and get a timely grasp of the code’s development trend, as well as aid in the application and review of funding proposals in the field of “Paleoclimate Modeling and Dynamics”.