大气科学2024,Vol.48Issue(3) :1276-1282.DOI:10.3878/j.issn.1006-9895.2402.24014

2023年度气象联合基金项目评审简析

General Analysis of Project Review in Meteorological Joint Fund in 2023

何建军 杨亚力 刘哲 杨蕾 薛海乐 赵卫雄 旷烨
大气科学2024,Vol.48Issue(3) :1276-1282.DOI:10.3878/j.issn.1006-9895.2402.24014

2023年度气象联合基金项目评审简析

General Analysis of Project Review in Meteorological Joint Fund in 2023

何建军 1杨亚力 1刘哲 1杨蕾 2薛海乐 1赵卫雄 1旷烨1
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作者信息

  • 1. 国家自然科学基金委员会地球科学部,北京 100085
  • 2. 中国气象局科技与气候变化司,北京 100081
  • 折叠

摘要

2023年气象联合基金共接收申请114项,经过通讯评审48项进入重点审议环节,经会评专家投票资助28项,资助率为24.8%.从项目申请来看,不同单位属性的合作申请占86%;气象联合基金与地球科学部"天气及气候系统与可持续发展"领域重点项目有明显的区别,前者技术类研究占比超50%,后者低于30%;申请人50%曾入选国家高端人才计划,气象联合基金竞争激烈.从评审和资助情况来看,通讯评审资助意见好于往年,重点审议项目平均综合评分达3.7分,与常规重点项目相当;中国科学院和高校等科研单位获资助最多,资助16项,占总资助项目的57%;平均资助强度262.7万元/项,超过了地球科学部常规重点项目的资助强度(230万元/项).

Abstract

In 2023,National Natural Science Foundation of China(NSFC)received 114 applications of the Meteorological Joint Fund(MJF).After review,48 applications entered specific review stage 28 applications were funded,and the average funding rate is 24.8%.From the perspective of project applications,cooperation applications with different unit attributes account for 86%.There is a clear difference between MJF and the key programs in the field of"weather,climate,and associated sustainable development"of the Department of Earth Sciences(DES).The former has a technical research proportion of over 50%,while the latter has a proportion of less than 30%.50%of the applicants have been selected for the National High end Talent Program,indicating fierce competition in applying for MJF.From the perspective of review and funding,funding suggestions are better than previous years,with an average comprehensive score of 3.7 points for specific review projects,which is comparable to conventional key programs.Applicants from universities and the Chinese Academy of Sciences received the most funding,with 16 projects,accounting for 57%of the total funded projects.The average funding intensity of MJF is 2.627 million yuan per project,exceeding the funding intensity of 2.3 million yuan per project for conventional key programs of DES,NSFC.

关键词

多元投入/气象联合基金/大气科学/国家需求/成果转化

Key words

Multiple inputs/Meteorological Joint Fund/Atmospheric science/National demand/Achievement transformation

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出版年

2024
大气科学
中国科学院大气物理研究所

大气科学

CSTPCD北大核心
影响因子:2.11
ISSN:1006-9895
参考文献量2
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