青年科学基金助推地理学研究创新与综合

doi:10.18306/dlkxjz.2018.04.001

Abstract

Abstract:

This study focused on the Young Scientist Fund in geography supported by the National Natural Science Foundation of China (NSFC) from 1987 to 2016. Using bibliometrics analysis method, keywords frequency was analyzed and compared with the NSFC general projects in the same period by the four sub-disciplines of geography—physical geography, human geography, geographic information science, and environmental geography. Change of research characteristics and selected topics were also tracked. Seven representative keywords were chosen to study the change of topics in these cutting-edge research areas. The growth of young scholars was analyzed through their follow-up funding from the NSFC. This study shows that from 1987, the Young Scientist Fund project topics have been at the frontier of the study on the patterns and processes of the land surface environment and human economic system. Technological innovation was the main driving force of the Young Scientist Fund projects in geography. The research continued to be quantitative and innovative and the topics were gradually expanded to be integrative. The Young Scientist Fund has significantly promoted technological and theoretical innovations of geography in China.

Key words: National Natural Science Foundation of China, Young Scientist Fund, geography, key words, bibliometrics analysis method

Wenjie FAN, Xizhang GAO, Shuying LENG. Innovation and integration of geographic research promoted by the Young Scientist Fund of the National Natural Science Foundation of China[J].PROGRESS IN GEOGRAPHY, 2018, 37(4): 451-464.

Figures/Tables 13

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Comparison of high-frequency keywords in funded Young Scientist Fund projects and general projects of the National Natural Science Foundation of China"

关键词词频序号	自然地理			人文地理		地理信息科学			环境地理
关键词词频序号	青年基金		面上项目		青年基金	面上项目	青年基金	面上项目	青年基金	面上项目
1	气候变化	气候变化		空间分析模型	空间结构	高光谱遥感	遥感		土壤	土壤
2	模型模拟	青藏高原		地理信息系统	城市结构	遥感	高光谱遥感		重金属	重金属
3	青藏高原	全新世		模型模拟	空间分析模型	多光谱遥感	地理信息系统		模型模拟	沉积物
4	土地利用	模型模拟		空间结构	中国	地理信息系统	可见光-近红外遥感		沉积物	模型模拟
5	水文过程	人类活动		经济计量模型	动力机制	反演	热红外遥感		生物有效性	可持续发展
6	全新世	过程观测		动力机制	空间组织	SAR	数字高程模型		多环芳烃	多环芳烃
7	遥感监测	土地利用		城市化	模型模拟	数字高程模型	多光谱遥感		可持续性	生物有效性
8	过程观测	泥石流		行为分析模型	地理信息系统	特征提取	数据同化		迁移	人类活动
9	水文模型	环境演变		空间组织	机制	可见光-近红外遥感	多角度遥感		风险评估	微生物
10	景观格局	全球变化		土地利用	机理	热红外遥感	特征提取		持久性有机污染物	砷
11	土壤水分	景观格局		旅游管理	北京	高分辨率遥感	不确定性		地理信息系统	磷
12	多年冻土	古气候		机制	城市化	土地利用	被动微波遥感		氮	城市化
13	人类活动	多年冻土		城市群	土地利用	模型模拟	雷达遥感		机制	水
14	地理信息系统	生物多样性		空间效应	城市形态	被动微波遥感	辐射传输模型		水	非点源污染
15	分布式水文模型	遥感监测		全球化	社会空间	地表温度	多尺度		微生物	大气颗粒物

Tab.5

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热点关键词	高频共现关键词
全球变化	土壤碳循环,碳循环,土壤氮循环,环境响应与适应,耦合机制,分子生物学,气候变化,温室气体
可持续发展	可持续发展决策,区域,指标体系,评估方法,可持续性,生态安全,土地利用变化,地理信息系统
土地利用	土地利用变化,模型模拟,气候变化,土地利用与土地覆被变化,地理信息系统,城市化,遥感监测
空间结构	城市空间结构,空间分析模型,地理信息系统,区位,区域政策,城市网络动力机制,区域差异
环境效应	生态环境效应,气候变化,景观格局,土地利用,模型模拟,水土保持,土地利用变化,工程环境效应
城市化	快速城市化,土地利用,模型模拟,气候变化,城市化机制,景观格局,遥感,城市化进程,碳排放
环境演变	全新世,古植被,环境重建,古气候,湖泊沉积物,第四纪,人类活动晚第四纪,沙漠

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Innovation and integration of geographic research promoted by the Young Scientist Fund of the National Natural Science Foundation of China

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