摘要
在回顾《水文地质工程地质》创刊62年历程的基础上,基于信息计量学方法,借助中国知网、创刊50周年光盘版及近10年全文电子数据,统计得到1957-2018年全部文献并分析了部分指标特征。该刊总文献量及学术论文量分别为6 901篇和5 834篇,其数量变化均具有前期波动较大、近年比较平稳的特征;作者及机构分布统计结果显示二者具有较高的一致性,即高发文量作者所在机构也是高发文量机构;资助来源统计结果显示基金论文比从1994年的18%增至近年的90%以上,2017年达到了95%;论文资助项目以国家自然科学基金、地勘项目、教育部资助项目为主,省市资助项目也较多。根据期刊发展历程,将其划分为奠基、停滞和发展三个阶段,并重点分析了奠基阶段和发展阶段文献研究的内容,结果表明文献反映了各个阶段水工环地质事业发展的重要内容和方向,说明期刊一直紧密结合国民经济建设,体现了理论联系实际的办刊宗旨。
This paper reviews the extraordinary development of Hydrogeology & Engineering Geology. Based on the data of www. cnki. net,CD-ROM edition of the 50 th anniversary of the founding of the publication and the digital full text of the later 10 years,the total amount of documents and academic papers from 1957 to 2018 are obtained by using the method of information metrology,which are 6 901 and 5 834,respectively. Change in the number of papers are characterized by large fluctuation in the earlier period and relatively stable in recent years. The distribution of authors and institutions shows a high consistency between the two. That is to say,the organization of high-volume authors is also a high-volume organization. Statistical results of funding sources show that the number of funded papers has increased from 18% in 1994 to the highest 95%( 2017),and it has maintained a high level of above 90% in recent years. The level of funding is mainly supported by the National Natural Science Foundation of China,Geological Prospecting Project and the Ministry of Education,and there are more provincial and municipal funded projects. According to the development history of the journal,it is divided into three stages: foundation-laying,stagnation and development. The important contents and directions of the development of different hydro-environmental geological undertakings reflected in the literatures at the foundation-laying and development stages are analyzed. It is found that this journal is closely combined with national economic construction,and the purpose of running journal which is to integrate theory with practice is reflected.
作者
汪美华
范宏喜
张若琳
WANG Meihua;FAN Hongxi;ZHANG Ruolin(China Institute of Geo-Environment Monitoring,Beijing 100081,China)
出处
《水文地质工程地质》
CAS
CSCD
北大核心
2020年第1期185-191,共7页
Hydrogeology & Engineering Geology
关键词
水文地质
工程地质
文献
数据
信息计量学
hydrogeology
engineering geology
literature
data
information metrology
