基于文献计量的杉木70年研究热点及趋势分析

Research Hotspot and Trend Analysis of Chinese Fir in 70 Years Based on Bibliometrics

  • 摘要: 为了解1949年后杉木研究现状、热点和发展趋势,采用文献计量分析方法,以中国基础设施工程期刊数据库作为数据源,利用CNKI数据库分析工具和CiteSpace 5.8.R2可视化软件,分别从杉木文献数量、学科分布、研究人员及机构、影响力、研究热点等方面开展70年杉木文献的计量分析。结果表明:1949—2020年间杉木文献年发表量总体上呈上升趋势,可分为杉木研究起步阶段(1949—1960年)、探索阶段(1961—1994年)、提升阶段(1995—2020年);从事杉木研究的人员多集中在高等院校和科研单位,且主要分布在长江以南地区;与杉木联系较为紧密的关键词为“混交林” “无性系” “马尾松” “人工林” “生物量”,这些领域均为不同时期杉木研究的重点内容。当前杉木研究的主要热点有人工林定向培育、长期生产力保持、近自然经营、全球变化响应、大径材和装饰材培育、多目标育种等;未来研究方向包括全球气候变化背景下杉木的迁移、森林生态系统固碳增汇、基于生物技术的杉木种质资源创新等。

     

    Abstract: In order to understand the research status, hotspots and development trends of Chinese fir after 1949, this paper uses the bibliometric analysis method, takes the China Infrastructure Engineering Journal Database as the data source, uses the CNKI database analysis tool and CiteSpace 5.8.R2 visualization software to carry out the bibliometric analysis of Chinese fir literature in the past 70 years from the aspects of the number of Chinese fir literature, subject distribution, researchers and institutions, influence and research hotspots.The results showed that the annual publication of Chinese fir literature showed an overall upward trend from 1949 to 2020, which could be divided into the initial stage of Chinese fir research (1949-1960), the exploration stage (1961-1994) and the promotion stage (1995-2020).The personnel engaged in the research of Chinese fir are mostly concentrated in colleges and universities and scientific research units, and are mainly distributed in the south of the Yangtze River.The keywords closely related to Chinese fir are ″mixed forest″, ″clone″, ″masson pine″, ″artificial forest″ and ″biomass″, which are the key contents of Chinese fir research in different periods. At present, the main hotspots of Chinese fir research are plantation directional cultivation, long-term productivity maintenance, near-natural management, global change response, large-diameter timber and decorative timber cultivation, multi-objective breeding, etc.Future research directions include the migration of Chinese fir under the background of global climate change, carbon sequestration in forest ecosystems, and innovation of Chinese fir germplasm resources based on biotechnology.

     

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