基于文献计量的叶气孔性状研究数据可视化分析  

Visual Analysis of Leaf Stomata Traits Based on Bibliometrics

作　　者：倪榕蔚 甘玉婷 黄柳菁[1] NI Rong-wei;GAN Yu-ting;HUANG Liu-jing(College of Landscape Architecture,Fujian Agriculture and Forestry University,Fuzhou 350002,China)

机构地区：[1]福建农林大学园林学院,福建福州530002

出　　处：《南方园艺》2022年第3期69-77,共9页Southern Horticulture

摘　　要：运用CiteSpace软件对1991-2020年叶气孔性状研究相关文献进行可视化分析,总结如下:(1)从发文量和热点趋势看,叶气孔性状研究可分为起步探索期、缓慢发展期、平稳发展期和高速发展期四个阶段,目前发文量和热点趋势多围绕植物抗逆性机制与作物优良性状的培育;(2)从研究主题看,包含5个方向:植物的光合特性与能量权衡、水分亏缺下的植物水力性状、环境胁迫下作物的反馈机制及基因工程、气候-性状的反演与建模、植物分类与进化;(3)从研究力量和学科分类看,美国与中国的发文量名列前茅,中国科学院在领域内具有较高影响力。This paper conducted a visual analysis of the relevant literature on leaf stomatal traits from 1991 to 2020 using Cite Space software and revealed the research framework and trends of leaf stomatal traits:(1) From the perspective of the volume of articles and hot trends, the study of leaf stomatal traits can be divided into four stages: initial exploration period, slow development period, steady development period, and rapid development period. At present, the volume of articles and hot trends mainly focused on the mechanism of plant stress resistance and cultivation of excellent crop traits.(2) From the perspective of the research theme, it includes 5 directions:photosynthetic characteristics and energy trade-offs in plants, hydraulic traits of plants under water deficit, feedback mechanism and genetic engineering of crops under environmental stress, inversion and modeling of climate-traits,plant classification and evolution.( 3) From the perspective of research strength and the classification of disciplines, the United States and China rank among the top in terms of articles volume. The Chinese Academy of Sciences has a relatively high influence in the field of leaf stomatal traits research.

关 键 词：CITESPACE 叶气孔性状 研究热点 聚类主题 

分 类 号：S143[农业科学—肥料学]