序号 Number | 名词术语 Terminology | 解释 Explanation |
1 | 突发性 Burstiness | 衡量引文在一定时间内被引频率的变化率。突发性强的节点上会用红色的中心进行标记,表明在特定时间段内被引用的频率急剧增加[15]。 Burstiness is measured for the publications as the rate of change of citation frequency. Nodes with high burstiness are marked with a red center, indicating a remarkable increase in citation frequency over a given period[15]. |
2 | 中介中心性 Betweenness centrality, BC | 测度网络中节点重要性。BC ≥ 0.1的节点为转折点,用紫色圆圈进行标记[15-16]。一个转折点连接了不同时期发现的集群,能帮助确定知识领域随时间的演变。BC值高的节点通常是节点之间的连接通道,表明其在网络中的重要性[17]。 The importance of nodes in a network is measured by betweenness centrality. Nodes of BC ≥ 0.1 are turning points, marked with purple circles[15-16]. A turning point connects clusters discovered in different periods, which can help determine the evolution of the knowledge domain over time. Nodes with a high BC value are usually the connection channels between nodes, indicating their importance in the network[17]. |
3 | 模块化值(0~1) Modularity, Q | 衡量聚类结果的质量,揭示聚类的整体结构性质。在聚类图中,一般Q > 0.3则表明聚类的结构显著,其值越大,聚类效果越好。 Modularity value is used to measure the quality of clustering results and reveal the overall structural properties of clustering. In the cluster diagram, generally, Q > 0.3 indicates that the clustering structure is significant, and the higher the value, the better the clustering effect. |
4 | 平均轮廓值(0~1) The mean silhouette, S | 衡量聚类结果的质量,揭示聚类的整体结构性质。在聚类图中,S值越大,则聚类群内的节点同质化程度越高,可信度越高[18]。 The mean silhouette value is measured for the quality of clustering results, revealing the entire structural properties of clustering. In the clustering graph, the larger the S value is, the higher the degree of homogeneity and reliability of nodes within the clustering group will be[18]. |

Citation: SHI N, WANG J N, SONG Y K, HE J L, WEI Y Q, NIYATI N, WU Y. A bibliometric review of global research status of . Pratacultural Science, 2020, 37(0): 1-11 doi:

全球绿绒蒿属植物研究势态文献计量学综述
English
A bibliometric review of global research status of Meconopsis
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Key words:
- Meconopsis /
- CiteSpace /
- knowledge graph /
- chemical constituents
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[1]
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亚博滚球
图 1 1980–2019年绿绒蒿的年发文量及被引趋势图
Figure 1. Annual trends of publications on Meconopsis亚博滚球 and total citations from 1980 to 2019
图 2 1980–2019年绿绒蒿的年累加发文量及年累加被引频次趋势图
Figure 2. Cumulative annual publications and citations on Meconopsis亚博滚球 from 1980 to 2019
图 7 山地生态系统功能及服务框架下绿绒蒿的价值体现
Figure 7. The value of Meconopsis under the framework of mountainous ecosystem function and service
表 1 CiteSpace图谱中的术语解释
Table 1. Explanation of terminologies in CiteSpace knowledge graphs
下载: 导出CSV
表 2 亚博滚球 1980–2019年绿绒蒿研究高产作者排名
Table 2. Ranking of published authors from 1980 to 2019
来源
Source排名
Rank作者
Author发文量/篇
Publication最早年份
Year中国知网 CNKI 1 郭玫 GUO Mei 11 2011 2 王志旺 WANG
Zhiwang9 2010 3 屈燕 QU Yan 8 2018 3 冷秋思
LENG Qiusi8 2018 4 邵晶 SHAO Jing 7 2011 5 区智 QU Zhi 6 2018 6 熊健
XIONG Jian5 2018 6 王瑞琼 WANG
Ruiqiong5 2013 6 任远
REN Yuan5 2013 Web of
Science1 IWASHINA
Tsukasa5 1995 2 ZHANG Shibao 3 2010 下载: 导出CSV
表 3 1980–2019年绿绒蒿研究高产机构排名
Table 3. 亚博滚球 Ranking of published institutions from 1980–2019
来源
Source排名
Rank机构
Institution发文量/篇
Publication最早年份
Year中国知网
CNKI1 中国科学院西北高原生物研究所
Northwest Plateau Institute of Biology, Chinese Academy of Sciences9 2006 2 甘肃省高校中(藏)药化学与质量研究省级重点实验室
Provincial Key Laboratory of Chinese (Tibetan) Pharmaceutical Chemistry
and Quality Research in Universities of Gansu Province6 2011 2 甘肃中医学院
Gansu College of Traditional Chinese Medicine6 2010 3 中国科学院成都生物研究所
Chengdu Institute of Biology, Chinese Academy of Sciences5 2009 4 甘肃中医学院药学系
Department of Pharmacy, Gansu College of Traditional Chinese Medicine4 2013 4 青海省青藏高原植物资源化学研究重点实验室
Key Laboratory of Plant Resources Chemistry, Qinghai-Tibet Plateau of Qinghai Province4 2014 4 甘肃省中药药理与毒理学重点实验室 Key Laboratory of
Pharmacology and Toxicology of Traditional Chinese Medicine of Gansu Province4 2013 4 四川农业大学风景园林学院
College of Landscape Architecture, Sichuan Agricultural University4 2016 Web of Science 1 Chinese Academy Sciences 中国科学院 20 2009 2 University Chinese Academy Sciences 中国科学院大学 4 2014 下载: 导出CSV
表 4 关键词共现网络主要信息表
Table 4. 亚博滚球 The main information table of keywords co-occurrence network
来源
Source排名
Rank关键词
keywords频次
Frequency中介中心性
BC(Betweenness centrality)最早年份
Year中国知网 CNKI 1 五脉绿绒蒿 Meconopsis quintuplinervia 26 0.27 1995 2 绿绒蒿 Meconopsis 20 0.15 2003 3 藏药 Tibetan medicine 16 0.35 2003 4 多刺绿绒蒿 Meconopsis horridula 14 0.33 2012 5 全缘叶绿绒蒿 Meconopsis integrifolia 13 0.13 2014 6 绿绒蒿属 Meconopsis 11 0.24 1980 7 总黄酮 Total flavonoids 10 0.11 2013 8 化学成分 Chemical component 8 0.21 2009 8 总状绿绒蒿 Meconopsis racemosa 8 0.02 2003 9 红花绿绒蒿 Meconopsis punicea 6 0.05 2014 Web of Science 1 Papaveraceae 罂粟科 17 0.03 1996 2 Meconopsis 绿绒蒿 6 0.01 2006 下载: 导出CSV
表 5 1980–2019年突发关键词排名
Table 5. 亚博滚球 keywords with citation bursts
来源
Source排名
Rank关键词
keywords年份
Year突发强度
Strength开始时间
Begin结束时间
End持续时间
Duration中国知网 CNKI 1 藏药 Tibetan medicine 1980 4.01 2003 2010 8 2 全缘叶绿绒蒿 Meconopsis integrifolia 1980 3.94 2015 2019 5 3 绿绒蒿 Meconopsis 1980 3.93 2017 2019 3 4 化学成分 chemical component 1980 3.27 2009 2010 2 5 多刺绿绒蒿 Meconopsis horridula 1980 2.78 2014 2017 4 6 黄酮 Flavone 1980 2.58 2011 2012 2 7 绿绒蒿属 Meconopsis 1980 2.56 1980 1995 16 8 五脉绿绒蒿 Meconopsis quintuplinervia 1980 2.07 2010 2013 4 9 红花绿绒蒿 Meconopsis punicea 1980 1.78 2014 2015 2 Web of Science 1 Leave 叶 1980 2.38 2010 2012 3 2 Medical plant 药用植物 1980 2.09 2013 2015 3 3 Papaveraceae 罂粟科 1980 1.04 2013 2015 3 下载: 导出CSV
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