摘要
为了解国内外花卉栽培基质领域研究现状及应用动态,基于中国知网(CNKI)和Web of Science(WOS)数据库,检索2002—2021年间国内外花卉栽培基质领域相关文献,采用文献计量法从多方面进行分析。结果表明,在花卉栽培基质领域,中文和英文发文类型以研究型论文为主,英文发文量高于中文;国际主要发文国家是美国、巴西和中国,美国在该领域影响力高,中国在该领域活跃度较高且整体发文量呈上升趋势;国内外基金资助项目位列首位的均是中国国家自然基金;国内外主要研究机构均为科研院校,国内外影响力位居前列的机构分别是北京林业大学和美国农业部;国内研究热点集中在无土栽培基质和花卉栽培技术方面,国外研究热点集中在花卉培育方法和效果评价方面,目前国内外研究均对花卉代用基质关注较多。代用基质在花卉栽培中的应用已成为当前研究的热点,对其进一步研究和实践应用将成为花卉栽培基质领域一个重要的研究方向。
In order to know the research status and application trends of flower cultivation substrates,relevant literatures from 2002 to 2021 were retrieved and analyzed by bibliometrics based on China National Knowledge Infrastructure(CNKI)and Web of Science(WOS)databases.The results showed that research papers were mainly published in both Chinese and English,and the number of articles published in English was higher than that in Chinese and the main international publishing countries were the United States,Brazil and China.United States had high influence in this field,and China showed more active and the overall number of publications was on the rise.The National Natural Science Foundation of China was the top funding project both at home and abroad;the main research institutions both at home and abroad were research institutions,and the top influential institutions at home and abroad were Beijing Forestry University and the United States Department of Agriculture.The top research institutions at home and abroad were research institutes,with Beijing Forestry University and the US Department of Agriculture being the most influential institutions at home and abroad.The application of alternative substrates in flower cultivation has become a hotspot in current research.Further research and practical application of flower alternative substrates will become an important research direction in the fi eld of flower cultivation substrates.
作者
冯俊义
于天
马浩冉
何沁航
王继国
马倩
黄占斌
Feng Junyi;Yu Tian;Ma Haoran;He Qinhang;Wang Jiguo;Ma Qian;Huang Zhanbin(School of Chemical and Environmental Engineering,China University of Mining&Technology-Beijing,Beijing,100083;Beijing Goldenway Bio-tech Co.,Ltd.,Beijing,100015;School of Resource and Environmental Sciences,Wuhan University,Wuhan,430079)
出处
《腐植酸》
CAS
2023年第6期19-29,共11页
Humic Acid
基金
北京嘉博文生物科技有限公司科研项目(YF-2023-05)。
关键词
花卉
栽培
基质
泥炭
文献计量分析
floriculture
soilless culture
substitute substrate
peat
bibliometric analysis
