首页|基于CiteSpace的植物对氮氧化物吸收净化研究进展

基于CiteSpace的植物对氮氧化物吸收净化研究进展

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氮氧化物(主要是NO2)是常见大气污染物之一,其浓度的升高不仅会威胁人体健康,还会破坏生态环境.而植物不仅能对氮氧化物产生一定的抗性,还有吸收净化氮氧化物的能力.为全面、系统地了解植物对氮氧化物吸收净化研究进展与发展趋势,基于CNKI数据库,运用CiteSpace软件对 1980-2024 年有关植物对氮氧化物吸收净化的文献进行可视化分析.结果表明:植物对氮氧化物吸收净化的研究论文数量总体呈现增长的趋势,植物对氮氧化物吸收净化的研究主要围绕二氧化氮、园林植物、大气污染等方面展开,圣倩倩、祝遵凌、赵娜、李少宁等为该领域的主要研究人员,广东省生态环境与土壤研究所、北京市农林科学院林业果树研究所等是研究植物对氮氧化物吸收净化的主要机构,城市森林、大气污染、抗性是植物对氮氧化物吸收净化研究的核心内容.
Research progress of uptake and purification of nitrogen oxides by plants based on CiteSpace
As common atmospheric pollutants,nitrogen oxides(mainly NO2)concentration will not only threaten human health,but also destroy the ecological environment.Plants not only have a certain resistance to nitrogen oxides,but also have the ability to absorb and purify nitrogen oxides.In order to learn the research progress and development trend of nitro-gen oxides uptake and purification by plants,based on CNKI database,CiteSpace software was used to visualize the litera-ture on nitrogen oxides uptake and purification by plants from 1980 to 2024.The results showed that the number of research papers on nitrogen oxides uptake and purification by plants showed an increasing trend.Studies on nitrogen oxides uptake and purification by plants mainly focus on nitrogen dioxides,garden plants,air pollution,etc.Sheng Qianqian,Zhu Zun-ling,Zhao Na and Li Shaoning are the main researchers in this field.Guangdong Institute of Ecology,Environment and Soil,Beijing Academy of Agriculture and Forestry Science,Forestry and Fruit Tree Research Institute are the main institu-tions to study the nitrogen oxides uptake and purification of plants.Urban forest,air pollution and resistance are the core contents of nitrogen oxidesuptake and purification by plants.The above research results could provide reference for scholars in the field of plant nitrogen oxides uptake and purification.

PlantNitrogen oxidesUptakePurificationCiteSpaceVisualized analysis

王心怡、李妍、张迪

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南京林业大学风景园林学院,江苏 南京 210037

植物 氮氧化物 吸收 净化 CiteSpace 可视化分析

大学生创新实践项目

2023NFUSPITP0260

2024

江苏林业科技
江苏省林业科学研究院 江苏省林业科技情报中心

江苏林业科技

影响因子:0.461
ISSN:1001-7380
年,卷(期):2024.51(3)