摘要
黄河流域环境领域研究众多,以文献综述为主的文献分析存在可视化程度低、时间跨度短和覆盖范围小等问题。针对文献综述局限性,以明确黄河流域环境方向研究进展为目的,采用文献计量学的方法,以Web of Science核心数据库中2001~2020年黄河流域环境方向研究论文与综述进行科学计量审查,利用Citespace软件进行可视化分析。研究表明:黄河流域环境研究关注度逐步提高但体系化较为薄弱,各研究团队合作尚且不足;研究热点主要集中于黄河流域环境污染修复等方向;经分析预测未来该领域将以新型污染物、三角洲生态系统、多学科联合为主要研究趋势。本文通过明晰该领域研究热点及趋势,以期为黄河流域环境研究和污染防控提供数据参考,为《黄河流域生态环境保护规划》提供理论依据,推动黄河流域环境领域高质量发展,配合黄河保护法立法工作。
There are many types of researches in the environmental field about the Yellow River Basin.However,there are several problems in the present literature review,such as the low visualization,the short period,and a small coverage of the literatures,etc.Considering the limitations and in order to clarify the environmental research progress of the Yellow River,this study searches the WOS Core Collection database from 2001 to 2020,uses Citespace software to realize the function of visible analysis,clarifies the research hotspots and trends in this field and provides the basic data for environmental research and pollution prevention in the Yellow River Basin.The research shows a gradually increased attention of the environmental research in the Yellow River Basin with a relatively poor systematization.In addition,the cooperation of various research teams is still insufficient.The research hotspots are mainly concentrated in the environmental pollution restoration in the Yellow River Basin.It is predicted that the new pollutants and delta ecosystems as well as the multidisciplinary cooperation will be the main research trends in the future.By clarifying the research hotspots and trends in this field,this paper aims to provide a reference for the environmental research and pollution prevention and control in the Yellow River Basin,also provide a theoretical basis for“Yellow River Basin Ecological Environment Protection Plan”,thus promoting the high-quality development of the environmental field in the Yellow River Basin,and cooperating with the legislative work of the Yellow River Protection Law.
作者
任萌
康磊
张胤杰
赵云强
武会会
白文荣
孟悦
杨文杰
REN Meng;KANG Lei;ZHANG Yinjie;ZHAO Yunqiang;WU Huihui;BAI Wenrong;MENG Yue;YANG Wenjie(Department of Environmental Science and Engineering,Beijing University of Chemical Technology,Beijing 100029,China;Beijing Management Division of North Grand Canal,Beijing 101100,China;Chinese Academy of Environmental Planning,Beijing 100012,China)
出处
《环境保护科学》
CAS
2022年第3期46-51,共6页
Environmental Protection Science
基金
国家水体污染控制与治理科技重大专项(2018ZX07111003)。
