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Bibliometrics-based Research Hotspots and Development Trends in Eco-hydrology of dammed rivers

Chinese Geographical Science 2023年第6期33卷 1153-1164页

作者： CHEN Yingyi FENG Mingming SHI Guoqiang JIANG Mengyu JIANG Ming Key Laboratory of Wetland Ecology and Environment Northeast Institute of Geography and AgroecologyChinese Academy of SciencesChangchun130102China University of Chinese Academy of Sciences Beijing100049China Changbai Mountain Academy of Science Antu133613JilinChina Jilin Provincial Joint Key Laboratory of Changbai Mountain Biocoenosie and Biodiversity Antu133613JilinChina Changbai Mountain Biodiversity Conservation National Long-term Scientific Research Base Antu133613JilinChina College of Geographical Sciences Changchun Normal UniversityChangchun130102China

Water conservation initiatives satisfy the demand for water supply,electricity generation,irrigation,and flood *** helping humanity,they have also altered the ecosystem of natural rivers,impacted river ecology,disrupted river continuity,and jeopardized the existence of aquatic creatures in *** the impacts of dam construction on rivers can enhance our knowledge of river ecological and environmental concerns and help sustain the health of river ecosystems,thereby realizing the harmony between humans and water in both theoretical and practical *** study used bibliometrics and constructed an author-keyword 2-mode matrix network using Co-Occurrence software to identify the hotspots and research trend in eco-hydrology of dammed *** identified‘FLOW’‘SEDIMENT’‘QUALITY’and‘MODEL’as the research hotspots in the ecological impact of dammed rivers,and combined the related literatures,we highlight the research progress in the four *** the research shortcomings and prospect were discussed,including strengthening the monitoring and analysis of critical ecological variables,enhancing the hydrological monitoring density for small rivers,strengthening the research of relationship between eutrophication and zooplankton,establishing multiscale approaches,and combining multi-sources information technologies to improve parameter accuracy in the model research.

关键词： dammed river eco-hydrology bibliometrics ecological impact Co-Occurrence software

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