湿地生态水文学研究综述

A review of research on wetland ecohydrology

  • 摘要: 基于湿地生态水文研究文献计量分析,透视国内外有关湿地水文、生态水文和水资源等领域的重大研究计划和重要学术会议,系统总结了湿地生态水文学发展历程,可分为萌芽起步阶段(20世纪50年代至80年代)、研究探索阶段(20世纪90年代)和快速发展阶段(21世纪以后)3个阶段,列举了重要代表性研究成果,并重点阐述了湿地生态水文学研究进展;基于对国际湿地生态水文学发展历程、研究进展及热点的综合分析,未来湿地生态水文学研究主要向基于"多要素、多过程、多尺度"的湿地生态水文相互作用机理及耦合机制、气候变化对湿地生态水文的影响机理及适应性调控、湿地"水文-生态-社会"耦合系统互作机理及互馈机制和基于湿地生态需水与水文服务的流域水资源综合管理等方向发展。最后,以国家重大需求为导向,提出了未来中国湿地生态水文学优先发展方向及建议。

     

    Abstract: Ecohydrology provides a framework to assess pressing environmental issues related to water and ecological degradation of wetland ecosystem. The ensuing discipline, wetland ecohydrology, can thus be used to promote conservation and rehabilitation programs, integrated water resources management as well as watershed-scale climate change mitigation measures. In this paper, we summarize the historical development of wetland ecohydrology using literature bibliometric analysis. We present a comprehensive survey of major research programs and key academic conferences on wetland hydrology, ecohydrology and water resources. Three developmental eras of wetland ecohydrology are broadly proposed:① the embryonic era (the 50-80th of the 20th century), ② the developement era (the 90th of the 20th century) and ③ the flourishing era (from 2000 up till now). Each area is characterized by representative research achievements; illustrating the progress of wetland ecohydrology. We conclude that future research on wetland ecohydrology will primarily focus on the study of:① multi-factors, multi-processes and multi-scale interactive mechanisms between ecology and hydrology of wetlands; ② response mechanisms of wetland ecohydrology to climate change and potential adaptive regulations; ③ coupled hydrological-ecological-social interactions and mutual feedback mechanisms of wetland systems; ④ integrated water resources management for efficient allocation of water to wetlands. Finally, given the current situation, we present preferential research areas and suggestions for future development of wetland ecohydrology in China.

     

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