ISWC OpenIR  > 水保所知识产出(1956---)
刘梅1; 顾丹丹1; 李雅1; 刘少敏1; 刘文兆2
Source Publication生态学报

热耦合过程及其对气候与下垫面变化的响应则是其中的一个重要热点研究方向。以SCIE 数据库为数据源,借助Thomson Data
Analyzer( TDA) 、Ucinet 和Netdraw 等工具,对1992—2015 年间关于流域水热耦合过程及其对气候与下垫面变化的响应的研究
论文进行数据挖掘,分析表明: ( 1) 近24 年来,该领域的论文数量总体呈显著增长态势,依据文章数量、研究主题、机构合作特
点等划分为3 个阶段: 低产出探索期、拓展推进期和高产出活跃期。( 2) 气候变化、径流、水量平衡、水文模拟、土地利用与覆盖
变化等是研究的核心主题,遥感与GIS 技术的应用在不断得到加强,人类活动的水文效应及其时程变化等的研究逐渐受到更多
的关注。( 3) 澳大利亚和美国在该研究方向表现突出。中国发文量高,论文质量不断提升。( 4) 国际合作范围不断扩大。近十

Other Abstract

Ecohydrology,studying the interactions between hydrological and ecological processes,has become one of most
active frontiers in both fields of hydrology and ecology. Coupled water-energy balance ( CWEB) at the catchment scale and
its responses to changes in climate and land surface conditions are important research area in the interdisciplinary field of
eco-hydrology. In this study a bibliometric analysis was conduct to assess current status and future developments in the
research area of CWEB. All research papers on the CWEB at the catchment scale published over the period of 1992—2015
were retrieved from the Science Citation Index Expanded ( SCIE) database and analyzed by means of TDA ( Thomson Data
Analyzer) ,Ucinet and Netdraw. Results of the bibliometric analysis shown that: ( 1) the number of publications has
increased greatly in the past 24 years. Research on the CWEB can be classified into three stages in terms of the number of
papers published every year,research subjects and cooperation features,i.e. groping & low yield stage,expansion stage andactive & high yield stage. ( 2) Core themes of the research are climate change,runoff,water balance,hydrological
modelling,land use and land cover change,etc. The application of remote sensing and GIS technology has been
continuously strengthened. More and more attentions have been paid to the study of hydrological effects of human activities
and their temporal variability. ( 3) High impact publications were largely from Australia and American. There was a
significant increase in publications from China in term of both quantity and quality. ( 4 ) The extent of international
cooperation was expanding. In the past 10 years,Chinese Academy of Sciences,Tsinghua University and many other
institutions in China have gradually strengthened the cooperation with a number of international scientific and educational
institutions and have made great progresses in the research area of CWEB.

Keyword流域水量平衡 生态水文 文献计量 气候变化 人类活动 蒸散 布迪科假设
Indexed By中文核心期刊要目总览
Document Type期刊论文
Recommended Citation
GB/T 7714
刘梅,顾丹丹,李雅,等. 流域水热耦合过程及其对气候与下垫面变化响应的文献计量分析[J]. 生态学报,2017,37(23):8128-8138.
APA 刘梅,顾丹丹,李雅,刘少敏,&刘文兆.(2017).流域水热耦合过程及其对气候与下垫面变化响应的文献计量分析.生态学报,37(23),8128-8138.
MLA 刘梅,et al."流域水热耦合过程及其对气候与下垫面变化响应的文献计量分析".生态学报 37.23(2017):8128-8138.
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