水资源与水工程学报
水資源與水工程學報
수자원여수공정학보
Journal of Water Resources and Water Engineering
2015年
5期
56-61
,共6页
刘柏君%周广钰%雷晓辉%廖卫红%王浩
劉柏君%週廣鈺%雷曉輝%廖衛紅%王浩
류백군%주엄옥%뢰효휘%료위홍%왕호
基流%气候变化%人类活动%响应关系%海流兔河
基流%氣候變化%人類活動%響應關繫%海流兔河
기류%기후변화%인류활동%향응관계%해류토하
baseflow%climatic change%human activities%responses relationship%Hailiutu River
基流是海流兔河流域地表径流的主要组成部分,是流域河流枯水期流量的重要来源,更是维护流域生态环境健康的基本保证. 本文采用不同方法对海流兔河流域1957-2011 年基流数据进行分析. 基于流域水文及气象数据,应用双累积曲线法和SWAT模型分析流域基流对气候变化和人类活动的响应关系. 结果表明:流域基流年内分配不均匀,夏季基流分配量普遍较少;基流年际变化整体呈现下降趋势,并分别于1968、1989和2001年发生突变. 流域基流对人类活动的响应强于气候变化,人类活动是流域基流变化的主要因素,降雨是次要因素,气温是第3因素.
基流是海流兔河流域地錶徑流的主要組成部分,是流域河流枯水期流量的重要來源,更是維護流域生態環境健康的基本保證. 本文採用不同方法對海流兔河流域1957-2011 年基流數據進行分析. 基于流域水文及氣象數據,應用雙纍積麯線法和SWAT模型分析流域基流對氣候變化和人類活動的響應關繫. 結果錶明:流域基流年內分配不均勻,夏季基流分配量普遍較少;基流年際變化整體呈現下降趨勢,併分彆于1968、1989和2001年髮生突變. 流域基流對人類活動的響應彊于氣候變化,人類活動是流域基流變化的主要因素,降雨是次要因素,氣溫是第3因素.
기류시해류토하류역지표경류적주요조성부분,시류역하류고수기류량적중요래원,경시유호류역생태배경건강적기본보증. 본문채용불동방법대해류토하류역1957-2011 년기류수거진행분석. 기우류역수문급기상수거,응용쌍루적곡선법화SWAT모형분석류역기류대기후변화화인류활동적향응관계. 결과표명:류역기류년내분배불균균,하계기류분배량보편교소;기류년제변화정체정현하강추세,병분별우1968、1989화2001년발생돌변. 류역기류대인류활동적향응강우기후변화,인류활동시류역기류변화적주요인소,강우시차요인소,기온시제3인소.
Baseflow is the main component of surface runoff and also an important source of river water flow during dry season in Hailiutu River basin , which is even the basic assurance for maintaining eco -environment healthy of watershed .The paper took different methods to analyze the baseflow data in Hai-liutu River basin from 1957 to 2011 .It studied the responses of baseflow to climatic change and human activities by applying double mass curve method and SWAT model in this basin based on hydrological and meteorological data .The results reveal that the distribution of baseflow is uneven in a year ,the baseflow in summer is generally less .The baseflow in fifferent years presented decreasing trend and took place mu-tation in 1968 , 1989 and 2001 respectively .The response of baseflow to human activities is stronger than that of climatic change .Human activities are the dominant factor that affects the change of basin base-flow, rainfall is the secondary factor and air temperature is the third factor .