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
2014年
5期
73-77
,共5页
径流%气候变化%Mann-Kendall法%博尔塔拉河
徑流%氣候變化%Mann-Kendall法%博爾塔拉河
경류%기후변화%Mann-Kendall법%박이탑랍하
runoff%climate change%Mann-Kendall method%Bortala river
以博尔塔拉河上游和中游为研究区,利用温泉站、博乐站1992-2012年月径流、降水、温度数据,采用统计分析、Mann-Kendall非参数检验、水文特征分析参数分析了博河流域气候变化对径流的影响,得出以下结论:①20世纪90年代以来,博尔塔拉河上游和中游径流量均呈波动上升趋势,其中近10年径流量增加趋势明显。②径流年际变化上游较稳定,而径流年内变化正好相反,且上游径流变化具有水热同期的特点,而中游具有滞后性。③温度是引起上游径流变化的主要因素,而农业灌溉、温度、降水的变化对中游径流变化有重要影响,其中温度的影响最为显著。
以博爾塔拉河上遊和中遊為研究區,利用溫泉站、博樂站1992-2012年月徑流、降水、溫度數據,採用統計分析、Mann-Kendall非參數檢驗、水文特徵分析參數分析瞭博河流域氣候變化對徑流的影響,得齣以下結論:①20世紀90年代以來,博爾塔拉河上遊和中遊徑流量均呈波動上升趨勢,其中近10年徑流量增加趨勢明顯。②徑流年際變化上遊較穩定,而徑流年內變化正好相反,且上遊徑流變化具有水熱同期的特點,而中遊具有滯後性。③溫度是引起上遊徑流變化的主要因素,而農業灌溉、溫度、降水的變化對中遊徑流變化有重要影響,其中溫度的影響最為顯著。
이박이탑랍하상유화중유위연구구,이용온천참、박악참1992-2012년월경류、강수、온도수거,채용통계분석、Mann-Kendall비삼수검험、수문특정분석삼수분석료박하류역기후변화대경류적영향,득출이하결론:①20세기90년대이래,박이탑랍하상유화중유경류량균정파동상승추세,기중근10년경류량증가추세명현。②경류년제변화상유교은정,이경류년내변화정호상반,차상유경류변화구유수열동기적특점,이중유구유체후성。③온도시인기상유경류변화적주요인소,이농업관개、온도、강수적변화대중유경류변화유중요영향,기중온도적영향최위현저。
Taking the midstream and upstream of Bortala river as the study area , the paper used the methods which are statistical analysis,Mann-Kendall nonparametric test and analysis parameters of hydro-logical characteristics and the data that are monthly runoff,precipitation and temperature on Wenquan and Bole station in 1992~2012 to analyze the impact of climate change on runoff.The results showed that runoff in midstream and upstream of the Bortala river appeared a trend of increase since 1990s.Runoff in-creased obviously in nearly 10 years.The interannual variability of runoff at upstream was stable.The an-nual variability of runoff was opposite, and runoff change at upstream had characteristic of hydrothermal same period.however,that of the midstream had a lag.The temperature is the main factor which causes runoff change at the upstream.The agricultural irrigation,temperature and precipitation are the main rea-sons of runoff change at the midstream.The influence of temperature on runoff is the most significant.