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国家自然科学基金(40777047)

作品数:2 被引量:48H指数:2
相关作者:蓝永超苏宏超魏荣庆文军吴素芬更多>>
相关机构:新疆气象局新疆水文水资源局中国科学院更多>>
发文基金:国家自然科学基金中国科学院知识创新工程重要方向项目更多>>
相关领域:天文地球水利工程更多>>

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全球变暖情景下新疆降水的变化被引量:46
2008年
基于有关水文气象测站的观测资料,对全球变暖背景下新疆降水的时空分布特征、演变趋势与变化原因进行了分析。结果表明:近40年来新疆年降水量总体上呈增加的趋势,并且不同地区降水的区域性差异十分明显。从年代际变化来看,新疆降水从上世纪60年代到80年代中期处于振荡减少阶段,80年中后期以后降水呈振荡增加趋势,且1987年为一个降水突变的拐点;新疆年平均降水量的增加主要应归因于全球变暖所带来的境外输入水汽量的增加。
蓝永超沈永平苏宏超文军吴素芬魏荣庆
关键词:全球变暖降水变化
Possible change on the runoff in the upper Yellow River basin under global climate change被引量:2
2009年
In this study,the characteristics and changing trends of temperature,precipitation,and runoff in the upper Yellow River basin up Tangnag station are analyzed by using hydrological and meteorological data in the past 50 years from observation stations in the basin.Further,in this study,the evolving trend of runoff in the future decades is forecasted in the basin based on the method of suppositional climate scenes combination.The results indicate temperature variation in the basin has an evident positive relation with global warming,and the precipitation variations are quite complicated in the basin because of differences of located geographic positions during the past 50 years.Runoff in the basin has been decreasing continually since the end of the 1980s because the mean temperature in the basin has been rising and precipitation in the main areas of runoff formation in the basin has been decreasing.Runoff will largely decrease if precipitation decreases and temperature rises continuously,whereas runoff will increase if temperature is invariable and precipitation increases largely;the increase magnitude of runoff may be more than that of precipitation because of the synchronously increasing supply of meltwater from snow,glacier,and frozen soils in future several decades.
YongChao LanJun WenJunJie ChangYeXin XuYongPing ShenXingLin HuJinQi Lu
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