王圣杰|西北师范大学分享 http://www.blog.sciencetimes.com.cn/u/Z2112132 新疆降水同位素 Stable Water Isotopes in Arid Central Asia

博文

[转载]WRR2018:中国自来水同位素时空变化反映的水源信息

已有 355 次阅读 2021-11-10 23:58 |系统分类:论文交流|文章来源:转载

Shengjie Wang, Mingjun Zhang*, Gabriel J. Bowen, Xuemei Liu, Mingxia Du, Fenli Chen, Xue Qiu, Liwei Wang, Yanjun Che, Guoyong Zhao. Water source signatures in the spatial and seasonal isotope variation of Chinese tap waters. Water Resources Research, 2018, 54(11): 9131–9143. DOI: 10.1029/2018WR023091. 


Key Points:

A new nationwide network of tap water isotope data across China was established

Connection between monthly stable isotopes in tap water and precipitation is identified

Diagnostic patterns of tap water isotopes are associated with water resource use


Abstract

Different water sources exploited for public use have different exposure to risks associated with climatic and environmental change. Isotope ratios of tap water have previously been studied as a potential tool to link public supply waters with water source characteristics at local to continental scales, providing information on the footprint of and potential risks associated with the water sources used. Work that combines intensive spatial and temporal sampling with independent water management data has been limited, however. In this study, an extensive observation network was established during 2014–2016 to provide monthly tap water sampling across China. We show that the spatial distribution of annual mean tap water isotope ratios is generally consistent with that of local precipitation across China. We identify seasonal correlation between tap water and precipitation isotope ratios in south China, where use of surface water is prevalent. In contrast, relatively invariant tap water isotope ratios elsewhere in China, which are not correlated with seasonal variation of precipitation isotope ratios, can be attributed to use of groundwater or water from river basins with longer storage times. The tap water isotope signatures identified here could be widely applied to characterize water supplies and associated sustainability challenges in different regions worldwide.





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