干旱区生态环境知识资源中心(Arid): Preliminary study of water origin in the Uspallata valley and its contribution to the Mendoza river with isotopic and hydrochemical techniques. Mendoza, Argentina

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DOI	10.21701/bolgeomin.132.1-2.011
	Preliminary study of water origin in the Uspallata valley and its contribution to the Mendoza river with isotopic and hydrochemical techniques. Mendoza, Argentina
	Ibanez, Sandra P.; Lana, Belen; Manzano, Marisol; Rovira, Susana; Montero, Enrique; Salvi, Natalia; Segal, Hector; Tognoli, Pabla; Grizas, Pablo; Salvioli, Leandro; Marquez, Diego; Pina, Juan; Cicerone, Daniel
通讯作者	Ibanez, SP (corresponding author), UNCuyo FIUNCuyo, Fac Ingn, M5502JMA, Mendoza, Argentina.
来源期刊	BOLETIN GEOLOGICO Y MINERO
ISSN	0366-0176
EISSN	2253-6167
出版年	2021
卷号	132 期号:1-2 页码:107-114
英文摘要	The Uspallata Valley is located in Mendoza Province (Argentina), at an average altitude of 1,900 m asl. With a north-south direction and a length of around 20 km, it is an intermountain valley placed between the Pre-cordillera (to the east) and the Frontal Cordillera (to the west). The valley discharges to the Mendoza River, the main Andean course that irrigates the largest socio-productive oasis in Mendoza Province. For the last 20 years there has been a significant increase in urban growth and a disordered development of agricultural, touristic, and real estate activities in the southern part of the valley. The objective of this study is to use isotopic and hydrochemical techniques to develop a geohydrological conceptual model, in order to contribute to decision making processes of the provincial management that deals with water and land-use planning. Hydrochemical and isotopic techniques have been used to understand groundwater characteristics and provenance along the valley. Beyond compiling the scarce previous existing data, two monitoring surveys were carried out where physical-chemical parameters and stable isotopes were measured in 39 sites (wells, springs, creeks, and the Mendoza River). The preliminary isotopic balances performed suggest that around 70% of the groundwater comes from the Cordillera Frontal. Moreover, the integrated analysis of new data and existing geological and geoelectric information has allowed the development of a preliminary conceptual model identifying three zones relating to the origin of the water along the Frontal Cordillera. The study is part of the project Use of isotopic techniques for improving the management of groundwater resources ARG/7/008, which is funded by the International Atomic Energy.
类型	Article
语种	西班牙语
开放获取类型	gold
收录类别	ESCI
WOS记录号	WOS:000697276900011
WOS类目	Geology
WOS研究方向	Geology
资源类型	期刊论文
条目标识符	http://119.78.100.177/qdio/handle/2XILL650/362734
作者单位	[Ibanez, Sandra P.; Rovira, Susana] UNCuyo FIUNCuyo, Fac Ingn, M5502JMA, Mendoza, Argentina; [Lana, Belen] Inst Argentino Nivol Glaciol & Cs Ambientales IAN, Av Ruiz Leal S-N, RA-5500 Mendoza, Argentina; [Manzano, Marisol] Univ Politecn Cartagena, Dept Ingn Minera & Civil, P Alfonso XIII 52, Cartagena, Spain; [Montero, Enrique; Segal, Hector; Tognoli, Pabla; Grizas, Pablo; Pina, Juan] Dept Gen Irrigac DGI, Av Espana & Barcala,M5500, Mendoza, Argentina; [Salvi, Natalia; Salvioli, Leandro; Marquez, Diego] Inst Nacl Agua INA, Av Belgrano 210,M5500CFA, Mendoza, Argentina; [Cicerone, Daniel] Comis Energia Atom CNEA, Av Libertador 8250,C1429BNP, Caba, Argentina
推荐引用方式 GB/T 7714	Ibanez, Sandra P.,Lana, Belen,Manzano, Marisol,et al. Preliminary study of water origin in the Uspallata valley and its contribution to the Mendoza river with isotopic and hydrochemical techniques. Mendoza, Argentina[J],2021,132(1-2):107-114.
APA	Ibanez, Sandra P..,Lana, Belen.,Manzano, Marisol.,Rovira, Susana.,Montero, Enrique.,...&Cicerone, Daniel.(2021).Preliminary study of water origin in the Uspallata valley and its contribution to the Mendoza river with isotopic and hydrochemical techniques. Mendoza, Argentina.BOLETIN GEOLOGICO Y MINERO,132(1-2),107-114.
MLA	Ibanez, Sandra P.,et al."Preliminary study of water origin in the Uspallata valley and its contribution to the Mendoza river with isotopic and hydrochemical techniques. Mendoza, Argentina".BOLETIN GEOLOGICO Y MINERO 132.1-2(2021):107-114.