首页> 外文会议>International Symposium on Advances in Isotope Hydrology and its Role in Sustainable Water Resources Management >HYDROCHEMICAL AND ISOTOPIC GROUNDWATER INVESTIGATION IN THE OLTREPò REGION (PO VALLEY, NORTHERN ITALY)
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HYDROCHEMICAL AND ISOTOPIC GROUNDWATER INVESTIGATION IN THE OLTREPò REGION (PO VALLEY, NORTHERN ITALY)

机译:Oltrepō地区的水化学和同位素地下水调查(Po Valley,意大利北部)

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A hydrogeologic investigation was conducted using hydrochemistry and isotope techniques in the lowland of the Oltrepò region (Po valley, Northern Italy). Groundwater generally displays a calcium bicarbonate facies. Along major discontinuities, the Po valley brines moves upward and mix with fresh groundwater. Stable isotopes of the water molecule indicate the main aquifer recharge areas, corresponding to the alluvial fans of the major rivers fl owing from the Apennine towards the Po river. The observed different deuterium excess in groundwater relates to the origin of precipitation and the location of the river drainage basins. A hydraulic connection, underneath the Po river, between the deep aquifers of the Lomellina and the Oltrepò is also evidenced, implying that deep groundwater is recharged in the pre-alpine area and is several thousand years old.
机译:在Oltrepō地区的低地(Po Valley,Italy)的低地使用水利化学和同位素技术进行了水文地理调查。地下水通常显示碳酸氢钙相。沿着主要的不连续性,PO谷盐水向上移动并与新鲜地下水混合。水分分子的稳定同位素表明了主要的含水层充电区域,对应于从亚平宁朝向PO河的主要河流的冲积粉丝。地下水中观察到的不同氘过量涉及降水的起源和河流排水盆地的位置。在洛美丽娜和Oltrepō的深含水层之间的液压连接也在罗河之间也有所证明,暗示深水水域在高山地区充电,数千年。

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