首页> 外文期刊>Carbonates And Evaporites >(16)Definition of groundwater genesis and circulation conditions of the complex hydrogeological karst system Mlava-Belosavac-Belosavac-2 (eastern Serbia)
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(16)Definition of groundwater genesis and circulation conditions of the complex hydrogeological karst system Mlava-Belosavac-Belosavac-2 (eastern Serbia)

机译:(16)地下水创世纪和循环条件的定义,复杂水文地质岩溶系统Mlava-Belosavac-Belosavac-2(塞尔维亚东部)

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The complex karst system named Mlava-Belosavac-Belosavac 2 is one of the five systems isolated according to detailed research conducted within the Beljanica karst massif which belongs to the Carpatho-Balkanides. In order to define the genesis of groundwaters from these three springs, the deepening of the main karst channel, as well as their underground connec?tion, a multiparameter approach has been applied consisting not only of hydrological, hydrochemical and detailed isotope research methods (stable isotopes ~(18)O, ~2H and ~(13)C, as well as radioactive ~3H and ~3H + ~3He isotopes), but also of cave diving exploration of the Mlava Spring. This method was performed in order to define the morphology of the main karst channels and its spatial position. The obtained results have shown that these three springs belong to the same karst system (they have the same recharge zone and relatively similar hydrochemical and isotopic characteristics, and any deviation is a consequence of a different mean residence time that water spent underground), that emerge to the surface along the contact line with hydrologic barriers through karst channels that have different depths. Also, the research has confirmed that the karst channels have well-developed systems of channels in the vertical profile, with a dominant development of deep syphonal circulation.
机译:名为Mlava-Belosavac-Belosavac 2的复杂岩溶系统是根据Beljanica Karst Massif内部的详细研究分离的五种系统之一,属于Carpatho-Balkanides。为了定义来自这三个弹簧的地下水的成因,应用了主要岩溶通道的深化,以及它们的地下连接,一种多氨位接近的方法,而不仅可以组成,而不仅包括水文,水化学和详细的同位素研究方法(稳定同位素〜(18)O,〜2h和〜(13)c,以及放射性〜3h和〜3h +〜3he同位素),也是洞穴潜水探索的MLava弹簧。进行该方法以定义主要岩溶通道的形态及其空间位置。得到的结果表明,这三个弹簧属于相同的岩溶系统(它们具有相同的充电区和相对相似的水化学和同位素特征,并且任何偏差都是水在地下的不同平均停留时间)的结果沿着接触线的表面,通过具有不同深度的岩溶通道的水文屏障。此外,该研究证实,岩溶通道在垂直轮廓中具有充分发放的通道系统,具有深度荫道循环的主导发展。

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