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(15)Hydrochemical changes and groundwater grouping data by multivariate statistical methods within one karst system: recharge-discharge zone (Eastern Serbia case study)

机译:(15)一岩溶系统内多元统计方法的水化学变化和地下水分组数据:充电 - 放电区(东塞尔维亚案例研究)

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摘要

To define changes in hydrochemical composition from the recharge to the discharge zone of the complex Kucaj-Beljanica karst massif, located in eastern Serbia, on a quarterly basis within one hydrologic year, a physico-chemical analysis was performed, along with the determination of ions (cations and anions) and isotope ~(13)C content in rainwater, surface and groundwater (cold, sub-thermal and thermal). The multiparameter analysis of parameters was also used to determine the best combination and grouping of similar hydrochemical characteristics, as well as to determine the dependence of chemi?cal parameters of the water, which may indicate the predominant complex geochemical underground processes. The results showed that the Ca~(2+) and dissolved oxygen O_2 content in water decreases with circulation depth; while, the content of all other observed elements increases as a result of complex geochemical processes that occur within the complex karst environment.
机译:为了定义从一个水文年内的季度基于塞尔维亚东部的复合物kucaj-beljanica喀斯特大块地区的核心化组合物的变化,季度在一个水文年内,进行了物理化学分析,以及离子的测定 (阳离子和阴离子)和同位素〜(13)C含雨水,表面和地下水(冷,副热和热)。 参数的多分钟分析还用于确定类似的水化学特性的最佳组合和分组,以及确定化学的依赖性水的依赖性,这可能表示主要的复杂地球化学地下过程。 结果表明,水中的Ca〜(2+)和溶解的氧O_2含量随循环深度而降低; 虽然,所有其他观察到的元素的内容由于复杂的岩溶环境中发生的复杂地球化学过程而增加。

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