Thermodynamic modeling (in the software suite Selector) of the processes controlling the surface and groundwater chemistry in the catchment area of the Malaya Belaya River as part of the water-rock system made it possible to identify the migration forms and ratios of vital, carcinogenic, and toxic elements. It was found that the surface and groundwater chemistry is controlled by the interactions of surface, ground, and fissure water with the nepheline syenites and chibinites of the Khibiny massif, which is supported by the data on the concentrations of heavy isotopes of hydrogen and oxygen (δ18O and δ2H). The natural water chemistry and the element ratios may be causes of some of the diseases common among the area's residents, since these diseases are due to the excessively high or low or out-of-balance concentrations of many biologically important components and ratios thereof.

中文翻译：

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西南Khibiny山（马来亚贝拉亚河流域）自然水化学的成因。

作为水岩系统的一部分，对作为水岩石系统一部分的马来亚贝拉亚河集水区的地表和地下水化学进行控制的过程的热力学建模（在Selector软件套件中），使人们能够确定重要的致癌物质，和有毒元素。发现地表和地下水化学受地表水，地下水和裂隙水与Khibiny地块的霞石正长岩和斑岩的相互作用控制，这由氢和氧的重同位素浓度的数据支持（ δ18O和δ2H）。天然水的化学成分和元素比可能是造成该地区居民常见疾病的原因，