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Geochemical barriers as a form of self-organization of geochemical systems ( case of study Kerch Peninsula, Russia)

机译:地球化学壁垒是地球化学系统自我组织的一种形式(俄罗斯克切半岛研究案例)

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According to the author's concept, discharge of groundwater to the surface is considered as a sharp change of geochemical conditions, leading to the formation of geochemical barriers (GCB). In the article presented results of geochemical study of groundwater-soil-organic matter-gas interaction as example of Kerch Peninsula self-organizing system The geochemical barriers give rise to the formation of a kind of non-equilibrium geoecosystems with an individual structure of direct and inverse connections between the components, size and borders of geochemical systems (GCS) are determined by many factors: frequency and scale of discharge, chemical composition, temperature of the source and of the environment, phase transitions within the system with interacting heterogeneous media: "water – rocks", "water – atmosphere", "water – ice", "water – soil", "water – plants (including algae and other living organisms)", and etc. Polycyclic aromatic hydrocarbons (PAHs) are used as tracers of this interaction.
机译:根据作者的概念,地下水向地表的排放被认为是地球化学条件的急剧变化,导致形成了地球化学屏障(GCB)。在本文中,以克尔奇半岛自组织系统为例,介绍了地下水-土壤-有机物-气体相互作用的地球化学研究结果。地球化学的障碍导致了一种非平衡地球生态系统的形成,其具有直接和间接的个体结构。地球化学系统(GCS)的组成部分,大小和边界之间的反向联系取决于许多因素:排放的频率和规模,化学成分,源和环境的温度,系统中具有相互作用的异质介质的相变:水–岩石”,“水–大气”,“水–冰”,“水–土壤”,“水–植物(包括藻类和其他生物)”等。多环芳烃(PAH)用作示踪剂互动。

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