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

机译:地球化学障碍作为地球化学系统的自我组织形式(研究Kerch半岛,俄罗斯的案例)

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摘要

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,将地下水排放到地球化学条件的急剧变化,导致地球化学障碍(GCB)的形成。在本文中,由于Kerch半岛自组织系统的实施例,地球化学 - 土壤有机物质 - 气体 - 气体相互作用的地球化学研究结果地球化障碍导致形成一种非平衡地质系统的形成具有直接的各个结构地球化学系统(GCS)的组件,大小和边界之间的逆连接由许多因素决定:频率和放电,化学成分,源极的温度和环境的温度,系统内的相位过渡与互动异构介质:“水岩“,”水 - 大气“,”水 - 冰“,”水土“,”水 - 植物(包括藻类和其他生物)“等。多环芳烃(PAH)用作示踪剂这种互动。

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