Abstract
The article demonstrates financial instructions and ring degassing structures decoded by the author's technique in the northeast and southeast of Kazan. The structures of various types were identified in areas of the territories of the Volga and Soviet districts of the city and mapped on the functional zones of Kazan of these areas. Residential areas Nagorny, Aki, Quarry of the Sovetsky district, and Mirny, Ferma-2 of the Volga district of Kazan were selected as the research territories. This matter overly helps visually identify areas of the city that are in potential jeopardy of non-human impact. The article indicates the hypothesis about the need to consider the active structures of hydrogen degassing during the development of the territory from analyzing the functional zoning scheme of the studied territory, and provides a detailed comparative analysis of the distribution of ring structures in residential and green functional zones.
Highlights
The active development of the urban territory of Kazan over the past few years has led to a substantial increase in urban housing development in the peripheral parts
Often planning for the development of specific territories does not include analysis of existing active traces of hydrogen degassing, which is accompanied by the formation of karst landforms in these places
In (Rudenko, 2019), methods for monitoring the traces of hydrogen degassing manifested on the Earth's surface by terminal structures of various types, in particular karst funnels, dips, suffusion, subsidence and uplifts with overgrowing hydrophilic vegetation or swamping, flooding, and flooding (Larin et al, 2015; Shestopalov & Makarenko, 2013), (Shestopalov & Bublyas, 2016), (Shestopalov et al, 2001) and others
Summary
The active development of the urban territory of Kazan over the past few years has led to a substantial increase in urban housing development in the peripheral parts. Often planning for the development of specific territories does not include analysis of existing active traces of hydrogen degassing, which is accompanied by the formation of karst landforms in these places. Ignoring these construction conditions leads to immediate technical difficulties and to an increase in the risk of collapse during the subsequent operation of buildings. This aspect was considered by the authors of this article from the hypothesis about the need to take into account the distribution sites of active degassing structures when planning residential development.
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