Assessment Engineering Geological Zoning of Kalush City Using ERS Data for Urban Development

Mykolaenko, O.; Zhyrnov, Pavlo; Sadoviy, Y.; Tomchenko, Оlha; Pidlisetska, I.

doi:10.3997/2214-4609.201902029

Cited by 3 publications

(2 citation statements)

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“…Dynamic's tracking of sinkhole's size which was formed in October of 2008 year and sizes of which were 11×19×28 m indicate that it increased in size, became round with 40 m diameter as at December of 2015 year. The general length of created sinkhole was 67 meters since it joined with sinkhole No 14a (Mykolaenko et al, 2019). The sinkhole is drained and preserved at present time.…”

Section: The Results Of the Researchmentioning

confidence: 97%

“…The information about waste storage sites, risks' assessment associated with their operation and TMFs' monitoring No 1, 2, 3 for the adequate danger degree's assessment and prevention of chemicals' leakage stored at them is displayed in some scientific works (Malyk et al, 2013). Analysis of technogenical and natural factors that affected the salt karst development in Kalush was based on some articles (Pavliuk, 2016;Chepurnyi et al, 2020) Authors' previous scientific researches, which describe engineering geological zoning's methodology and engineering construction assessment of city with difficult geodynamic and geoecological situation taken into account in the current article (Mykolaenko et al, 2019;Zhyrnov et al, 2019;Trofimov & Krasilova, 2008). Corresponding scientific report was analysed for the engineering geological restrictions' allocation of Kalush (Sadoviy & Tsimbalista, 2017).…”

Section: Methodsmentioning

confidence: 99%

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Analysis of the Geoecological Situation in Kalush: Current Situation and Ways of Solving the Problem

Zhyrnov¹,

Tomchenko

Pidlisetska

et al. 2021

Geodesy and Cartography

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Careless economic activity of chemical and mining enterprises of the Kalush-Holyn potassium salts deposit has caused ecological disbalance in a subsurface rock layers. This caused a technogenic disaster in Kalush such as the intensification of dangerous geological processes: flooding and waterlogging of lands, intensification of karst and suffusion processes, deterioration of groundwater and surface water. The study results of the geoecological situation in Kalush using research reports’ materials of the specialized state enterprises and relevant thematic maps; and interpretation of remote sensing data are higlighted in the article. Comprehensive map of the geoecological situation of Kalush was developed in order to visualize the processes associated with the deformation of the earth’s surface in the area of Kalush and other negative phenomena that must be taken into account when planning the development of the city.

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Section: The Results Of the Researchmentioning

confidence: 97%

Section: Methodsmentioning

confidence: 99%

Analysis of the Geoecological Situation in Kalush: Current Situation and Ways of Solving the Problem

Zhyrnov¹,

Tomchenko

Pidlisetska

et al. 2021

Geodesy and Cartography

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Geodynamics

Zhyrnov¹

2022

JGD

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The article is aimed at conducting the engineering-construction assessment of Irpin town of Kyiv region. It is based on the engineering-geological zoning of the settlement, which provides the allocation of different-level taxonomic units with a set of natural and anthropogenic factors of construction conditions from the largest unit (engineering-geological region) to the smallest (sites and subsites). Engineering and geological surveying and mapping became the main research methods. The main result of the study was a comprehensive comparison of data on the geomorphological, geological-genetic structure, hydrogeological conditions, soils’ composition and properties of Irpin. It ultimately provided an opportunity to build a large-scale synthetic map of engineering-geological zoning and engineering- construction assessment of the town. The study identified eleven engineering-geological sites with appropriate characteristics of natural and anthropogenic factors of construction conditions factors, including have been identified, among which six sitesare unfavorable for construction. The scientific novelty of the above research lies in the application of engineering-geological zoning as a basis for engineering-construction assessment, which is not limited to the selection of planning restrictions of an engineering-geological nature. For the first time the novel method of engineering-geological subsites’ selection is based on the principle of taking into account natural hazards and morphometric characteristics of the relief. They reflect the degree of erosion dissection, potential for the of modern relief-forming processes’ manifestation and soil erosion. The practical aspect of the conducted research consists in creating a high-quality scheme of engineering-construction assessment, supplementing the scheme of existing planning restrictions, selecting optimal and economically justified measures for engineering preparation and territories’ protection against dangerous geological processes. Engineering-geological zoning allows you to determine safe places for the accomodation of engineering structures, their structural features, choose rational types of foundations, reduce the cost of survey and construction work and generally improve the design’s quality.

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Engineering and geomorphological map of Irpin: significance for engineering geological zoning and evaluation of the city construction

Zhyrnov,

Solomakha

2023

geomorphologie

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The scheme of engineering-construction evaluation, which is created based on engineering geological zoning of city territories, is necessary among additional graphic materials in the design of master plan projects, as determined by state building codes. Engineering geological zoning provides a selection of different taxonomic units, having particular engineering and geological conditions that ultimately determine construction sites to a specific suitability category. A variant of synthetic large-scale engineering and geomorphological mapping applied to Irpin (Kyiv region, Ukraine) is built based on morphogenetic, morpholithologic, morphometric and morphodynamic data. The results enabled to determine different rank taxons of engineering and geological zoning, including small ones such as engineering and geological subdistricts according to their morphologic characteristics, and engineering and geological second order sites according to morphometric indexes. The results of engineering geomorphological mapping provided (i) an opportunity to determine the morphologic and morphogenetic conditions of Irpin, (ii) natural hazards spatial extent on new areas, and (iii) indications on relief elements that complicate the construction development. The assessment has become an ultimate result for both the complexity of engineering geomorphological conditions and geomorphological factors for the appropriate creation of construction evaluation scheme’s and corresponding measures’ selection of engineering training; such an assessment is also essential for the protection of Irpin territory and its problematic construction sites.

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Assessment Engineering Geological Zoning of Kalush City Using ERS Data for Urban Development

Cited by 3 publications

References 0 publications

Analysis of the Geoecological Situation in Kalush: Current Situation and Ways of Solving the Problem

Analysis of the Geoecological Situation in Kalush: Current Situation and Ways of Solving the Problem

Geodynamics

Engineering and geomorphological map of Irpin: significance for engineering geological zoning and evaluation of the city construction

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