Landscape and Geological Factors of Water and Ecological Conditions Technogenesis of Donbas at the Post-Mining Stage

Anpilova, Yevheniia; Yakovliev, Y.; Drozdovych, I.

doi:10.3997/2214-4609.2020geo136

Cited by 12 publications

(3 citation statements)

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“…Робота є продовженням багаторічної праці, основні результати якої наведено в [16,17]. Одним із можливих напрямків роботи визнано доцільним додати до об'єктової бази досліджуваних систем -антропогенне навантаження екологічних систем вугільновидобувних родовищ [18,19].…”

Section: теорія методика та результати дослідженняunclassified

Information system of decision making support for sustainable natural resource management and environmental safety

Myrontsov¹,

Охарєв²

2021

esanr

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An approach to the integration of data on man-caused impact and environmental situation within the system of information support for decision-making in the area of environmental management and territorial environmental safety was proposed. A method to calculate the coefficient of dynamic correlation of elements of multi-parameter systems was developed. It expands the possibilities of Pearson's correlation linear analysis by introducing the possibility to study the change of correlation coefficients by the "window" approach. The program implementation of the developed methodology and its approbation with the use of data on the ecological condition of water resources in Ukraine, in particular, in the territories of Rivne and Chernivtsi regions was performed. As part of the integration of contact and remote methods of obtaining environmental information, the thematic analysis of space images of Ukrainian Polissya region with the subsequent localization of places of unauthorized amber mining. The realization model of ecological decisions information support system based on the integrated geographic information platform of regional level was proposed. Elements of the system should include, in particular, such components as the collection of heterogeneous environmental information by contact and remote methods, interpretation of monitoring data, evidence-based determination and ranking man-caused impact key factors within relevant geomodels development, assessment and classification scales and the level of man-caused impact on the environment with the subsequent formation of a system of recommendations for management, which makes decisions in the area of nature management and environmental safety.

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Section: теорія методика та результати дослідженняunclassified

Information system of decision making support for sustainable natural resource management and environmental safety

Myrontsov¹,

Охарєв²

2021

esanr

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“…The lens language uses editing and shooting to create emotional metaphors ( Zembylas, 2004 ; Khalid et al, 2021a ). We argue that empathy intervenes in the lens language and helps viewers express emotions ( Moudatsou et al, 2020 ), which in turn triggers artificial language landscapes ( Anpilova et al, 2020 ). The interpretation of lens language is not only limited to the narrative technique itself but also seldom examined from the language landscape of the tourism perspective.…”

Section: Introductionmentioning

confidence: 99%

Exploring the mechanism of empathy on lens language and linguistic landscape on movie-induced tourism: The moderating effect of cultural differences

Zeng

Xu²,

Chen³

et al. 2023

Front. Psychol.

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Since the development of film-induced tourism, scholars have increasingly shifted their attention to examining film-induced tourism from different perspectives. However, little research has been devoted to the underlying mechanisms by which audiences empathize with movie scenes. Current research believes that the lens language of movies is helpful for the communication between the movie and the audience. It not only helps the audience to shape the imagination of the movie scene, but also contributes to the construction of a virtual language landscape, and promotes the audience’s cognition of the movie scene. Bringing their emotions and self-expression into the story ultimately enhances the audience’s perception of where it was filmed. In exploring the framework of the transformation of empathy in lens language to landscape language, cultural differences are also proposed as the boundary conditions for the relationship between lens language and empathy. Structural equation modeling with PLS-SEM was employed to test the proposed hypotheses. The findings suggest that lens language positively predicts language landscape and empathy positively mediates the aforementioned relationship. Furthermore, the interaction term of cultural differences amplifies the relationship between lens language and empathy. Finally, we discuss theoretical and practical implications.

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“…Researchers consider a process of underground coal mining as one of the major technogenesis types that is comparable with geogenesis in terms of intensity and metamorphosis depth [1,2]. Large-scale transformations of rock mass factor lead to changes in the state and characteristics of both the subsurface [3][4][5] and the whole environment [6,7].…”

Section: Introductionmentioning

confidence: 99%

Forecasting Underground Water Dynamics within the Technogenic Environment of a Mine Field. Case Study

et al. 2021

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The objective is to analyze the dynamics of the underground water of a mine field based on the study of the geofiltration process of the rock mass disturbed by mining to achieve safe extraction operations as well as subsurface territories at the stage of the mining enterprise closure. Numerical modeling, based on a finite difference method under the conditions of multifactority and definite uncertainty of processes of transformation of technogenic environment of a mine field, helps solve a problem concerning underground water dynamics forecasting. A hydrodynamic model of the M.I. Stashkov mine was developed while solving option series of epignosis problems in terms of the chronology of mine field stoping. The abovementioned made it possible to identify regularities of the history of filtration, the capacity parameters of rock mass and the expansion of areas of heightened hydraulic conductivity as well as to evaluate qualitatively the water balance components of a carbonic watered formation and an overlying one. The stage of mining closure helped obtain the forecasting hydrodynamic solutions. The efficiency of measures, concerning reduction of water ingress into mine workings and the mitigation of surface ecological effects of mine flooding was evaluated quantitatively. It was determined that implementation of the water control procedures makes it possible to perform a 10–38% decrease in water ingress. In this context, they may be applied both independently and simultaneously. In terms of mine closure and flooding, a period of complete underground water recovery takes three years; in the process, surface zones of potential waterlogging and swamping are developed within the floodplain of Samara River, located at the territory of Western Donbas (Ukraine). The scientific novelty is to define regularities of hydraulic conductivity transformation of the rock mass of a mine field starting from the mine working roof fall, up to its compaction during the mine operation period. To do that, nonstationary identification problems were solved, using numerical modeling. The abovementioned makes it possible to improve the reliability of hydrodynamic prognoses and develop technological schemes to control water at the state of the mine closure.

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Landscape and Geological Factors of Water and Ecological Conditions Technogenesis of Donbas at the Post-Mining Stage

Cited by 12 publications

References 0 publications

Information system of decision making support for sustainable natural resource management and environmental safety

Information system of decision making support for sustainable natural resource management and environmental safety

Exploring the mechanism of empathy on lens language and linguistic landscape on movie-induced tourism: The moderating effect of cultural differences

Forecasting Underground Water Dynamics within the Technogenic Environment of a Mine Field. Case Study

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