Hodnotenie intenzity ľudského vplyvu na využívanie krajiny a jej vývoj: prípadová štúdia environmentálne zaťaženej obce Rudňany

Hruška, Matej; Petrovič, František

doi:10.17846/gi.2018.22.2.70-83

Cited by 2 publications

(1 citation statement)

References 9 publications

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“…The aforementioned formulas for calculating the CES were also used in other works, such as Buček and Míchal (1990), Žigrai (2001), Reháčková and Pauditšová (2007), Malenová (2008), Hruška and Petrovič (2018), and others. On the other hand, Streďanský and Šimonides (1995) used their own CES, which was also used by Petrovič (2005).…”

Section: Discusion and Conclusionmentioning

confidence: 99%

Mapping and Assessment of Land Cover Change and Ecological Stability: A Case of Three Transects in Slovakia

Vojteková¹,

Vojtek²,

Boltižiar³

et al. 2022

ASP.FC

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Aim of the study: The aim of this paper is to analyze and assess the land cover change in three transects in Slovakia by applying the coefficient of ecological stability and the coefficient of anthropogenic impact in four different time horizons (1950, 1990, 2000, and 2020). Based on the specific natural and socio-economic factors influencing landscape formation and change, we chose three transects from the territory of Slovakia as study areas. The study areas are located in western Slovakia (transect called Záhorie: Rudava – Buková), central Slovakia (transect called Turiec: Martin – Moškovec), and eastern Slovakia (transect called Poloniny: Stakčín – Ruské). Material and methods: Several methodological tools have been created to express the level of ecological stability of a given territory. In our study, we used the coefficient of ecological stability (CES). The intensity of changes in the landscape as a result of human activity was also described through the coefficient of anthropogenic influence (CAI). Results and conclusions: The results of CES and CAI indicate a similar situation in case of the Záhorie: Rudava – Buková transect and the Poloniny: Stakčín – Ruské transect. For the Poloniny: Stakčín – Ruské transect, the CES values are significantly higher than 1.21, which is a landscape with high ecological stability, and the CAI values are close to 0, which also represents a landscape with a minimal intensity of changes due to human activity. In the case of the Záhorie: Rudava – Buková transect it is similar, but the CES values do not reach such high values as in the case of the Poloniny: Stakčín – Ruské transect, which is mainly influenced by the fact that the Poloniny: Stakčín – Ruské transect passes through a protected area of the Poloniny National Park. In the case of the Turiec: Martin – Moškovec transect, there is no correspondence between the CAI and CES values, as the CAI values are less than 1 (the highest value is 0.46), which represents a landscape with a minimal intensity of changes due to human activity. However, the results of CES are values lower than 0.8, which represents a landscape with low ecological stability.

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Section: Discusion and Conclusionmentioning

confidence: 99%

Mapping and Assessment of Land Cover Change and Ecological Stability: A Case of Three Transects in Slovakia

Vojteková¹,

Vojtek²,

Boltižiar³

et al. 2022

ASP.FC

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An analysis of urban green spaces – a case study in Poland and Slovakia

Starczewski

Douša

Lopata

2023

ASPAL

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Motives: Rapid urbanisation and the associated spatial, environmental, and economic changes have shifted the researchers’ attention to modern cities. Urban green spaces are a vital component of sustainable development because they reduce noise, purify air, improve the local climate and rainwater quality, and provide numerous recreational and relaxation opportunities for the residents. The implementation of the green city concept can have a positive impact on both the environment and the quality of life in a city. Aim: The aim of the study was to analyse changes in the landscape and surface of urban green spaces, to present the structure of green areas, and to identify change trends in urban green spaces in the Polish city of Toruń and the Slovak city of Košice. The ecological resilience of the studied areas was also examined. Results: The results of the study indicate that the area occupied by urban green spaces (including urban green areas, sport and leisure facilities, and forests) continues to expand in the studied cities. The rate of increase was much higher, but still low, in the Slovak city of Košice. The analysis of change trends revealed that most industrial and commercial areas were developed in urban green spaces. At the same time, new green spaces were created mainly at the expense of semi-natural areas. Both Toruń and Košice are characterised by average landscape stability.

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Hodnotenie intenzity ľudského vplyvu na využívanie krajiny a jej vývoj: prípadová štúdia environmentálne zaťaženej obce Rudňany

Cited by 2 publications

References 9 publications

Mapping and Assessment of Land Cover Change and Ecological Stability: A Case of Three Transects in Slovakia

Mapping and Assessment of Land Cover Change and Ecological Stability: A Case of Three Transects in Slovakia

An analysis of urban green spaces – a case study in Poland and Slovakia

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