The consequences of establishing military training areas for land use development—A case study of Libavá, Czech Republic

Havlíček, Marek; Skokanová, Hana; Dostál, Ivo; Vymazalová, Marie; Pavelková, Renata; Petrovič, František

doi:10.1016/j.landusepol.2018.01.039

Cited by 26 publications

(17 citation statements)

References 42 publications

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“…A similar approach is the mutual comparison of LC changes in several areas which were presented e.g. on the example of a set of 56 settlements (Skanes & Bunce, 1997), a military training area and its surroundings (Havlíček et al, 2018) or on the example of three wine-growing areas (Štefunková & Hanušin 2019). The LC conversion schemes can be unambiguous to a certain extent and their application may result in different results.…”

Section: Discussionmentioning

confidence: 99%

Impact of dispersed settlement on the structure and diversity of rural landscape (Case study of village Hrušov, Slovak Republic)

Hanušin

2021

Geogr. Pol.

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The impact of a dispersed settlement on the changes of the land cover (LC) and landscape diversity (LDI) in the years 1950, 1986 and 2016 was analyzed on four spatially different levels: on the level of the whole cadastral area, 60 circular areas – hinterlands of hamlets, 15 circular areas in agricultural land outside hamlets and areas outside circular areas. The primary hypothesis that the landscape with a dispersed settlement is internally differentiated in terms of LC and LDI changes and that a dispersed settlement itself is an important driving force of these changes has been confirmed.

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Section: Discussionmentioning

confidence: 99%

Impact of dispersed settlement on the structure and diversity of rural landscape (Case study of village Hrušov, Slovak Republic)

Hanušin

2021

Geogr. Pol.

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“…We can distinguish five major types of driving forces: political, economic, cultural, technological and natural/spatial (Bürgi et al, 2004;Schneeberger et al, 2007). One possible way to identify landscape development is to use the available historical map data and its processing in geographic information systems (GIS) (Izakovičová, Mederly, Petrovič, 2017, Haladová, Petrovič, 2017, Havlíček et al, 2018, Lieskovský et al, 2018.…”

Section: Theoretical-methodological Basesmentioning

confidence: 99%

Identification and Evaluation of Development Trends in the Conurbation of the Cities of Martin and Vrútky Over the Last 23 Years

Nozdrovická¹,

Turanovičová²,

Gašparovičová³

2018

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In this paper we evaluate the development trends in the conurbation of the cities of Martin and Vrútky which is situated in the northern part of central Slovakia. Two time frames were chosen for our study. The first is the period from 1993 to 2003. It is the period before the accession of the Slovak republic to the European Union. The second period is from 2003 to 2016after Slovakia´s accession to the European Union. The aim of this paper is to identify and evaluate development trends in the conurbation of the cities of Martin and Vrútky based on the comparison of land use changes over the last 23 years. We discovered that there were more significant changes in the first period (1993-2003). The strongest development trend in this area was afforestation which covered and area of 733.12 ha.

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“…Subsequently, all the aerial survey photos were georeferenced within the S-JTSK coordinate system and stored in the TIF format. Vectorization based on a classification key (Table 3) was carried out first for 2016 and then retrospectively, according to the method of reverse interpretation (Havlicek et al, 2018), in which the data layers from 2016 were recorded into the previous period of time and changes in the temporal area of the polygons were analysed in comparison with the current conditions of the landscape. After the creation of data layers for all periods of time, the areas of all polygons were quantified and exported to the Microsoft EXCEL 2007 program, in which the statistical calculations and analyses were conducted.…”

Section: Gardenmentioning

confidence: 99%

Changes in the Secondary Landscape Structure in Hruby Jesenik Mountains (Czech Republic)

Dostal

Machar

Mackovčin

2020

Journal of Landscape Ecology

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This study deals with the analysis of changes in the secondary landscape structure of the territory of the Jeseniky Mountains (Czech Republic) monitored in the years 1946, 1953, 1962, 2000, and 2016. The study analysed georeferencing aerial geodetic images in the QGIS 2.18 program. On the basis of the land use classification key that was created, historical changes were identified in the following categories of land use; forest, arable land, orchards, water surfaces, wild life refuges and scattered greenery, river networks, permanent grass stands, meadows and pastures, gardens and built-up areas, courtyards and hard surfaces. The surface areas of land use categories were utilized for the calculation of change indicators regarding the structure of the landscape (landscape similarity index, coefficient of ecological stability, and change index). The maps for land use created for individual historical periods functioned as the starting point for a comprehensive assessment of the landscape by means of a SWOT analysis, which created the basis for a proposal for permanently sustainable utilization of the landscape in the area that was monitored. The study results indicate that the analysis of the historical development of the secondary landscape structure may be utilized as a decision support tool when planning sustainable landscape management.

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The consequences of establishing military training areas for land use development—A case study of Libavá, Czech Republic

Cited by 26 publications

References 42 publications

Impact of dispersed settlement on the structure and diversity of rural landscape (Case study of village Hrušov, Slovak Republic)

Impact of dispersed settlement on the structure and diversity of rural landscape (Case study of village Hrušov, Slovak Republic)

Identification and Evaluation of Development Trends in the Conurbation of the Cities of Martin and Vrútky Over the Last 23 Years

Changes in the Secondary Landscape Structure in Hruby Jesenik Mountains (Czech Republic)

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