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Viticultural landscapes: Localised transformations over the past 150 years through an analysis of three case studies in Slovakia

katastru pro potřeby krajinné ekologie. Kartografické listy, 13: 1–10. BURDOVÁ, L. (2012): Fyloxéra a perenospóra. Historika. Malokarpatský historický občasník. Pezinok, OZ Museum Vinorum, 1(1): 34–36. CAMBEL, S. (2005): Päťdesiate roky na slovenskej dedine. Prešov. UNIVERSUM. CARAVELI, H. (2000): A comparative analysis on intensification and extensification in mediterranean agriculture: dilemmas for LFAs policy. Journal of Rural Studies, 16(2): 231–242. CARRANZA, M. L., ACOSTA, A., RICOTTA, C. (2007): Analyzing landscape diversity in time: The

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Assessing environmental fragility in a mining areafor specific spatial planning purposes

spatial planning. Bucharest, “Ion Mincu” University Publishing House. IANOŞ, I. (2000a): Less favoured areas and regional development in Romania, In: Horvath, G. [ed.]: Regions and Cities in the Global World, Essays in Honour of Gyorgy Enyedi (pp. 176–191). Pecs, Centre for Regional Studies, HAS. IANOŞ, I. (2000b): Territorial systems – A geographical approach (in Romanian). Bucharest, Technical Publishing House. IANOŞ, I. (2016): Causal relationships between economic dynamics and migration. Romania as case study. In: Dominguez-Mujica, J. [ed.]: Global

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Land-Use Changes and Their Relationships to Selected Landscape Parameters in Three Cadastral Areas in Moravia (Czech Republic)

Abstract

The analysis of changes in landscape use and the related significance of some natural factors is examined in this paper, using three municipal cadastral areas in Moravia, Czech Republic. The relationships between changes in the use of the rural landscape and natural conditions were analyzed with the use of GIS tools and methods of canonical correspondence analysis (CCA). The CCA results showed a correlation between the selected natural factors and landscape changes, with the most significant factors being those of slope and altitude. The CCA models exhibited varying reliability in accounting for the extent of landscape changes related to topographical diversity of the territories. Natural conditions were more influential in periods with lower change dynamics and at the same time in areas with higher topographic heterogeneity. Although the results of the statistical analyses confirmed the significance of natural factors, only a part of land use changes could be explained by their influence. Socio-economic factors are apparently the main forces affecting landscape character and change

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Channel migration inferred from aerial photographs, its timing and environmental consequences as responses to floods: A case study of the meandering Topľa River, Slovak Carpathians

., ARSCOTT, D. B., CLARET, C. (2002): Riverine landscape diversity. Freshwater Biology, 47: 517–539. WERRITTY, A., LEYS, K. F. (2001): The sensitivity of Scottish rivers and upland valley floors to recent environmental change, Catena, 42: 251–273. ZANONI, L., GURNELL, A., DRAKE, N., SURIAN, N. (2008): Island dynamics in a braided river from analysis of historical maps and air photographs. River Research and Applications, 24: 1141–1159.

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The distribution of selected CORINE land cover classes in different natural landscapes in Slovakia: Methodological framework and applications

Exploring Spatial Nonstationarity. Geographical Analysis, 28(4): 281–298. CASSIDY, L., BINFORD, M., SOUTHWORTH, J., BARNES, G. (2010): Social and ecological factors and land-use land-cover diversity in two provinces in Southeast Asia. Journal of Land Use Science 5(4): 277–306. CHENG, J., MASSER, I. (2003): Modelling urban growth patterns: a multiscale perspective. Environment and Planning A, 35(4): 679–704. DEMEK, J., MACKOVČIN, P., SLAVÍK, P. (2012): Spatial and temporal trends in land-use changes of Central European landscapes in the last 170 years: a

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A cohort perspective on the fertility postponement transition and low fertility in Central Europe

(4): 689–725. CONRAD, C., LECHNER, M., WERNER, W. (1996): East Germany Fertility after Unification: Crisis or Adaptation? Population and Development Review, 22(2): 331–358. DECLOLY, J. M., GRASLAND, C. (1993): Boundaries, political systems and fertility in Europe. Population: An English Selection, 5: 101–118. DORBRITZ, J. (2008): Germany: Family diversity with low actual and desired fertility. Demographic Research, 19: 557–598. EBERSTADT, N. (1994): Demographic Shocks After Communism: Eastern Germany, 1989–93. Population and Development Review, 20

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Comparison of the current state of non-forest woody vegetation in two contrasted case study areas in Central Europe

. Unasylva 200, 51: 11-17. BOTEQUILHA-LEITÃO, A., MILLER, J., AHERN, J., McGARIGAL, K. (2006): Measuring Landscapes: A Planner´s Handbook. Washington, Island Press. BROWN, N., FISHER, R. (2009): Trees outside woods. Woodland Trust, Grantham. BUREL, F. (1992): Effect of landscape structure and dynamics on species diversity of hedgerow networks. Landscape Ecology, 6: 161-174. BUREL, F., BAUDRY, J. (1990): Structural dynamics of a hedgerow network landscape in Brittany, France. Landscape Ecology, 4: 197

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Planning post-summurbia: From spontaneous pragmatism to collaborative planning?

–233. SIMPSON, F., CHAPMAN, M. (1999): Comparison of Urban Governance and Planning Policy: East Looking West. Cities 16(5): 353–364. SMITH, D. M. (1996): The Socialist City. In: Andrusz, G., Harloe, M., Szelenyi, I. [eds.]: Cities after Socialism: Urban and Regional Change and Conflict in Post-socialist Societies (pp. 70–99). Oxford, Blackwell Publishers. TAMMARU, T., LEETMAA, K., SILM S., AHAS, R. (2009): Temporal and Spatial Dynamics of the New Residential Areas around Tallinn. European Planning Studies 17(3): 423–439. TEAFORD, J. C. (2008): The American

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Analysis of the development of land use in the Morava River floodplain, with special emphasis on the landscape matrix

References AL-ADAMAT, R., DIABAT, A., SHATNAWI, G. (2010): Combining GIS with multicriteria decision making for siting water harvesting ponds in Northern Jordan. Journal of Arid Environments, 74(11): 1471-1477. ANTWI, E. K., KRAWCZYMSKI, R., WIEGLEB, G. (2008): Detecting the effect of disturbance on habitat diversity and land cover change in a post-mining area using GIS. Landscape and Urban Planning, 87(1): 22-32. BAGAR, R., KLIMÁNEK, M. (1999): Hlavní příčiny a důsledky změněných ekologických podmínek v lesních

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Perceptions of Energy Crop Production by Lay People and Farmers Using the Ecosystem Services Approach

://mediathek.fnr.de/grafiken/daten-und-fakten/anbauflache-fur-nachwachsende-rohstoffe-2012.html. HALL, R. L., ALLEN, S. J., ROSIER, P T. W., SMITH, D. M., HODNETT, M. G., ROBERTS, J. M.; HOPKINS, R., DAVIES, H. N. (1996): Hydrological effects of short rotation energy coppice. Institute of Hydrology, Wallingford, UK, 201 pp. HEIDMANN, T., THOMSEN, A., Schelde, K. (2000): Modelling soil water dynamics in winter wheat using different estimates of canopy development. Ecological Modelling, No. 129, p. 229–243. HUNZIKER, M. (2000): Einstellung der Bevölkerung zu möglichen Landschaftsentwicklungen in den Alpen. Eidgenössische Forschungsanstalt WSL

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