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WATER BODIES IN SUBSIDENCE BASINS IN THE SILESIAN UPLAND AS AN EXAMPLE OF ANTHROPOGENIC CHANGE IN THE NATURAL ENVIRONMENT
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References15
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Topographic map, 1:25000, Messtischblatt, sheet: 6077 – Jastrzemb, 5878 – Orzesche, 1884; sheet: 5679 – Beuthen, 1934; sheet: 5778 – Gleiwitz, 1940; 5777 – Kieferstadtel, 1942; 5877 – Golleow, 1944.
Topographic map of the Upper Silesian Industrial Region, 1:25000, sheet: 6. Topographic Board of the General Staff, Poland, 1960.
Topographic map, 1:25000, sheet: 541.11 – Mszana, 541,12 – Jastrzębie Zdrój, GUGiK, Poland, 1984; sheet: 521.43 – Piekary Śląskie, 531.14 – Knurów, GUGiK, Poland, 1987.
Topographic map, 1:10000, sheet: Bytom-Miechowice, Bytom, GUGIK, Warszawa, Poland, 2002.
Topographic map, 1:50000, sheet: Gliwice, Jastrzębie Zdrój, OPGK, Białystok, Poland, 1998.
Topographic map of the ROW, 1:25000, sheet: 5, Topographic Board of the General Staff, Poland, 1961.
Rzętała M.A. Shore processes and bottom deposits of selected water reservoirs under conditions of varied anthropopression (a case study of Silesian Upland and its borders), University of Silesia, Poland, pp 1-147, 2003 [in Polish].
Dulias R., Anthropogenic Denudation in Mining Areas on the Example of the Upper Silesian Coal Basin, University of Silesia, Poland, pp 1-260, 2013 [in Polish].
Machowski R. & Rzetala M.A. Morpho- and hydrogenesis of water bodies in subsidence basins as exemplified by water bodies in Zabrze, Upper Silesia (Southern Poland), Zeitschrift für Geomorphologie, Germany, DOI: 10.1127/0372-8854/2014/0135, pp 1-13, 2014.
Sierka E. Stalmachová B. Molenda T. Chmura D. & Pierzchała Ł. Environmental and socio-economic importance of mining subsidence reservoirs, BEN Technická Literatura, Czech Republic, pp 1-110, 2012.
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