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Accumulation and retention reservoirs in Czechia
Leipeltová, Petra ; Kocum, Jan (advisor) ; Česák, Julius (referee)
This bachelor thesis is aimed in detail on small water reservoirs, on their distribution and function. Brief history of reservoirs is mentioned as well as their water management and technical solution. The part of the thesis is represented by the assessment of their influence and integration within an environment. In the second part, historical use and potential renovation of former accumulation reservoirs in Šumava Mts., situated in Vydra River basin and used for wood floating in the past, is solved. These water bodies are no more in function but their system could be an effective part of measures within an integrated flood protection and hydrological drought elimination. Geomorphologically suitable relief of Vydra River basin, source area of extreme runoff situations formation, also provides optimum conditions for realization of small retention reservoirs that could, in connection with other measures for headstream areas retention potential enhancement, reduce extreme runoff episodes in future. Keywords: small water reservoir, accumulation reservoir, retention reservoir, integrated flood protection, hydrological drought, Vydra River basin
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Hydrological regime of the Mladotice Lake
Čuřík, Jan ; Janský, Bohumír (advisor) ; Česák, Julius (referee)
diploma thesis called "Hydrological regime of Mladotice Lake" deals with the hydrological function of the lake in terms of flood waves transformation and retardation. The author focuses on the influence of causal rainfall on Mladotický Stream water level fluctuation as well as on the ability of the lake to retain or transform peak flows. Relationships between rainfall episodes and corresponding Mladotický Stream peak flows together with flood waves shape and delay presented on hydrograms represent main outcomes and results of this thesis. Furthermore, Mladotický Stream hydrological data, which are used for the purpose of runoff regime analysis, are extrapolated by means of calculated convertible index. Powered by TCPDF (www.tcpdf.org)
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Accumulation and retention reservoirs in Czechia
Leipeltová, Petra ; Kocum, Jan (advisor) ; Česák, Julius (referee)
This bachelor thesis is aimed in detail on small water reservoirs, on their distribution and function. Brief history of reservoirs is mentioned as well as their water management and technical solution. The part of the thesis is represented by the assessment of their influence and integration within an environment. In the second part, historical use and potential renovation of former accumulation reservoirs in Šumava Mts., situated in Vydra River basin and used for wood floating in the past, is solved. These water bodies are no more in function but their system could be an effective part of measures within an integrated flood protection and hydrological drought elimination. Geomorphologically suitable relief of Vydra River basin, source area of extreme runoff situations formation, also provides optimum conditions for realization of small retention reservoirs that could, in connection with other measures for headstream areas retention potential enhancement, reduce extreme runoff episodes in future. Keywords: small water reservoir, accumulation reservoir, retention reservoir, integrated flood protection, hydrological drought, Vydra River basin
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Hydrological regime of the Mladotice Lake
Čuřík, Jan ; Janský, Bohumír (advisor) ; Česák, Julius (referee)
diploma thesis called "Hydrological regime of Mladotice Lake" deals with the hydrological function of the lake in terms of flood waves transformation and retardation. The author focuses on the influence of causal rainfall on Mladotický Stream water level fluctuation as well as on the ability of the lake to retain or transform peak flows. Relationships between rainfall episodes and corresponding Mladotický Stream peak flows together with flood waves shape and delay presented on hydrograms represent main outcomes and results of this thesis. Furthermore, Mladotický Stream hydrological data, which are used for the purpose of runoff regime analysis, are extrapolated by means of calculated convertible index. Powered by TCPDF (www.tcpdf.org)
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