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Poslední úprava: prof. RNDr. Jakub Langhammer, Ph.D. (02.04.2024)
approaches to flood protection, control, and mitigation. The students will get a comprehensive overview of the basic concepts of flood risk and detailed insight into its key components – hazard, exposure, and vulnerability. The course will provide information on the methods of analysis of the flood events and flood forecasting, and simulation of flood events. There are discussed recent concepts of integrated flood protection, aimed at designing efficient flood protection measures with respect to the specific requirements of a given environment with a focus on the retention potential of the landscape and the impact of stream regulations and floodplain modifications on the flood course and consequences. Special focus is paid to the management of the flood risk in urbanized areas and to the applicable tools for flood forecasting, flood protection in the urban areas, and the methods of assessment and modeling of the economic damage of flooding. The theoretical lectures will be completed with a workshop, aimed at discussing the approaches to flood risk management on the examples, taken from the management of the flood risk during the recent extreme flood events. A basic background in physical geography, surface water hydrology, or meteorology is necessary to understand the concepts of hydrological extremes and how to mitigate their effects. This lecture is not intended for students who have not taken such introductory courses, at least in a basic form. |
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Poslední úprava: prof. RNDr. Jakub Langhammer, Ph.D. (06.09.2021)
Recommended papers in relevant hydrological journals, i.e.: Journal of Hydrology Hydrology and Earth System Sciences Journal of Flood Risk Management Water Resources Research Advances in Water Resources Hydrological Processes Water Resources Management Water |
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Poslední úprava: prof. RNDr. Jakub Langhammer, Ph.D. (06.09.2021)
The examination consist of (i) an essay, (ii) a presentation, and (iii) a test. (i) The essay is prepared on the topic assigned by the course guarantor. Essays are based on cooperation in mini-teams of 2-3 students and are delivered as review papers, ca. 10 pages long.
(ii) The findings from essays are presented and discussed in the closing workshop of the course. (iii) The written test verifies the knowledge from the course in a set of closed and open questions. The grade is based on evaluating the three parts - written essay, interactive presentation, and test. |
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Poslední úprava: prof. RNDr. Jakub Langhammer, Ph.D. (06.09.2021)
Course outline
River floods Introduction, typology of floods Analysis of historical floods Hydrological flood forecasting River flood modeling
Floods in the landscape Changes of rainfall-runoff processes in headwater areas Geomorphological changes of streams and floodplains due to floods Biological succession and invasion processes triggered by floods Effect of floodplain modifications on flooding
Flood risk management Flood damage - mapping, analysis and modeling Nature-based solutions for flood mitigation Flood plans design Flood response and crisis management
Workshop Presentation of essays |