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Hydrological drought and surface water quality as research education on grammar school
Janečková, Petra ; Matoušková, Milada (advisor) ; Matějček, Tomáš (referee)
The bachelor's thesis deals with the topics of hydrological drought and water quality in the school environment. The goal of the thesis is to create a worksheet using research-oriented teaching, on the above-mentioned topics. In the theoretical part, from the available professional and popular science sources, it characterizes both professional and didactic issues with the help of research. The theoretical part of the bachelor thesis serves as a basis for creating a worksheet. In the practical part, with the help of a worksheet, it increases students' awareness of hydrological drought and surface water quality. The conclusion of the thesis discusses the students' results from the worksheet. Key words research-oriented education, hydrological drought, surface water quality, worksheet
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Impacts of hydrological extremes on surface water quality in headwater areas. Application in the model study area of the upper Rolava catchment.
Šajnarová, Lucie ; Matoušková, Milada (advisor) ; Havlíková, Petra (referee)
Precipitation-runoff extremes in the source areas have a significant effect on changes in the geochemism of surface waters, which also affect peatlands in the basin. The main goals of this theses include research literature on the topic of changes in the geochemism of surface waters in spring areas with peat bogs in the basin in response to precipitation-runoff extremes. Furthermore, an analysis of runoff and precipitation conditions in the hydrological years 2018, 2019 and 2020 and an analysis of changes in water quality parameters depending on precipitation-runoff extremes for the period from 2013 to 2020 were performed. The relationship between conductivity and flow was monitored using hysteresis loops. The work used data from the experimental profile of KFGG PřF UK on the Slatinný potok and data on flows for the profile Chaloupky in the Rolava from ČHMÚ. The results show that the relationship between conductivity and flow can be analyzed using hysteresis loops, especially in the period with a rapid increase in flow and their shape changes depending on the reconditioning of the basin. Flow dependence was also observed for other parameters, such as iron. Keywords: hydrological drought, flood, surface water quality, peat bog, electrical conductivity, hysteresis loop
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