National Repository of Grey Literature 3 records found  Search took 0.00 seconds. 
Evaluation of the efficiency of erosion and runoff conditions of a selected catchment areas
Mokrejš, Filip ; Ing. Kateřina Vašinová, Ph.D (referee) ; Dumbrovský, Miroslav (advisor)
The subject of the bachelor's thesis was to evaluate the erosion and runoff conditions in the area of interest and then to design alternative measures to mitigate the impacts of water erosion. Evaluation of erosion conditions was conducted in ArcGIS using hydrologically correct DMT. The runoff conditions were evaluated using the hydrological model DesQ. A variant of climate change and impacts on soil erosion and agriculture is also presented. In conclusion, the effectiveness of individual soil erosion control measures was evaluated.
Water areas localization in landscape as adaptation measures to eliminate climatic extremes
Mokrejš, Filip ; Moravcová,, Aneta (referee) ; Sobotková, Veronika (advisor)
The subject of the diploma thesis is the analysis of the cadastral area of the municipality of Čejkovice concerning erosion and runoff conditions. ArcMap and USLE2D programs were used to evaluate erosion conditions. The determination of runoff characteristics was preceded by the identification of critical profiles, for which the calculation was subsequently performed in the DesQ-MaxQ program. Based on the evaluation, suitable erosion control measures were proposed, and the post-design condition was evaluated. Finally, the work focuses on small water bodies. Using the available literature, recommendation criteria for the selection of locations for small water bodies were established and a selection of suitable sites in the area of interest was made. The selected sites were developed into details of documentation for planning permission.
Evaluation of the efficiency of erosion and runoff conditions of a selected catchment areas
Mokrejš, Filip ; Ing. Kateřina Vašinová, Ph.D (referee) ; Dumbrovský, Miroslav (advisor)
The subject of the bachelor's thesis was to evaluate the erosion and runoff conditions in the area of interest and then to design alternative measures to mitigate the impacts of water erosion. Evaluation of erosion conditions was conducted in ArcGIS using hydrologically correct DMT. The runoff conditions were evaluated using the hydrological model DesQ. A variant of climate change and impacts on soil erosion and agriculture is also presented. In conclusion, the effectiveness of individual soil erosion control measures was evaluated.

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