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Water analysis and combating drought in the Rokytná river basin
Říha, Tomáš ; Vrba, Jan (referee) ; Veselý, Jaroslav (advisor)
This diploma thesis focuses on water management analysis of the Rokytná River and finding suitable precautions usable by municipalities when dealing with drought and lack of water in their administrative district. The short research at the beginning of the thesis summarizes problematic of drought and lack of water in the Czech Republic, including the current state and overall context. Next part focuses on the assessment of current state of the Rokytná River basin, based on performed reconnaissance of the basin and processed analysis of a part of the basin delimited from km 0,0 to km 16,7 of the river, between towns of Ivančice and Moravský Krumlov. This analysis concentrates on finding factors, which can contribute to extent of drought impact in this area. It also contains a suspended load study of the waterway, which writes up granularity characteristics and calculation of the amount of transported material from a suspended load sample, taken from the bed of the Rokytná River. The overview of suitable proceedings and precautions follows, based on findings in previous parts of the diploma thesis. The conclusion of this thesis consists of very suggestion of suitable steps and precautions related to particular localities in the Rokytná River basin. Target is to enhance the retention ability of the region and to minimize the impact of both drought and floods. The result of these actions should be the empowerment of environmental sustainability in this particular area. Conclusions of this thesis can be used by municipalities and other administrative bodies when creating an approach of combating drought and when deciding about the implementation of relevant precautions.
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The realisation procedure for flood control measures in the selected section of river Oslava
Kopuletý, Martin ; Vrba, Jan (referee) ; Veselý, Jaroslav (advisor)
The thesis is focused on the comprehensive solution of the flood protection measures of the town Oslava on the river Oslava. The territory was subjected to a risk analysis with a graphical representation of risk in the area and potential damage to the property was calculated. In continuity has been proposed appropriate flood protection measure to reduce damage. The economic effectiveness of the measures was carried out and other documentation required for the underlimit tender of the project was elaborated. In the conclusion of the diploma thesis there is another possible use of the diploma thesis.
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Role of alarmins in perioperative medicine.
Máca, Jan ; Holub, Michal (advisor) ; Závada, Josef (referee) ; Veselý, Jaroslav (referee)
Introduction: Inflammatory response (IR) is a fundamental reaction to the cell and tissue injury. It is aimed at correcting the pathologic condition and maintaining the structural and functional integrity of the organism. The insult with too extensive or prolonged effect can lead to dysregulation of IR to the systemic level. Major abdominal surgery (MAS) can be considered as a potentially significant insult. Alarmins are endogenous, intracellular proteins that are passively or actively released upon the cell injury to extracellular space where they express their bioactive effect. Alarmins has therefore potential reflect the degree of surgical injury. Purpose: The main goal of the study was elucidating the role of selected alarmins in inflammatory response after MAS. The secondary aims were: 1) determining the relationship between alarmins and outcome prediction, 2) to determine relationship of alarmins and place of surgical intervention, 3) to determine correlation between alarmins and some of the surgery characteristics, e.g. length of surgery, blood loss, and intraoperative fluid load, 4) compare injury caused by laparoscopy and open surgery reflected by alarmins, and 5) to confirm previous results by determining the role of alarmins in surgical injury in subgroup of patients undergoing colorectal...
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Revitalization and flood control on the river Oslava and selected tributary
Kopuletý, Martin ; Vrba, Jan (referee) ; Veselý, Jaroslav (advisor)
The thesis is focused on the flood protection of the town of Oslavan on the river Oslava and its tributary Balinka. Sample samples were taken to determine the grain curve. The input data were obtained from the Povodí Moravy s. p. and were calculated in the HEC-RAS program. A level and flood analysis was developed and flood control measures were proposed. The flow was again calculated with the proposed measures and re-analyzed. At the end of the work the proposed measures were evaluated.
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Revitalization of Jankovice stream
Mládek, Tomáš ; Vrba, Jan (referee) ; Veselý, Jaroslav (advisor)
The final thesis is focused on assessing the current state of hydrological system in the watershed area Jankovice stream and on draft proposal of food protection measures of the village Jankovice. In the first part of the thesis, there is documented the current situation Jankovice stream, its appreciation and draft measures for a improvement the current state. In the following part, there is the elaboration of the sediment transport balance in the stream. In the last part of the final thesis, there is documented the current state Jankovice stream in the village Jankovice and the stream regulation is designed for the purpose of flood protection of the village.
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The study navigable Odra in the Ostrava - state boundary with Poland
Halaška, Ondřej ; Vrba, Jan (referee) ; Veselý, Jaroslav (advisor)
This bachelor's thesis deals with the problem of navigability of the Odra River from Ostrava to the Polish state border. The development of the European waterway transport together with the current condition of Czech waterways is described and a comparison of water, road and railway cargo transport is made. The next parts of the thesis deal with the historical development of Odra waterways, its route and transport capacity. The last part of the thesis is devoted to hydrological and bed-load ratio of the Odra River, after realization navigability.
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Separators, sedimentation tanks including the functions of the retention basins Jeneweinova
Turic, Jakub ; Půža, Pavel (referee) ; Veselý, Jaroslav (advisor)
The subject of this bachelor thesis are the issues of separators and sedimentation tanks, including function of retention basin Jeneweinova in Brno. The current work describes the basic physical and hydrodynamic specifics of water and divides the water pollution. The bachelor thesis describes also particular separation and sedimentation tanks, their purpose and usage. Our study follows up the causes for flooding and utilization of retention basin as flood protection. A part of this thesis is the description of retention basin Jeneweinova, their design, purpose and functions.
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Specification of the movement of sediments in the selected section of the flow in the vicinity of the polder Žichlínek
Kaizar, Jan ; Půža, Pavel (referee) ; Veselý, Jaroslav (advisor)
The bachelor thesis defines sediment transport in selected section of Moravská Sázava river, and Ostrovský potok stream in the area of Žichlínek detention basin. The first part of the thesis focuses on documentation of the current situation of the selected area. Following part deals with granulometric analysis of taken samples and their assessment. Next part is dedicated to calculation of the amount of the sediment, and suspended solids in the studied watercourses. The final part of the thesis describes as the sediment transport impacts on both the stream bed clogging, and the passage of a flood wave through the area.
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The limits of movement and quantification of bedload amount for gravel-bed rivers
Roušar, Ladislav ; Matoušek, Václav (referee) ; Tůma, Antonín (referee) ; Veselý, Jaroslav (advisor)
Doctoral thesis in detail and comprehensively deals with mechanic of incipient bedload motion for gravel-bed rivers. This study based on theoretical knowledge, experimental researches, numerical models and field survey extends present knowledge concerning with incipient bedload motion and sediment transport at small relative height and hydraulically rough surface bed for turbulent unaerated free surface flow. Incipient bedload motion and sediment transport have been determined for homogeneous and inhomogeneous bed materials. For homogeneous bed material the velocity profiles have been described by different methods in near the bed. Further, hydraulic flow resistance has been evaluated. In the case of inhomogeneous bed material, static armouring and influence of surface layer sorting on hydraulic roughness have been investigated. The correctness of obtained knowledge has been confirmed on the object of nature-inspired river widening. Results shown, among others, that incipient bedload motion does not depend on relative height or final armouring of surface layer to what extend hydraulic roughness is influenced.
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