National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Prevence škod působených zemědělskou technikou na zvěři
Palacký, Jan
The subject of the work is the prevention of damage caused by agricultural machinery to game. Attention in the solution was focused on agricultural machinery and mechanization used in pre-sowing soil preparation. Based on the identification of conflicts between small game and the used agricultural mechanization, related significant environmental aspects were identified. The thesis deals with the levels of biodiversity, environmental agricultural mechanization, which is conflicting from the point of view of wildlife. Individual species of small game that are injured or killed during these works are also identified. Based on the identified environmental aspects, related legal requirements were set. The result of the work is the determination of suitable methods for the prevention of these damages. As part of the design of technology, a suitable perspective method was selected for verification - measures to prevent and minimize damage to game. The method of monitoring with observational thermovision was chosen for the research, thanks to which it was possible to search for endangered young hares in selected localities together with the nesting grounds of the Lapwing with the aim of expelling them or marking them enabling subsequent fixation. Based on the performed monitoring, it was found that the use of manual thermal imaging can be used for active protection of small game.
Vliv zemědělské mechanizace na zvěř a možnosti jeho snížení
Chalupová, Veronika
The main goal of the thesis was to evaluate the most commonly used steps in the case of prevention of killing and injuring wild animals during agricultural management. The another goal was to choose optimal technique, verify chosen technique (for the prevention of harming wild animals) practice and create a functioning methodology for it afterwards. The used technique was the searching for the wild life by a drone equipped with a thermal camera. There were three flights done with a drone during which the visibility of wild animals via a thermal camera was examinated. We found that the rate of successful identification of the animals is dependent on the drone flight height and on the temperature of scanned area. We also found that monitoring is not applicable when a morning fog is present. Monitoring also showed that optimal daytime for searching for animals is before the sunrise. With drone we mostly managed to detect deer, but also pheasants and hares.

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