This master's thesis deals with measurements of highs and gravity of points polygon located in village Tetčice, through which is crossing a eastern fault of Boskovice furrow. With repeated measurement should be proved effect to high levels of groundwater. Repeated measurements are realized in the range 2 stages. In thesis is in detail described calculation complete Bouguer gravity anomaly and their quantitative interpretation. From the gravimetric of dates is created map of complete Bouguer gravity anomaly and interpretative profile through Boskovice furrow. Interpretative profile has localized fault, whose tectonic activity belong to possible factors level movement in the village. Level measurements meets the requirement of precise levelling. The results of the measurements are compared and discussed with the previous stages of the research.

Do investors make bad decisions following the clock change? If so, there would be traces of such anomaly in market data. In this thesis, we investigate these traces focusing on the stock markets of the Visegrad Group, known to be pre- vailingly illiquid. We combine the most recent financial data with the ARIMA- GARCH framework while employing brand-new Bayesian techniques. Using several robustness checks, we show that such e ect cannot be traced in these markets. While we do not claim to challenge the seminal works in this field, we do support the evidence that the e ects of daylight saving policy do not pertain to less liquid markets. JEL Classification C11, G12, G14, G41 Keywords daylight saving time, market anomaly, Visegrad Group, Bayesian analysis Title Daylight Saving Time and Stock Market Re- turns: Evidence from the Visegrad Group

The object of this master´s thesis was levelling and weight measurement of the Tetčice polygon through which passes the fault of the Boskovice furrow. This is the 10th period of levelling and the second period of gravimetric measurement. The theoretical part describes the geological structure of the site, technology of high-precision levelling and technology of gravimetric measurement. The first part of the practical part deals with my own levelling measurement, the calculation of the resulting cambers and heights, consequential comparasion of the results with previous periods and, especially, with evaluation of the vertical movement tendecies. The second part of the practical part deals with my own gravimetric measurement, the calculation of the complete Bouguer gravity anomaly, creation map of complete Bouguer gravity anomaly and as well as evaluation of gravimetric measurement in relation to the results of the previous periods.