Žilinská univerzita v Žiline

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    Changes in visibility caused by atmospheric fronts
    (University of Žilina, 2023) Valo, Sebastián; Jarošová, Miriam
    This scientific thesis deals with the research and analysis of atmospheric fronts and their effect on visibility focused on aviation in Žilina airport, Poprad – Tatry airport and Košice airport. For the purposes of research and analysis of changes in visibility due to the atmospheric fronts passing through, METAR reports from the above-mentioned airports and bulletins of meteorology and climatology published every month were used. We analyzed reports from 2017 to 2021, a 5-year period. In this thesis, there is also an atmosphere with its layers, fronts and visibility. This scientific thesis was developed under the supervision of the thesis supervisor. For the analysis, we used METAR reports provided by the Slovak Hydrometeorological Institute.
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    VÝSTUPY DOSTUPNÝCH NUMERICKÝCH PREDPOVEDNÝCH MODELOV AKO ÚČINNÝ NÁSTROJ PREDIKCIE POVETERNOSTNÝCH PODMIENOK PRE LET
    (Žilinská univerzita v Žiline, 2020) Pajdlhauser, Matej; Jarošová, Miriam
    The objective of this paper is to point out knowledge about numerical forecasting models and meteorological aerodrome reports METAR. Another goal is to observe meteorological phenomena, such as the crossing of fronts through our territory and inversion, because they have a significant impact on air traffic. The last goal is to determine the success of weather forecasts of the numerical forecasting model Aladin. To obtain adequate knowledge for the elaboration of the bachelor thesis, available electronic and book resources were used, which were used for self-study. The whole thesis was prepared under the supervision of the bachelor thesis supervisor. The core of this thesis is theoretical knowledge about the problem and observations, which use the freely available outputs of the numerical forecasting model Aladin, meteorological aerodrome reports METAR and maps of the ground pressure field. The success of weather forecasts using the numerical forecasting model Aladin was also evaluated. While examining the accuracy of predictions of the numerical forecasting model Aladin was found that the success rate is relatively high. It follows that this model can be used as a tool to predict weather conditions for flight.