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Assessment of Emergencies Threatening a Particular Region

Végsöová Oľga, Straka Martin, Šofranko Marian

Rocznik Ochrona Środowiska

2019

Tom 21, cz. 1

52--68

The paper focuses on emergencies in a particular region of the Slovak Republic. The focus is mainly on describing the emergencies to which the region is most vulnerable and classifying them, as well as specific locations or businesses where there is a high risk of an emergency occurring. From the point of view of the effects of possible emergencies on the district of Bratislava, the most likely situations are natural disasters (floods from precipitation and watercourses, hailstorms, storms, landslides, ice) and accidents (fires, explosions and releases of dangerous substances). When planning rescue work, it is necessary to start from the worst-case scenario of the emergency, while the most important measure to protect the population is issuing warnings and possible evacuation. Special attention should be paid to the following measures: checking the safety measures around hydrological structures and watercourses, carrying out checks on legal entities and natural persons – entrepreneurs who manufacture, store and handle hazardous substances, preparing controlling organizations, forces and resources to carry out rescue work, preparing the population for self-protection and mutual assistance in the event of emergencies, mutual cooperation of rescue teams in preparation for emergencies, exchange of experience and knowledge with neighbouring districts.

Analysis of the reparated observations at locality of presupposed slope movements near GOPE Station (Skalka network)

Lukavec P., Zeman A.

Reports on Geodesy

2005

z. 2/73

133-138

Near the IGS Station GOPE ( SE from Prague) the locality of significant recent slope movements was identified by geomorphological investigations. In the frame of complex screening of environs of geodynamic station GOPE 5 epochs of observations were performed at given network every half year (9.2002-9.2004). Observations were carried out in horizontal and vertical components. Processing was realized by adjustments of results of observations and their differences individually for horizontal resp. vertical components. Analysis of results witnees for conclusion that contemporary slope movements do not reach the values, which could endanger stability of near surroundings of GOPE station.