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Geodynamical Map of Moravian and surrounding.
Rajnoha, Milan ; prof. Švábenský (referee) ; Pospíšil, Lubomil (advisor)
Result of this graduation theses is Geodynamic map of Moravia in scale 1:500 000. There were used available data from GPS measurements, seismic, geomorphologic and other data to construct map. Map is worked in GIS software. On the backround of researched data, there are determinated some locations, which are characterized by recent tectonic activity. These are analyzed for more detail.
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Map of geodynamic phenomena in Lower Tatra area
Jackulíková, Denisa ; Bartoněk, Dalibor (referee) ; Pospíšil, Lubomil (advisor)
This investigative thesis provides an overview of the structural and kinematic formation of the Low Tatras in Slovakia. Numerous geological and geomorphological data from previous studies of the researched area were available. These were processed in a graphical user interface ArcMap to produce the Geodynamic map of Low Tatras at a scale of 1:200 000. By illustrating geodetic, geomorphologic, geophysical and other similar data on this map, it was possible to undertake a detailed analysis of the area and allow an assessment of the overall tectonic activity. This revealed two regions with higher than normal stress levels and therefore an associated increase in the risk of future seismic activity.
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Map of geodynamic phenomena in the Slanské vrchy Mts., and surrounding.
Lazoríková, Monika ; Weigel, Josef (referee) ; Pospíšil, Lubomil (advisor)
The aim of the diploma thesis has been evaluation of available geodetic, geomorphological, geological and geophysical data and other possible map data, which are related to the motion and geodynamic properties in this part of Western Carpathians. The purpose has been also to evaluate possible kinematic relations and design appropriate areas for further GNSS monitoring. Especially Slanské vrchy area is located in the zone where there are no supporting GNSS points, despite the area is situated on the main tectonic breaks of eastern Slovakia. The results and all supporting materials have been processed in the GIS program and summarized in the basic geodynamic map of Slanské vrchy and the surroundings.
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Map of geodynamic phenomena in Lower Tatra area
Jackulíková, Denisa ; Bartoněk, Dalibor (referee) ; Pospíšil, Lubomil (advisor)
This investigative thesis provides an overview of the structural and kinematic formation of the Low Tatras in Slovakia. Numerous geological and geomorphological data from previous studies of the researched area were available. These were processed in a graphical user interface ArcMap to produce the Geodynamic map of Low Tatras at a scale of 1:200 000. By illustrating geodetic, geomorphologic, geophysical and other similar data on this map, it was possible to undertake a detailed analysis of the area and allow an assessment of the overall tectonic activity. This revealed two regions with higher than normal stress levels and therefore an associated increase in the risk of future seismic activity.
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Map of geodynamic phenomena in the Slanské vrchy Mts., and surrounding.
Lazoríková, Monika ; Weigel, Josef (referee) ; Pospíšil, Lubomil (advisor)
The aim of the diploma thesis has been evaluation of available geodetic, geomorphological, geological and geophysical data and other possible map data, which are related to the motion and geodynamic properties in this part of Western Carpathians. The purpose has been also to evaluate possible kinematic relations and design appropriate areas for further GNSS monitoring. Especially Slanské vrchy area is located in the zone where there are no supporting GNSS points, despite the area is situated on the main tectonic breaks of eastern Slovakia. The results and all supporting materials have been processed in the GIS program and summarized in the basic geodynamic map of Slanské vrchy and the surroundings.
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Geodynamical Map of Moravian and surrounding.
Rajnoha, Milan ; prof. Švábenský (referee) ; Pospíšil, Lubomil (advisor)
Result of this graduation theses is Geodynamic map of Moravia in scale 1:500 000. There were used available data from GPS measurements, seismic, geomorphologic and other data to construct map. Map is worked in GIS software. On the backround of researched data, there are determinated some locations, which are characterized by recent tectonic activity. These are analyzed for more detail.
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