National Repository of Grey Literature 5 records found  Search took 0.01 seconds. 
Safety of movement in the mountains
Žmolík, Jiří ; Bunc, Václav (advisor) ; Sýkora, Karel (referee)
Title: Safety of movement in the mountains. Objectives: The aim of this work is to point out the risks of movement in the mountain environment, to introduce objective and subjective dangers and to provide recommendations on how to reduce their negative effects. Methods: Literary research. Results: Compilation of an overview of safe behavior when moving in mountains of lower and medium altitudes, created on the basis of a literary search of professional literature. These results serve to inform the general sports population about the principles of safe behavior and imminent danger when moving in the mountains. Keywords: the dangers of the mountain environment, objective dangers, subjective dangers, avalanches, sports activities in the mountains.
Comparative analysis of the avalanche situation in the Czech part of the Giant Mountains in the years 2009 - 2013
Němcová, Hana ; Jindra, Matouš (advisor) ; Vomáčko, Ladislav (referee)
TitleTitle: Comparative analysis of the avalanche situation in the Czech part of the Giant Mountains in the years 2009 - 2013 Objectives: The objective of this Bachelor thesis is to analyze the avalanche situation in the period 2009 - 2013 and its comparison with theoretical assumptions of the avalanche's origins in the Czech part of the Giant Mountains. Methods: The method that was used in this Bachelor thesis was a Comparative analysis, that combines analysis of the source materials and their subsequent comparison with available theoretical assumptions. Results: The result of this thesis is the finding that snowslides on the Czech part of the Giant Mountains correspond to the theoretical assumptions of avalanche's origins. Keywords: avalanches, Giant Mountains, Comparative analysis, avalanche situation, weather
Spatiotemporal analyses of avalanches and their reconstruction by the mean of tree-rings of Norway spruce (\kur{Picea abies}) in the Giant Mountains National Park.
JANDOVÁ, Veronika
Various dendrochronological methods for avalanche reconstructions was applied on tree-ring records of dominant Norway spruce (Picea abies) in the Giant Mountains National Park. The individual growth chronologies from studied avalanche paths (Pramenný důl, Navorská jáma, Pančavská stěna, Velká Studniční jáma and Úpská jáma) proved that climate is the main driving factor of intra-annual variation of tree growth. Traumatic resin ducts are formed with delay up to 5 years. Combination of two and more tree-ring characteristics is suitable for reconstruction of avalanche events. I achieved to reconstruct undocumented avalanches. I conclude that dendrochronology is suitable tool for avalanche reconstruction; however, high pollutant emission highly reduced the potential of gained results.
Comparative analysis of the avalanche situation in the Czech part of the Giant Mountains in the years 2009 - 2013
Němcová, Hana ; Jindra, Matouš (advisor) ; Vomáčko, Ladislav (referee)
TitleTitle: Comparative analysis of the avalanche situation in the Czech part of the Giant Mountains in the years 2009 - 2013 Objectives: The objective of this Bachelor thesis is to analyze the avalanche situation in the period 2009 - 2013 and its comparison with theoretical assumptions of the avalanche's origins in the Czech part of the Giant Mountains. Methods: The method that was used in this Bachelor thesis was a Comparative analysis, that combines analysis of the source materials and their subsequent comparison with available theoretical assumptions. Results: The result of this thesis is the finding that snowslides on the Czech part of the Giant Mountains correspond to the theoretical assumptions of avalanche's origins. Keywords: avalanches, Giant Mountains, Comparative analysis, avalanche situation, weather
Significance of dwarf pine-tree for mountain slopes stability in Hrubý Jeseník Mts
Hrádek, Mojmír
Dwarf pine-tree actively protects mountains slopes againts erosion due to landlides, debris slope and avalanches. Thein clearing may trigger growing rate of slope erosion and floods in mountain piedmont.

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